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Yale Medicine Thesis Digital Library

Starting with the Yale School of Medicine (YSM) graduating class of 2002, the Cushing/Whitney Medical Library and YSM Office of Student Research have collaborated on the Yale Medicine Thesis Digital Library (YMTDL) project, publishing the digitized full text of medical student theses on the web as a valuable byproduct of Yale student research efforts. The digital thesis deposit has been a graduation requirement since 2006. Starting in 2012, alumni of the Yale School of Medicine were invited to participate in the YMTDL project by granting scanning and hosting permission to the Cushing/Whitney Medical Library, which digitized the Library’s print copy of their thesis or dissertation. A grant from the Arcadia Fund in 2017 provided the means for digitizing over 1,000 additional theses. IF YOU ARE A MEMBER OF THE YALE COMMUNITY AND NEED ACCESS TO A THESIS RESTRICTED TO THE YALE NETWORK, PLEASE MAKE SURE YOUR VPN (VIRTUAL PRIVATE NETWORK) IS ON.

Theses/Dissertations from 2024 2024

Refractory Neurogenic Cough Management: The Non-Inferiority Of Soluble Steroids To Particulate Suspensions For Superior Laryngeal Nerve Blocks , Hisham Abdou

Percutaneous Management Of Pelvic Fluid Collections: A 10-Year Series , Chidumebi Alim

Behavioral Outcomes In Patients With Metopic Craniosynostosis: Relationship With Radiographic Severity , Mariana Almeida

Ventilator Weaning Parameters Revisited: A Traditional Analysis And A Test Of Artificial Intelligence To Predict Successful Extubation , John James Andrews

Developing Precision Genome Editors: Peptide Nucleic Acids Modulate Crispr Cas9 To Treat Autosomal Dominant Disease , Jem Atillasoy

Radiology Education For U.s. Medical Students In 2024: A State-Of-The-Art Analysis , Ryan Bahar

Out-Of-Pocket Spending On Medications For Diabetes In The United States , Baylee Bakkila

Imaging Markers Of Microstructural Development In Neonatal Brains And The Impact Of Postnatal Pathologies , Pratheek Sai Bobba

A Needs Assessment For Rural Health Education In United States Medical Schools , Kailey Carlson

Racial Disparities In Behavioral Crisis Care: Investigating Restraint Patterns In Emergency Departments , Erika Chang-Sing

Social Determinants Of Health & Barriers To Care In Diabetic Retinopathy Patients Lost To Follow-Up , Thomas Chang

Association Between Fine Particulate Matter And Eczema: A Cross-Sectional Study Of The All Of Us Research Program And The Center For Air, Climate, And Energy Solutions , Gloria Chen

Predictors Of Adverse Outcomes Following Surgical Intervention For Cervical Spondylotic Myelopathy , Samuel Craft

Genetic Contributions To Thoracic Aortic Disease , Ellelan Arega Degife

Actigraphy And Symptom Changes With A Social Rhythm Intervention In Young Persons With Mood Disorders , Gabriela De Queiroz Campos

Incidence Of Pathologic Nodal Disease In Clinically Node Negative, Microinvasive/t1a Breast Cancers , Pranammya Dey

Spinal Infections: Pathophysiology, Diagnosis, Prevention, And Management , Meera Madhav Dhodapkar

Childen's Reentry To School After Psychiatric Hospitalization: A Qualitative Study , Madeline Digiovanni

Bringing Large Language Models To Ophthalmology: Domain-Specific Ontologies And Evidence Attribution , Aidan Gilson

Surgical Personalities: A Cultural History Of Early 20th Century American Plastic Surgery , Joshua Zev Glahn

Implications Of Acute Brain Injury Following Transcatheter Aortic Valve Replacement , Daniel Grubman

Latent Health Status Trajectory Modelling In Patients With Symptomatic Peripheral Artery Disease , Scott Grubman

The Human Claustrum Tracks Slow Waves During Sleep , Brett Gu

Patient Perceptions Of Machine Learning-Enabled Digital Mental Health , Clara Zhang Guo

Variables Affecting The 90-Day Overall Reimbursement Of Four Common Orthopaedic Procedures , Scott Joseph Halperin

The Evolving Landscape Of Academic Plastic Surgery: Understanding And Shaping Future Directions In Diversity, Equity, And Inclusion , Sacha C. Hauc

Association Of Vigorous Physical Activity With Psychiatric Disorders And Participation In Treatment , John L. Havlik

Long-Term Natural History Of Ush2a-Retinopathy , Michael Heyang

Clinical Decision Support For Emergency Department-Initiated Buprenorphine For Opioid Use Disorder , Wesley Holland

Applying Deep Learning To Derive Noninvasive Imaging Biomarkers For High-Risk Phenotypes Of Prostate Cancer , Sajid Hossain

The Hardships Of Healthcare Among People With Lived Experiences Of Homelessness In New Haven, Ct , Brandon James Hudik

Outcomes Of Peripheral Vascular Interventions In Patients Treated With Factor Xa Inhibitors , Joshua Joseph Huttler

Janus Kinase Inhibition In Granuloma Annulare: Two Single-Arm, Open-Label Clinical Trials , Erica Hwang

Medicaid Coverage For Undocumented Children In Connecticut: A Political History , Chinye Ijeli

Population Attributable Fraction Of Reproductive Factors In Triple Negative Breast Cancer By Race , Rachel Jaber Chehayeb

Evaluation Of Gastroesophageal Reflux And Hiatal Hernia As Risk Factors For Lobectomy Complications , Michael Kaminski

Health-Related Social Needs Before And After Critical Illness Among Medicare Beneficiaries , Tamar A. Kaminski

Effects Of Thoracic Endovascular Aortic Repair On Cardiac Function At Rest , Nabeel Kassam

Conditioned Hallucinations By Illness Stage In Individuals With First Episode Schizophrenia, Chronic Schizophrenia, And Clinical High Risk For Psychosis , Adam King

The Choroid Plexus Links Innate Immunity To Dysregulation Of Csf Homeostasis In Diverse Forms Of Hydrocephalus , Emre Kiziltug

Health Status Changes After Stenting For Stroke Prevention In Carotid Artery Stenosis , Jonathan Kluger

Rare And Undiagnosed Liver Diseases: New Insights From Genomic And Single Cell Transcriptomic Analyses , Chigoziri Konkwo

“Teen Health” Empowers Informed Contraception Decision-Making In Adolescents And Young Adults , Christina Lepore

Barriers To Mental Health Care In Us Military Veterans , Connor Lewis

Barriers To Methadone For Hiv Prevention Among People Who Inject Drugs In Kazakhstan , Amanda Rachel Liberman

Unheard Voices: The Burden Of Ischemia With No Obstructive Coronary Artery Disease In Women , Marah Maayah

Partial And Total Tonsillectomy For Pediatric Sleep-Disordered Breathing: The Role Of The Cas-15 , Jacob Garn Mabey

Association Between Insurance, Access To Care, And Outcomes For Patients With Uveal Melanoma In The United States , Victoria Anne Marks

Urinary Vegf And Cell-Free Dna As Non-Invasive Biomarkers For Diabetic Retinopathy Screening , Mitchelle Matesva

Pain Management In Facial Trauma: A Narrative Review , Hunter Mccurdy

Meningioma Relational Database Curation Using A Pacs-Integrated Tool For Collection Of Clinical And Imaging Features , Ryan Mclean

Colonoscopy Withdrawal Time And Dysplasia Detection In Patients With Inflammatory Bowel Disease , Chandler Julianne Mcmillan

Cerebral Arachnoid Cysts Are Radiographic Harbingers Of Epigenetics Defects In Neurodevelopment , Kedous Mekbib

Regulation And Payment Of New Medical Technologies , Osman Waseem Moneer

Permanent Pacemaker Implantation After Tricuspid Valve Repair Surgery , Alyssa Morrison

Non-Invasive Epidermal Proteome-Based Subclassification Of Psoriasis And Eczema And Identification Of Treatment Relevant Biomarkers , Michael Murphy

Ballistic And Explosive Orthopaedic Trauma Epidemiology And Outcomes In A Global Population , Jamieson M. O'marr

Dermatologic Infectious Complications And Mimickers In Cancer Patients On Oncologic Therapy , Jolanta Pach

Distressed Community Index In Patients Undergoing Carotid Endarterectomy In Medicare-Linked Vqi Registry , Carmen Pajarillo

Preoperative Psychosocial Risk Burden Among Patients Undergoing Major Thoracic And Abdominal Surgery , Emily Park

Volumetric Assessment Of Imaging Response In The Pnoc Pediatric Glioma Clinical Trials , Divya Ramakrishnan

Racial And Sex Disparities In Adult Reconstructive Airway Surgery Outcomes: An Acs Nsqip Analysis , Tagan Rohrbaugh

A School-Based Study Of The Prevalence Of Rheumatic Heart Disease In Bali, Indonesia , Alysha Rose

Outcomes Following Hypofractionated Radiotherapy For Patients With Thoracic Tumors In Predominantly Central Locations , Alexander Sasse

Healthcare Expenditure On Atrial Fibrillation In The United States: The Medical Expenditure Panel Survey 2016-2021 , Claudia See

A Cost-Effectiveness Analysis Of Oropharyngeal Cancer Post-Treatment Surveillance Practices , Rema Shah

Machine Learning And Risk Prediction Tools In Neurosurgery: A Rapid Review , Josiah Sherman

Maternal And Donor Human Milk Support Robust Intestinal Epithelial Growth And Differentiation In A Fetal Intestinal Organoid Model , Lauren Smith

Constructing A Fetal Human Liver Atlas: Insights Into Liver Development , Zihan Su

Somatic Mutations In Aging, Paroxysmal Nocturnal Hemoglobinuria, And Myeloid Neoplasms , Tho Tran

Illness Perception And The Impact Of A Definitive Diagnosis On Women With Ischemia And No Obstructive Coronary Artery Disease: A Qualitative Study , Leslie Yingzhijie Tseng

Advances In Keratin 17 As A Cancer Biomarker: A Systematic Review , Robert Tseng

Regionalization Strategy To Optimize Inpatient Bed Utilization And Reduce Emergency Department Crowding , Ragini Luthra Vaidya

Survival Outcomes In T3 Laryngeal Cancer Based On Staging Features At Diagnosis , Vickie Jiaying Wang

Analysis Of Revertant Mosaicism And Cellular Competition In Ichthyosis With Confetti , Diana Yanez

A Hero's Journey: Experiences Using A Therapeutic Comicbook In A Children’s Psychiatric Inpatient Unit , Idil Yazgan

Prevalence Of Metabolic Comorbidities And Viral Infections In Monoclonal Gammopathy , Mansen Yu

Automated Detection Of Recurrent Gastrointestinal Bleeding Using Large Language Models , Neil Zheng

Vascular Risk Factor Treatment And Control For Stroke Prevention , Tianna Zhou

Theses/Dissertations from 2023 2023

Radiomics: A Methodological Guide And Its Applications To Acute Ischemic Stroke , Emily Avery

Characterization Of Cutaneous Immune-Related Adverse Events Due To Immune Checkpoint Inhibitors , Annika Belzer

An Investigation Of Novel Point Of Care 1-Tesla Mri Of Infants’ Brains In The Neonatal Icu , Elisa Rachel Berson

Understanding Perceptions Of New-Onset Type 1 Diabetes Education In A Pediatric Tertiary Care Center , Gabriel BetancurVelez

Effectiveness Of Acitretin For Skin Cancer Prevention In Immunosuppressed And Non-Immunosuppressed Patients , Shaman Bhullar

Adherence To Tumor Board Recommendations In Patients With Hepatocellular Carcinoma , Yueming Cao

Clinical Trials Related To The Spine & Shoulder/elbow: Rates, Predictors, & Reasons For Termination , Dennis Louis Caruana

Improving Delivery Of Immunomodulator Mpla With Biodegradable Nanoparticles , Jungsoo Chang

Sex Differences In Patients With Deep Vein Thrombosis , Shin Mei Chan

Incorporating Genomic Analysis In The Clinical Practice Of Hepatology , David Hun Chung

Emergency Medicine Resident Perceptions Of A Medical Wilderness Adventure Race (medwar) , Lake Crawford

Surgical Outcomes Following Posterior Spinal Fusion For Adolescent Idiopathic Scoliosis , Wyatt Benajmin David

Representing Cells As Sentences Enables Natural Language Processing For Single Cell Transcriptomics , Rahul M. Dhodapkar

Life Vs. Liberty And The Pursuit Of Happiness: Short-Term Involuntary Commitment Laws In All 50 US States , Sofia Dibich

Healthcare Disparities In Preoperative Risk Management For Total Joint Arthroplasty , Chloe Connolly Dlott

Toll-Like Receptors 2/4 Directly Co-Stimulate Arginase-1 Induction Critical For Macrophage-Mediated Renal Tubule Regeneration , Natnael Beyene Doilicho

Associations Of Atopic Dermatitis With Neuropsychiatric Comorbidities , Ryan Fan

International Academic Partnerships In Orthopaedic Surgery , Michael Jesse Flores

Young Adults With Adhd And Their Involvement In Online Communities: A Qualitative Study , Callie Marie Ginapp

Becoming A Doctor, Becoming A Monster: Medical Socialization And Desensitization In Nazi Germany And 21st Century USA , SimoneElise Stern Hasselmo

Comparative Efficacy Of Pharmacological Interventions For Borderline Personality Disorder: A Network Meta-Analysis , Olivia Dixon Herrington

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A Comprehensive Guide to Writing a Medical Thesis

Aimlay Writiing

Writing a medical thesis is a significant milestone for every aspiring doctor or researcher. It is a comprehensive document that showcases your in-depth knowledge, research skills, and ability to contribute to the field of medicine. In this blog post, we will provide you with a step-by-step guide to help you write an exceptional medical thesis. We will also touch upon the availability of medical thesis writing services in India, focusing on the process and benefits without mentioning any specific companies.

• Choosing a Relevant and Engaging Topic: Selecting an appropriate topic is the foundation of a successful medical thesis. Consider your interests, current medical trends, and the potential impact of the research. Ensure that the topic is focused, relevant, and capable of contributing something new to the field of medicine.
• Developing a Strong Thesis Statement: Crafting a clear and concise thesis statement is crucial. It serves as the guiding principle for your entire research. Your thesis statement should convey the main objective, research question, and the anticipated outcomes of your study.
• Conducting Thorough Literature Review: A comprehensive literature review is essential to understand the existing research on your chosen topic. Analyze scholarly articles, research papers, and relevant publications to gain a thorough understanding of the current knowledge gap you aim to address.
• Outlining the Structure: Organize your medical thesis into logical sections: introduction, literature review, methodology, results, discussion, and conclusion. Create a clear outline that acts as a roadmap for your research, ensuring a coherent flow of ideas throughout the document.
• Collecting and Analyzing Data: Choose appropriate research methods and collect relevant data to answer your research question. Use statistical tools and software to analyze the collected data, ensuring accurate and reliable results.
• Writing the Introduction and Literature Review: Begin your thesis with a compelling introduction that provides background information, states the research problem, and highlights the significance of your study. Follow it with a comprehensive literature review, presenting a synthesis of the existing research on your topic.
• Describing the Methodology: Explain your research methodology, including the study design, data collection methods, and ethical considerations. Provide sufficient details for others to replicate your study if necessary.
• Presenting the Results and Analysis: Present your findings in a clear and organized manner using appropriate graphs, tables, or figures. Analyze and interpret the results, linking them back to your research question and objectives.
• Discussing the Results and Implications: In the discussion section, analyze your results, compare them with previous research, and discuss their implications. Address any limitations or challenges faced during the study and propose future research directions.
• Concluding the Thesis: Summarize the key findings, restate your thesis statement, and discuss the overall significance of your research. End the thesis with a thoughtful conclusion that reinforces the importance of your work.

Medical Thesis Writing Services in India

India offers a range of medical thesis writing services to assist aspiring researchers. These services provide expert guidance, editing, and proofreading support. They ensure adherence to academic standards and offer valuable insights to improve the quality of your thesis. Utilizing such services can save time and effort, allowing you to focus on your research and other responsibilities.

What are the Benefits of Hiring a Medical Thesis Writing Services in India?

Hiring a medical thesis writing service in India can provide numerous benefits to aspiring researchers. Here are some advantages of availing such services:

• Expert Guidance: Medical thesis writing services in India often employ professionals with extensive knowledge and experience in the field of medicine. They can offer expert guidance throughout the entire thesis writing process, helping you refine your research topic, structure your thesis, and provide valuable insights to enhance the quality of your work.
• Quality Assurance: These services ensure that your thesis adheres to the highest academic standards. They have a thorough understanding of the formatting, citation styles, and language requirements specific to medical research. By availing their assistance, you can be confident that your thesis will be well-written, coherent, and error-free.
• Time Management: Writing a medical thesis is a time-consuming task that requires immense dedication and effort. By outsourcing the writing process to a professional service, you can save a significant amount of time. This allows you to focus on your research, clinical duties, and other responsibilities, ensuring that your thesis is completed within the stipulated timeframe.
• Language and Editing Support: English may not be the first language for many researchers in India. Medical thesis writing services often have a team of skilled editors and proofreaders who can enhance the language proficiency and readability of your thesis. They can help improve grammar, sentence structure, and overall clarity, ensuring that your research is effectively communicated to the readers.
• Plagiarism Check: Plagiarism is a serious concern in academic writing. Medical thesis writing services utilize plagiarism detection tools to ensure that your work is original and free from any instances of plagiarism. This is crucial to maintain the integrity of your research and avoid potential ethical issues.
• Confidentiality: Reputed medical thesis writing services in India prioritize confidentiality and data security. They have robust policies in place to protect your research data, ensuring that your work remains confidential and is not shared with any unauthorized parties.
• Customization and Flexibility: These services understand that every research project is unique. They offer a high degree of customization and flexibility, allowing you to tailor their assistance based on your specific requirements. Whether you need help with literature review, data analysis, or the entire thesis writing process, they can accommodate your needs.
• Research Networking: Some medical thesis writing services in India have established networks within the medical and research community. They can connect you with subject matter experts, potential collaborators, or even help you publish your research in reputable journals. These connections can significantly enhance the impact and visibility of your work.

It is important to note that while medical thesis writing services can provide valuable support, it is essential to choose a reputable and reliable service that upholds academic integrity and ethical practices. Conduct thorough research, read reviews, and consider recommendations before finalizing a service provider. Ultimately, your active involvement and collaboration with the service provider will ensure the successful completion of your medical thesis.

Writing a medical thesis requires meticulous planning, extensive research, and excellent writing skills. By following the steps outlined in this guide, you can navigate through the process successfully. Remember to stay focused, seek guidance when needed, and present your findings in a clear and concise manner. Good luck with your medical thesis journey!

Written by Aimlay Writiing

Aimlay is a professional writing services company that offers high-quality writing solutions to individuals and businesses alike.

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Writing a thesis

A thesis is a written report of your research, and generally contains the following chapters: introduction, methods, results, discussion and conclusion. It will also have a list of references and appendices. Check with your faculty/department/school for degree-specific thesis requirements. You may also find it helpful to look at published theses (in your department) to see how they are structured. (Internationally, the ‘thesis’ may be referred to as a ‘dissertation’).

• Gruba, P., & Zobel, J. (2014). How to write a better minor thesis . Melbourne, Australia: Melbourne University Publishing.
• Stoddart, K. (1991) Writing Sociologically: A Note on Teaching the Construction of a Qualitative Report. Teaching Sociology (2), 243-248.
• Mullins, G. and M. Kiley (2002). It’s a PhD, not a Nobel Prize: how experienced examiners assess research theses. Studies in Higher Education . 27(2): 369-386 .
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A step-by-step guide on how to write an ideal medical thesis.

What do you need to write a medical thesis?

Of course, a knowledge about how to conduct a research and how to pen down its results in an appropriate format.  Even if you are adept in clinical research, it doesn’t mean writing a thesis comes easily to you. A  medical thesis  has a structure that is important to follow.

So, here we provide a step-by-step guide on how to write an ideal medical thesis.

Step 1:  Start your thesis with a suitable  ‘Title’ . The title is an intro to the contents of your thesis. An ideal title should be within 65 characters, devoid of all abbreviations and grammatical mistakes, and not contain stop words like ‘a’, ‘an’, ‘the’, ‘of’, ‘but’, etc.

Step 2:  Next, write your thesis  ‘Abstract’ . An abstract is an introduction that tells the readers why you conducted the particular study.  What has already been done in the field, what were the gaps, and how you fill those gaps with your study?

To write an ideal abstract:

• Give a brief background information about your topic
• State the importance of the problem and what is unknown about it
• Tell the readers about the objectives of your study clearly
• Give references to the research papers written on your research topic. However, do not cite the well-known facts. For example, “Isaac Newton discovered gravity…”
• Include no information other than the problem being examined

Step 3:  After the abstract, follow it with the title  ‘Method and Material’ . Format this section as below:

• Setting – the environmental conditions in which you conducted your research
• Sample – what materials were used in research and details about the participants in the study
• Inclusion and exclusion criteria – what factors were considered to include or exclude any participant in the study
• Measurement tools – details about the methods and equipment used to measure the outcomes of the study
• Independent and Dependent variables – what were the factors you controlled or changed during the experiment and what you measured as the outcome

Step 4:  Write the  “Analysis of Data “.

Step 6:  Write the  ‘Results’  where you will show the conclusion of your study.  You can present your results as a text, table, figure, or illustrative graphs, but keep in mind the aim of your study. Include no result that doesn’t satisfy the aim of your study.

Step 7:  It is the most crucial step where you include the  ‘Discussion’  of your results. An ideal discussion should include:

• The principal findings of your study
• Strengths and weaknesses of your study in relation to other studies in the field
• A take-home message for the clinicians and policymakers
• Questions that your study can’t answer to propagate further research

Step 8:  Follow the discussion with the ‘ Limitations of your study’

Step 9:  At the end of your thesis, include your  ‘References’ . Track all your references so you don’t miss out on anyone.

Finally, the quality of your thesis depends upon the topic you choose, whether you opt for a purely scientific experiment or a clinical trial or a social research study addressing the experiences of the patients, etc.

Seek help from your mentor at every stage of clinical research as well as  medical thesis writing . To be ideal, the study should be carried out ethically in compliance with the legal regulations.

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INFORMATION FOR

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Student Research Resources

Resources and forms to help you navigate the MD Thesis process.

Required Formatting and Components of the MD Thesis

Examples for reference section formatting, avoiding the risk of copyright violation when submitting the md thesis, instructions for uploading a pdf version of a medical thesis, thesis publishing agreement form, evaluations of advisor.

The formal thesis is presented as a digital document (PDF) during the graduation year. In general, one topic is appropriate for the thesis, but it is recognized that some students may have performed several projects in parallel under the supervision of their mentor. If the student elects to include more than one study in the thesis, it is recommended that an attempt be made to integrate the topics into one coherent presentation. In rare cases where this goal cannot be achieved, it may be acceptable to divide the results section into different portions (or “chapters”). However, to be consistent with Yale formatting requirements, a thesis may not contain more than one abstract, introduction, statement of purpose, methods, results, and discussion section. It is not acceptable to submit a published or submitted manuscript in lieu of the thesis requirement. It must adhere to the following formatting and content requirements. These aspects of research are critical in making the work sound, error-free, and impactful for communities of interest. Recognizing that students may have uncertainly regarding how these guidelines relate to their thesis, the OSR will be happy to answer any questions that may arise. Additionally, students may find it useful to consult the Equator reporting guidelines to enhance the quality and transparency of their theses. The Yale MD Thesis is a doctoral thesis that assesses research competencies as the basis for the conferring of a doctoral degree. Therefore, a minimum requirement of 30 pages (exclusive of title page, abstract, acknowledgements, table of contents, figure legends, references) is considered the minimum acceptable length.

• Font: 10-12-point font should be used.
• Line spacing: Body paragraphs and tables should consist of double-spaced text. Single spaced text may be used within block quotations, footnotes, and bibliography.
• Margins: 1.5-inch margins on the left with one-inch margins on the remaining three sides. These margins apply to text, full-page images and illustrations, and tables.
• Figures: Illustrative information, schematics, and representative data should be included as figures. Each panel in a figure should be labeled. Legends should describe each panel in detail in a 9-point font or greater and positioned below the figure to which they refer. Figure legends do not count towards the 30-page minimum.
• Page Numbers: Each page in the thesis should be numbered except the title page, abstract, acknowledgements, and table of contents. The numbering should start at page 1 of the first page of the Introduction and be placed either at the top or bottom center, or at the top or bottom right-hand corner, at least 1/2 inch from any edge.
• Minimal page requirement: Most Yale MD theses average 40-80 pages of text. A minimum of 30 pages of text excluding title page, abstract, acknowledgements, table of contents, figures, legends, and references is required. Tables may count towards the minimum page requirement.

Required Components

• Title page: Title should not exceed 100 characters including spaces between words. The title page is not included in the 30-page minimum.
• Abstract page: As described below. The abstract is not included in the 30-page minimum.
• Acknowledgements: Personal and faculty acknowledgements, grant support, departmental support, etc. The acknowledgements page is not included in the 30-page minimum.
• Table of Contents: With page numbers for each section. The table of contents is not included in the 30-page minimum.
• Introduction: A thorough, complete, detailed, critical review of the literature that contextualizes and cites the work of previous investigators. This section should describe the state of the existing knowledge, provide rationale for the study, identify knowledge gaps, and frame the contribution of the thesis to medicine. The introduction is included in the 30-page minimum.
• Statement of purpose: Specific hypothesis if appropriate, and specific aims of the thesis. The statement of purpose is included in the 30-page minimum.
• Student Contributions : Describe in detail exactly which procedures, methods and experiments were conducted by the student and which procedures, methods and experiments, generation of data, or production of reagents, were performed by other members of the study team. It is not sufficient to state that this information may be mentioned elsewhere. It must be summarized here. It is recognized that students may often be completing a portion of a larger work. A statement detailing precisely what was done by the student and what was done by others does not detract from the thesis but is necessary for academic honesty.
• Ethics Statement: Include information regarding the ethical conduct of research.
• Human Subjects Research: If relevant, include explicit information regarding HRPP approval and informed consent. If the study had a waiver of consent, this exception must be clearly stated. Information regarding inclusion of historically vulnerable populations as research participants should be included here.
• Laboratory Animals: For studies involving laboratory animals, include an explicit statement regarding study approval from the Institutional Animal Care and Use Committee. Include information regarding the species, strain, sex, and age of laboratory animals in this section as well.
• Methods Description: Provide information regarding the materials and methods used in the study. Each method should consist of its subheading and paragraph and be described in detail that is sufficient to allow its replication by an investigator who did not participate in the study.
• Statistical Methods: The last paragraph in this section should present the methods used to derive results. As needed, describe any data preprocessing such as transformation and normalization. Describe how outliers were defined and handled and present descriptive statistics as appropriate. The number of sampled units (i.e., “n”) and significance (i.e., “P”) should be reported for each statistical comparison. Continuous variables that are normally distributed may be presented as mean + standard deviation. Continuous variables that are asymmetrically distributed should be presented as median + interquartile range. All statistical tests should be clearly described and include information regarding testing level (alpha) and one- or two-sided comparisons. Corrections for multiple testing should be addressed and reported. Any novel or complex data algorithms should be clearly described and appropriately referenced.
• Transparent reporting of results: All primary data related to the thesis topic should be presented. Important data should be enumerated in figures or tables. For ease of review, it is preferred that figures and tables be included in proximity to their callout in the text. Alternately, tables and figures can be presented separately after the discussion but, if possible, it is advantageous to the reader to include these components in the body of the results section, as occurs in research publications. The results section is included in the 30-page minimum.
• Discussion: This section presents thorough and detailed interpretation and analysis of data, conclusions drawn, and framing of observations with the larger scientific literature. Limitations should be addressed, as should alternate interpretations and how the thesis may inform future studies in the field. Whenever relevant, a discussion of how the thesis may or already has meaningfully impact(ed) communities of interest should be included here. The discussion section is included in the 30-page minimum.
• Challenges & Limitations : A brief discussion of methodologic, operational, and other challenges relevant to the research presented in the thesis. Please also include a brief discussion of how these challenges were addressed. Recognizing that all research projects have important limitations that readers should consider in interpreting the results, please include a brief discussion of the limitations relevant for your research. This section is included in the 30-page minimum.
• Dissemination: Please include efforts made to share findings with the scientific community (through oral presentation, peer-reviewed publications, and other venues) and the larger community including patients. This section is included in the 30-page minimum.
• Figure References and Legends: Figures must be cited sequentially in the text using Arabic numerals (for example, “Fig. 7”). Provide a short title (in the legend, not on the figure itself), explanation in sufficient detail to make the figure intelligible without reference to the text, and a key to any symbols used. Figures and legends are not included in the 30-page minimum.
• Tables: All tables should be double-spaced, self-contained, and self-explanatory. Provide brief titles and use superscript capital letters starting from A and continuing in alphabetical order for footnotes. Tables and their legends are included in the 30-page minimum.
• References: We strongly recommend the use of bibliography software such as Endnote for reference management. References should be formatted according to New England Journal of Medicine Style. References are not included in the 30-page minimum.

It is acknowledged that theses in the area of medical humanities, ethics, history, and related fields may not obviously adhere to the above requirements. In this case, the thesis will likely replace the “hypothesis” with a “claim” based on evidence gleaned through literary, historical, and ethical research. The first paragraph of the Methods should still contain information about the student’s contribution. The subsequent paragraphs should describe the artistic, literary, or historical databases and methods used to gather the “evidence” presented in support of and contrary to the central claim. The discussion and remaining sections are the same and the 30-page minimum applies. Students with questions regarding the best framing of their thesis should contact OSR.

Abstracts of MD Thesis

Standardized format for the abstract of each MD thesis is required. This format must be followed for all abstracts published in the Yale Medicine Thesis Digital Library. These abstracts will not be reviewed for content. It is the responsibility of the student investigator and the faculty advisor to prepare the abstract. Faculty sponsors provide approval of the abstract when they approve the final version of the thesis. These abstract instructions are to be used for the digital library submission.

• Abstracts should be formatted with 1.5-inch margins on the left and 1-inch margins on the remaining three sides.
• Abstracts may be no more than 800 words in length, not including title and author information. The entire abstract, including title page, must be double-spaced and should be no more than three pages in length.
• Titles should be brief, clear, and carefully chosen. The title should not exceed 100 characters including spaces between words. Capitalize the entire title, using no abbreviations.
• Authors’ names are to be written in full, omitting degrees. The student author's name shall be first. If the faculty sponsor also qualifies as an author, their name should be last. If the faculty member has been only a sponsor, their name should appear in parentheses after the name(s) of other authors as follows: "(Sponsored by...)". Other collaborators should be listed after the student's name and before the faculty sponsor's name. Immediately following the faculty sponsor's name, designate section (if any), departmental affiliation, institution, city, and state (Yale University School of Medicine, New Haven, CT) (see examples in the Thesis Guide ).
• For thesis work performed at another institution, designate the senior author's departmental and institutional affiliation. In parenthesis, indicate the Yale faculty sponsor and institutional affiliation with the phrase: "Sponsored by..." (see examples).
• A statement of the hypothesis or goals and specific aims of the study.
• A statement of the methods used.
• A summary of the results presented in sufficient detail to support the conclusions. Include actual values with statistics, if appropriate.
• A statement of the conclusions reached.
• Do not use subtitles, e.g., methods, results.
• Do not include graphs, references to other publications, or acknowledgement of any research grant support. A single short table of results can be used if appropriate.
• Abbreviations may be used in text only if defined initially by placing them in parentheses after the full word (or phrase) first appears in the text. Abbreviations may not be introduced in the title.
• Non-proprietary (generic) names are required the first time a drug is mentioned, written in small letters. Proprietary names are always capitalized, e.g., acetazolamide (Diamox).
• Completed abstracts must be approved by faculty advisor.

Thesis Assessment

The thesis assessment will assess student performance on the following domains using a 1-5 Likert Scale.

• Significance
• Rigor of Prior Research
• Methodologic Rigor
• Responsible Conduct of Research
• Organization and Clarity of Text
• Presentation of Data
• Interpretation of Data
• Student Effort
• Dissemination to Communities of Interest

Likert Scale:

• Not Acceptable

The vast majority of YSM students receive scores of 2-3 across these domains. Scores of 1 are considered truly outstanding. Scores of 5 are highly unusual and indicate the presence of critical deficiencies. Students receiving a score of “5” in any domain will be referred to OSR and the Progress Committee for remediation in order that they may stay on track to graduate.

Journal Articles

1. Yalow, R.S., and Berson, S.A. 1960. Immunoassay of endogenous plasma insulin in man. J. Clin. Invest. 39:1157-1175.

2. Gardner, W., and Schultz, H.D. 1990. Prostaglandins regulate the synthesis and secretion of the atrial natriuretic peptide. J. Clin. Invest. In press.

Complete Books

3. Myant, N.B. 1981. The Biology of Cholesterol and Related Steroids. London: Heinemann Medical Books. 882 pp.

Articles in Books

4. Innerarity, T.L., Hui, D.Y., and Mahley, R.W. 1982. Hepatic apoprotein E (remnant) receptor. In Lipoproteins and Coronary Atherosclerosis. G. Noseda, S. Fragiacomo, R. Fumagalli, and R. Paoletti, editors. Amsterdam: Elsevier/North Holland. 173-181.

5. Standardized format for the abstract of each MD thesis is required. This format must be followed for all abstracts published in the Yale Medicine Thesis Digital Library. These abstracts will not be reviewed for content. It is the responsibility of the student investigator and the faculty advisor to prepare the abstract. Faculty sponsors provide approval of the abstract when they approve the final version of the thesis. These abstract instructions are to be used for the digital library submission.

The MD Thesis represents an academic milestone. Thesis copyright exists from the time the work was created in digital form. Every article, book, or web page used in conducting research and writing the thesis is also protected by copyright. All downloaded research articles and passage citations are also scholarship that is protected by the legal concept of fair use. A basic understanding of copyright protections and fair use is found at www.copyright.gov . Yale University also provides a guide to copyright protection and fair use: http://ogc.yale.edu/legal_reference/copyright.html .

Section 107 of the U.S. Copyright Law describes how to determine if a particular use of copyrighted material is fair. However, the distinction between what is fair use and what is infringement is not always clear or easily defined. Copying an image from an academic e-journal and citing the source does not substitute for obtaining permission to reproduce the image. Many publishers use www.copyright.com to grant reproduction rights of their articles to authors.

ProQuest/UMI and the Yale Medicine Thesis Digital Library may elect not to distribute any thesis that lacks evidence that permission or reproduction rights have been secured. Providing evidence of permission or reproduction rights is a student author responsibility. Examples encountered in MD Thesis research that require documentation of reproduction rights include but are not limited to:

• Sections of published survey instruments or questionnaires.
• Complete journal articles or other complete scholarly works [Note: Many publishers such as Elsevier allow graduate student authors of a journal article published prior to graduation to reproduce their article in a thesis].
• Image, graphic, or pictorial works from publications where the author has transferred copyright to the publisher, a common occurrence.

The safest course is to avoid using published images without obtaining permission. It is almost always possible to cite a source and expect that readers can find the figure, chart, or image in the published version of the referenced work. Research faculty who transfer copyright to a publisher of their article are no longer the copyright holder and are unable to grant permission for reproduction. To circumvent this issue, the student or mentor may be able to obtain unpublished images from their group’s image collection.

When it is impracticable or prohibitively expensive to obtain permission through the publisher or the Copyright Clearance Center (www.copyright.com), students should avoid using that material, unless they have obtained a written legal opinion that fair use would apply to the situation. Neither the Office of Student Research nor the Yale Library can supply legal advice on copyright and fair use. If there is any doubt, it is advisable to consult the Yale University Office of the Vice President and General Counsel at (203) 432-4949.

Students may have concerns about publishing their work in the public domain for reasons such as copyright, content, or intellectual property. These students have several courses of action. One is to select an alternate topic. The other is to place the thesis under permanent embargo at the time of upload into the Yale Medicine Digital Thesis Library. In either case, students be aware of these issues as they plan their thesis and reach out to OSR for additional information.

OSR will offer a thesis copyright session for all students, including those in the Class of 2025, in fall of this year.

Upon receiving notification that the MD thesis has been approved as fulfilling partial requirement for Yale’s MD degree, students should upload the thesis to the Yale Medicine Digital Thesis Library. Students will receive instructions at the time their thesis is formally approved. For reference, a high-level overview is outlined below.

Yale Medicine Digital Thesis Library:

Starting with the YSM class of 2002, the Cushing/Whitney Medical Library and OSR have collaborated on the Yale Medicine Digital Thesis Library (YMTDL) project, publishing the digitized full text of medical student theses as a durable product of Yale student research accomplishments. Digital publication of theses ensures dissemination of the work to communities of interest, provides students with a formal citation for their thesis, and demonstrates the exceptional quality of student research and student-faculty cooperation at Yale. In 2006, the digital copy became a graduation requirement. Starting in 2012, alumni of the Yale School of Medicine were invited to participate in the YMTDL project by granting scanning and hosting permission to the Cushing/Whitney Medical Library, which digitized the Library’s print copy of their thesis or dissertation.

Yale School of Medicine requires that the MD thesis be submitted to the YMTDL. This submission is accompanied by a completed “ Yale School of Medicine Digital Thesis Depositor’s Declaration Form. ”

Submitting a thesis via the ProQuest website:

Detailed instructions

The electronic thesis submission process in ProQuest provides step by step submission instructions. Questions may also be directed to Courtney Hadley in the Medical Library ([email protected]).

A few things to note: the ETD Administrator software is a 3rd party product that YSM licenses from ProQuest. Because this vendor is unaffiliated with Yale, the OSR and Yale University Libraries do not have control over its policies or processes. The ProQuest Dissertations and Theses Global database is a subscription resource that collects dissertations and theses from multiple countries and a range of academic specialties. This collection is then made available to subscribers. When students choose to make their thesis publicly available, the full text will appear in this database and users will be able to read, save, and download the text.

EliScholar is a digital platform for scholarly publishing provided by the Yale University Library (YUL). While it is supported by third party software, EliScholar is maintained by YUL and offers more flexibility in uploading and managing theses. The option selected for thesis release in the ETD Administrator system will apply to both ProQuest Dissertations and Theses Global and EliScholar. All theses are available to the Yale community (individuals with a NetID and password and users physically present at a library facility on campus) upon publication. A limited release of approved theses to the awarding institution’s user community is common practice.

More detailed instructions will be provided at the time of thesis approval in March 2025.

YSM requires a Thesis Publishing Agreement Form, previously known as a Thesis Deposit Declaration Form, to be submitted in conjunction with your final thesis to ProQuest. For reference, you can find a copy of the form at this link.

We urge your participation in evaluating your experience with your thesis advisor at this Qualtrics link . The results will be kept anonymous, and any feedback to the individual faculty member will be made over a three- to four-year interval and will be a summarized statement, not involving reproduction or direct quotes from this form.

We will file these evaluations for future use by first and second year students who are looking for a project and research advisor. These evaluations have been immensely valuable to students initiating thesis projects. Thank you for your cooperation in this effort.

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Definition of thesis

Did you know.

In high school, college, or graduate school, students often have to write a thesis on a topic in their major field of study. In many fields, a final thesis is the biggest challenge involved in getting a master's degree, and the same is true for students studying for a Ph.D. (a Ph.D. thesis is often called a dissertation ). But a thesis may also be an idea; so in the course of the paper the student may put forth several theses (notice the plural form) and attempt to prove them.

Examples of thesis in a Sentence

These examples are programmatically compiled from various online sources to illustrate current usage of the word 'thesis.' Any opinions expressed in the examples do not represent those of Merriam-Webster or its editors. Send us feedback about these examples.

Word History

in sense 3, Middle English, lowering of the voice, from Late Latin & Greek; Late Latin, from Greek, downbeat, more important part of a foot, literally, act of laying down; in other senses, Latin, from Greek, literally, act of laying down, from tithenai to put, lay down — more at do

14th century, in the meaning defined at sense 3a(1)

Dictionary Entries Near thesis

the sins of the fathers are visited upon the children

thesis novel

Cite this Entry

“Thesis.” Merriam-Webster.com Dictionary , Merriam-Webster, https://www.merriam-webster.com/dictionary/thesis. Accessed 14 Aug. 2024.

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• v.39(2); 2022

Language: English | German

Medical dissertation basics: analysis of a course of study for medical students

Basics zur medizinischen dissertation: analyse eines kursangebots für promovierende in der medizin, sophia griegel.

1 University of Ulm, Medical Faculty, Institute for Biochemistry and Molecular Biology, Ulm, Germany

Michael Kühl

Achim schneider.

2 University of Ulm, Medical Faculty, Office of the Dean of Studies, Ulm, Germany

Susanne J. Kühl

Background:.

Although the majority of medical students in Germany pursue a doctorate, only a portion of them receive a standardized scientific training, which is reflected in the quality issues seen in medical doctoral theses. The course Medical Dissertation Basics was conceptualized and scientifically monitored in order to support medical doctoral students on the one hand and to improve the quality of their scientific work on the other.

Methodology:

The course consists of three modules. Module I, which is an introductory module, covers time and writing management and addresses how to approach literature and the principles of scientific work as well as the chapters required in a dissertation and the dissertation presentation and defense. In the practical module II, doctoral students write sections of their dissertation chapters and receive feedback via peer and expert reviews. Module III includes training on dissertation presentations and their defense. For objective analysis purposes, a multiple-choice test was administered before and after module I. Medical students from semesters 2 to 6 served as a control group. Questionnaires were used to subjectively analyze the training and support functions of modules I-III.

High participation rates and the fact that the modules were taught numerous times show that doctoral students accept the courses. The objective analysis of module I showed a highly significant knowledge acquisition of the course group (N=55) in contrast to the control group (N=34). The doctoral students rated the course modules I-III with grades between 1.0 and 1.25 (grade A+/A; N=20-65 SD=0-0.44), felt well supported and estimated their learning success as high.

Conclusion:

The study indicates knowledge acquisition in module I and a high doctoral student satisfaction with all modules. For an objective analysis of modules II-III, a comparison of completed doctoral theses (course participants vs. non-participants) would be appropriate but would only make sense in a few years. Based on the results of our study, we recommend that other faculties implement similar courses.

Zusammenfassung

Hintergrund:.

Obwohl die Mehrheit der Medizinstudierenden in Deutschland promoviert, erfährt nur eine Minderheit eine standardisierte wissenschaftliche Ausbildung, was sich an Qualitätsmängeln medizinischer Promotionsarbeiten äußert. Um Promovierenden der Medizin einerseits eine Unterstützung zu geben und andererseits die Qualität ihrer wissenschaftlichen Arbeiten zu verbessern, wurde das Kursangebot Basics zur medizinischen Dissertation konzeptioniert und wissenschaftlich begleitet.

Das Kursangebot besteht aus drei Modulen. Modul I als Grundlagenkurs behandelt neben dem Zeit- und Schreibmanagement, dem Umgang mit Literatur und den Grundsätzen des wissenschaftlichen Arbeitens auch die Kapitelinhalte einer Dissertationsschrift sowie die Präsentation und Verteidigung. Im praktischen Modul II verfassen Promovierende Auszüge von Dissertationskapiteln und erhalten über Peer- und Experten-Begutachtungen Feedback. Modul III umfasst das Training von Promotionsvorträgen und deren Verteidigung. Zur objektiven Analyse wurde ein Multiple Choice Test vor und nach Modul I durchgeführt. Medizinstudierende aus Fachsemester 2 bis 6 dienten als Kontrollgruppe. Anhand von Fragebögen wurden alle Kursmodule I-III hinsichtlich ihrer Ausbildungs- und Unterstützungsfunktion subjektiv analysiert.

Ergebnisse:

Hohe Teilnahmezahlen und die vielfache Durchführung der Kursmodule zeigen, dass Promovierende die Kurse akzeptieren. Die objektive Analyse von Modul I ergab einen hoch signifikanten Wissenserwerb der Kursgruppe (N=55) im Gegensatz zur Kontrollgruppe (N=34). Die Promovierenden bewerteten die Kursmodule I-III mit Schulnoten zwischen 1,0 und 1,25 (N=20-65 SD=0-0,44), fühlten sich gut unterstützt und schätzten ihren Lernerfolg als hoch ein.

Schlussfolgerung:

Die Studie zeigt eine hohe Promovierenden-Zufriedenheit mit allen Modulen und einen Wissenserwerb durch das Modul I. Zur objektiven Analyse von Modul II-III bietet sich ein Vergleich der fertiggestellten Promotionsarbeiten (Kurs Teilnehmende vs. Nicht-Teilnehmende) an, welcher erst in ein paar Jahren sinnvoll ist. Durch die Ergebnisse unserer Studie empfehlen wir anderen Fakultäten die Implementierung ähnlicher Angebote.

1. Introduction

1.1. the problem.

Between 54 to 70 percent of all medical students successfully complete their doctorates while about one-third of them do not [ 1 ], [ 2 ], [ 3 ], [ 4 ]. On the one hand, this indicates a very high willingness to do a doctorate, but on the other, that the doctoral students are often unsuccessful [ 5 ], [ 6 ]. What is special about the study of medicine is that the doctorate can be started while the medical degree is being pursued. This promises an initial motivation since it saves time, but it often leads to a double burden [ 5 ], [ 7 ], [ 8 ]. Another issue is an insufficient basic scientific education as well as a lack of supervision of doctoral candidates [ 9 ]. The quality of medical doctorates is also being criticized at the scientific and socio-political level. Thus, negative catch phrases such as title research and after-work research reflect the bad reputation of medical doctorates [ 8 ].

While there is a high demand for good scientific education by doctoral students and a high demand for quality from the scientific and societal side, there is often a lack of course offerings in this regard. In recent years, the global standards of medical education of the WFME (World Federation for Medical Education), the Medizinstudium 2020 (medical studies 2020) master plan and the Wissenschaftsrat (German council of science and humanities) have called for a strengthening of the scientific education. Individual German medical faculties have responded to this and implemented scientific course concepts [ 4 ], [ 8 ], [ 10 ], [ 11 ], [ 12 ], [ 13 ], [ 14 ], [ 15 ], [ 16 ] as well as quality assurance measures, which were documented in a study of the University Alliance for Young Scientists [ 17 ]. While subjective student evaluations are available, objective analyses of such doctoral courses are still lacking [ 16 ].

1.2. Initial situation at the medical faculty of the university of Ulm

The official curriculum of the medical faculty of the university of Ulm includes scientific content from the subjects of biometry and epidemiology (semester 7). In addition to evidence-based medicine, various types of research including the planning, methodology and implementation as well as the application of statistical tests are covered. Scientific content is also taught in other events that are included in a longitudinal mosaic curriculum (wise@ulm).

In addition, the University of Ulm offers electives for doctoral students: The experimental medicine course of study introduced in 2005, for example, is a doctoral program for medical students that requires an experimental dissertation. Each year, approximately 35 students are selected with the help of an application and selection process. The support provided consists of professional and scientific supervision, various scientific events, the completion of elective courses and ten months of financial support [ 18 ].

The course Fit für die diss MED (Fit for the medical dissertation), offered by the communication and information center, is a voluntary course made available to medical students at the university of Ulm. The course, which includes a total of eight hours and is mainly theoretical, covers successful publishing, the scientific framework and the use of computer programs. The content of the medical dissertation chapters is only marginally discussed.

There is no course offered for doctoral medical students that deals intensively with good scientific practice and the chapter content required for a doctoral thesis. Practical support during the writing process and in preparation for the presentation and defense of a dissertation has been limited as well. Thus, the course “medical dissertation basics: how to write scientific texts and present a doctoral thesis” with a total of three modules (MED I-III) was implemented in 2018, has been taught numerous times since then and has been monitored scientifically.

This raises the following questions:

• Is the Basics MED course with its three modules I-III accepted by students obtaining a doctorate in medicine?
• Can the participation in MED I (module I) result in an acquisition of knowledge by students obtaining a doctorate in medicine?
• How do students obtaining a doctorate in medicine rate the support provided and the scientific content learned during the three modules MED I-III?

2.1. Course concept

The course offering “Medical dissertation basics: How to write scientific texts and present a doctoral thesis” (MED I-III) was developed and introduced in 2018. Module I covers scientific fundamentals and teaches the content required for a medical doctoral thesis. Module II teaches students how to write high-quality text. Module III trains students on how to present and defend a doctoral thesis. The sequence of the modules (I → II → III) is based on the chronology of the medical doctoral process and permits students to apply the theoretical content learned (module I) to their own doctorate with the help of practical assignments (module II-III). The course content is based on the official guidelines of the medical faculty of the university of Ulm, observations gathered during the supervision of medical doctoral theses and courses that are already being offered at other universities [ 9 ], [ 11 ], [ 15 ], [ 16 ].

2.1.1. Participation information

The course is offered to doctoral students of human and dental medicine. In some cases, students from other degree programs may participate as well.

Students may take modules I and III as needed. Module I is a prerequisite for module II. The online courses are offered on the Ulm Moodle platform. Modules I and III are offered 3-5 times a year depending on demand while module II is offered throughout the year.

2.1.2. MED I (module I)

Module I is offered to students shortly before or at the beginning of the doctorate program as a one-week online course (nine hours in total). In order to structure the content, eight teaching phases (15 min to 2 hours each) have been defined as either independent study phases or classroom phases (online meetings).

In the (independent study) phase 1, students are introduced to scientific practice as well as time and writing management with the help of instructional videos, PDF files and worksheets. In the (classroom) phase 2, the instructor lectures on good scientific practice, the development of a comprehensible manuscript and its introduction. The remaining phases cover the legal framework, the scientific question or hypothesis, literature research and management (optional) and the remaining chapters of a dissertation as well as the presentation and defense of a dissertation (see figure 1 (Fig. 1) , part A).

A. Course organization (phases 1-8), content and materials of MED I, mandatory participation in pre-tests and post-tests (objective analysis), voluntary participation in evaluations (subjective analysis). B. Course organization, sequence and content (assignments with text length) of MED II, voluntary participation in evaluations. C. Course organization, sequence and content of MED III, voluntary participation in evaluations. Abbreviation: MED: Medical Experimental Dissertation Basics.

2.1.3. MED II (module II)

The online module II is designed for doctoral students who have already taken MED I and have started writing their dissertation. Students may participate individually or as a group of two. The assignments require students to write three to four sections of their own dissertation (see figure 1 (Fig. 1) , part B): Excerpt from the laboratory book (writing assignment 1), the materials and methods section (written assignment 2), excerpt of the introduction or discussion (written assignment 3) and excerpt of the results section (written assignment 4). These sections are first subjected to a peer review (feedback from another student) and then to an expert review (from the instructor). For both reviews, a semi-standardized feedback form is used, which was developed by two experts and reviewed by the academic staff members of our working group. If necessary, the doctoral students must submit a revised draft of a given section upon having received their feedback.

2.1.4. MED III (module III)

Module III trains students to present and defend their dissertations. In an individual preparation phase, students prepare a 7-minute presentation of their dissertation and are required to use a brief guideline. The students make their presentations in front of a small group (three to six doctoral students) during a first (online) class. Each presentation is followed by an approximately 30-minute feedback portion (feedback offered by the small group and the instructor) using a customized, semi-standardized feedback form, which was developed in the same manner as the feedback form used in module II. In a revision phase, the presentations are revised and presented again during a second (online) class. Students are provided with further feedback and collect and discuss potential questions such as those that an examination committee might present in order to practice the defense portion of the dissertation (see figure 1 (Fig. 1) , part C).

2.2. Study design for the analysis of the course offered (modules I-III)

The MED course study was divided into an objective analysis of the first module and subjective analyses of all modules (I-III).

For the objective analysis of the first module, a multiple choice (MC) knowledge test was developed and used as part of the courses offered from June to October 2020. Since module I was offered three times during this period, there were three test cycles. The test subjects consisted of the participants of module I (course group) and a control group. The selection of the individuals in the control group was subject to the following conditions: They had to be students of human medicine from the semesters 2-6 who had not yet started their doctoral thesis.

The subjective analysis of module I was based on the voluntary student evaluations from June 2020 to July 2021 (N=65). The subjective analyses of module II (N=20) and module III (N=20) were based on the evaluations from 2018 to 2021.

2.2.1. Objective analysis of the knowledge acquisition (module I)

To assess the knowledge acquired due to a participation in MED I (module I), 19 multiple choice questions were developed. In a second step, the test design was reviewed by two experts. Volunteers from our work group (N=7) performed a pretest in a third step [ 19 ], [ 20 ] and provided feedback about unclear or misleading wording and completion time.

The final test, consisting of eleven A positive type questions (choose one correct answer out of five possible answers) and eight K Prim type questions (choose multiple correct answers out of five possible answers), was administered via the Ulm learning platform Moodle. The knowledge test was administered three days before (pre-test) and three days after (post-test) the course (completion time: max. 20 minutes). Although the same questions were used for the pre-test and post-test, the order of the questions and answers was changed. Participants in the control group were asked to not research the content related to the questions over the course of the study.

With regard to eight K Prim type questions, the number of correct answer options varied (from 2 to 5). If an answer option was correctly selected, one point was awarded so that a maximum of 5 points could be achieved for each K Prim question. Points were deducted for incorrectly selected distractors. The point deduction principle was applied equally to all questions (type A positive and K Prim ). Consequently, a total score of minus 30 to plus 32 points was possible.

2.2.2. Subjective analysis through student evaluations (modules I-III).

For the subjective analysis, semi-standardized questionnaires were developed for all modules. In addition to the socio-demographic data of the participants, data on general and content-related course aspects was collected (e.g., the organization, structure and subjectively perceived learning success; see figure 2 (Fig. 2) , figure 3 (Fig. 3) and figure 4 (Fig. 4) ), which were assessed with a Likert-type response scale (1=do not agree at all to 6=agree completely). Participants were able to enter praise, criticism or suggestions for improvement in a free text field. The overall module was also evaluated by using a school grade (1=very good, 6=insufficient).

A. General questions about the course. B. Students' assessment of the individually perceived learning success; Likert scale: from 1= "strongly disagree" to 6= "strongly agree". N=65.

A. General questions about the course. B. Students‘ assessment of the individually perceived learning success; Likert scale: from 1= “strongly disagree” to 6= “strongly agree”. N=20.

2.3. Data analysis and statistics

All analyses were performed using the SPSS Statistics Version 26 software from the International Business Machines Corporation. For the knowledge test, the total scores of all three test cycles were calculated. The Kolmogorov-Smirnov test did not show a normal distribution of the data, so the nonparametric Wilcoxon signed-rank test for connected samples was used for analysis purposes. An alpha level of 5% was applied. Free-text comments were categorized and quantified according to praise, criticism or suggestion for improvement, following Schneider et al., 2019 [ 21 ].

2.4. Ethics

The ethics committee of the University of Ulm did not consider an ethics vote necessary. The participation in the questionnaires and tests was voluntary, anonymous and free of charge. The participants' consent to data processing and data transfer was obtained.

3.1. Participation figures

A total of 171 doctoral students participated in MED I (which was offered six times between July 2020 and November 2021), 21 students participated in MED II (since 2018) and 25 students participated in MED III (which was offered nine times since 2018). The number of participants in the course-related studies was somewhat lower (see figure 1 (Fig. 1) and table 1 (Tab. 1) ).

3.2. Objective analysis of MED I

3.2.1. sociodemographic data of the course and control groups.

The socio-demographic data of the course group was obtained from the evaluation forms (section 2.2.2) and data of the control group was based on verbal information provided by the participants.

Of the module I participants, 89% studied human medicine (N=65, see table 1 (Tab. 1) ) compared to 100% of control group subjects (N=34). The majority of course participants were female (71%); in the control group, male subjects dominated with 62%. The course participants were on average in semester 7.67 (SD=1.66) while the subjects of the control group were in semester 4.76 (SD=1.35).

3.2.2. Results from the knowledge test

To test for knowledge acquisition in MED I, the results from the pre-test and post-test were compared (see figure 5 (Fig. 5) ). The result of the control group remained unchanged with a median of 10.5 points (Q1=5.75 Q3=13) in the pre-test and post-test. Only the dispersion decreased slightly in the post-test. In contrast, the course group showed a significant knowledge acquisition with a median of 13 points in the pre-test (Q1=11 Q3=17.5) and 22 points in the post-test (Q1=19.5 Q3=25) (p<0.001).

3.3. Subjective analyses of MED I-III

3.3.1. sociodemographic data.

The sociodemographic data of the participants (see table 1 (Tab. 1) ) shows that the age and semester of study increased from module I to III. Dental and human medical students who had not yet started or had already started their experimental/clinical/retrospective/teaching research participated in Module I. Module groups II and III included human medicine students who were primarily doing experimental work. A large proportion of doctoral students from the experimental medicine student track participated in all modules [ 18 ].

3.3.2. Subjective evaluation results

MED I was rated on average with the school grade 1.21 (N=58 SD=0.41), MED II with 1.28 (N=18 SD=0.46) and MED III with the grade 1.0 (N=20 SD=0.00). Additional questions tried to determine how students obtaining a doctorate in medicine assess the support and their learning success in the courses.

3.3.3. Evaluation results for module I

The communication of the general course information (MW=5.80, SD=0.44), the organization and overall structure, and the teaching by the instructor were rated particularly positively. The presentation of data and the literature research (MW=4.74, SD=1.02) scored somewhat worse. The teaching of scientific content such as literature management (MW=5.35, SD=1.16) and the teaching of the chapter content required for a dissertation, led to a subjectively perceived high learning success (see figure 2). Similar results were reflected by the praise expressed in the free text questions in which the course content, the commitment of the instructors and the teaching videos were positively emphasized (see table 2 (Tab. 2) ).

3.3.4. Evaluation results for module II

General aspects such as the basic structure, the assignments and the feedback by the instructor (MW=5.80, SD=0.41) were rated good to very good. The peer feedback by fellow students was rated somewhat lower (MW=3.91, SD=1.38). The participants indicated that their writing process had improved (MW=5.55, SD=0.89). Students rated the drafting of the materials and methods section, the introduction or discussion and the results section as particularly instructive and the lab journal entry as (somewhat) instructive (MW=4.60, SD=1.19) (see figure 3 (Fig. 3) ). Two students commented on being able to do without the lab book excerpt while others suggested the option of submitting more dissertation sections. The positive comments made up 60% of all comments and included references to the speedy correction and individual feedback provided by the instructor (see table 2 (Tab. 2) ).

3.3.5. Evaluation results for module III

MED III, which pertains to the presentation and defense of a dissertation, was characterized by very high student satisfaction. Organizational and structural aspects, the ability to present two times, the analyses and feedback by the instructor were rated very good (MW=6.00, SD=0.00). All students would take the course again (MW=6.00, SD=0.00). Participants rated the learning success pertaining to the general presentation, content and structure of a lecture and the use of media for visualization purposes very highly (see figure 4 (Fig. 4) ). In the free texts, the commitment of the instructors in the course design was rated positively. The participants felt that the module provided structure as well as new perspectives and well prepared them for the presentation and defense of their dissertation. Some participants would have liked more basic information on how to give a good presentation (see table 2 (Tab. 2) ).

4. Discussion

Our study shows that

• all modules of the Basics MED course are accepted by students obtaining a doctorate in medicine.
• participation in MED I (module I) leads to a knowledge acquisition by the students obtaining a doctorate in medicine.
• students obtaining a doctorate in medicine highly rate the support and learning success of scientific content provided in the course modules MED I-III.

4.1. Basics MED courses accepted by doctoral students in medicine

At the time the course was implemented, other doctoral programs had already been established at the University of Ulm [ 18 ]. Therefore, despite a high demand for doctoral programs throughout Germany, we were interested in whether the course would be accepted [ 9 ], [ 13 ]. We were able to confirm this based on the number of times the course has been conducted (several times a year) and high participation numbers. The participation figures for Modules II and III were somewhat lower. Possible reasons are that modules II-III become relevant in the later couese of the dissertation (possibly not until later) and the additional time required. For module II, students had to have first completed module I, and continuous texts had to be drafted. In contrast to a scientific term paper (doctoral program at the Charité Berlin), these continuous texts are only excerpts of the student's dissertation, which relativizes the additional effort [ 15 ].

4.2. Participation in MED I (Module I) results in knowledge acquisition

To test the degree to which students learned from module I, an MC test was designed and administered before and after the course (pre-test and post-test). It showed a significant knowledge acquisition by the course group compared to the control group. The purpose of the control group was to test for factors that might influence the test results, such as a practice effect due to the test being administered twice [ 22 ], and jeopardize their validity. We used identical questions in the pre-test and the post-test and only changed the order, which, according to Golda et al., has no significant influence on the level of difficulty [ 23 ].

Due to insignificant differences in the test scores of the control group, a practice effect can be largely ruled out, indicating an objective knowledge acquisition of the course group.

4.3. Doctoral students rate the support and learning success highly

Our subjective analyses show that students considered the basics MED modules I-III as helpful for their doctoral studies. The participants rated the learning gain relating to scientific content high. The learning gain relating to literature research (and management) was insignificantly lower. One reason could be the complexity of the topic, which is difficult to grasp in a 9-hour course. The ability to manage literature is often acquired over a longer period of time, such as the entire doctoral period [ 13 ]. In the evaluation of MED II, the feedback by the instructor was rated more helpful than the peer feedback provided by fellow students (see figure 3 (Fig. 3) ). Examples from the literature show that students can generally benefit from a feedback culture (including peer feedback) [ 24 ], [ 25 ]. Doctoral students are at the beginning of their academic career and have yet to develop a critical eye for academic texts. This process is positively supported by the involvement in peer feedback.

Individual participants rated the relevance of the laboratory book excerpt as low. The Wissenschaftsrat and the instructors believe that this portion of the module is very relevant for ensuring scientific standards [ 12 ].

Overall, however, the results at the subjective level are consistent with calls (by the Wissenschaftsrat, WFME, etc.) for more intensive support and scientific training [ 11 ], [ 12 ]. Studies evaluating other doctoral programs have resulted in similar conclusions [ 15 ], [ 16 ].

4.4. Limitations

The limiting factor of the knowledge test relating to module I is that only MC questions were used. Unlike open-ended question formats, it is possible that MC questions are answered correctly not due to sound knowledge but rather because students recognize key words [26]. On the other hand, this type of question is commonly used in exams and allows for a standardized and quantitative evaluation [ 26 ].

In addition, the course group included students who were on the perennial experimental medicine study track. It is possible, albeit unlikely, that the doctoral program may influence the test results, but this cannot be ruled out. Other limitations include differences in the test groups: The majority of the course participants had already started their doctorate while the control group had not (yet) started. Since many doctoral students of the Medical Faculty had already taken MED I, the number of doctoral students suitable for the control group was limited. Furthermore, there was a lack of data (e.g., e-mail addresses) for a targeted search for subjects. Therefore, we chose medical students from semesters 2-6 who were younger on average and were not yet pursuing their doctorate and with whom we had had contact in other courses. We received more feedback from male subjects, resulting in a different gender distribution between course and control subjects. In addition, the control group did not include any participants from the Experimental Medicine study track. This is due to the fact that almost all of the 35 participants who had just received funding during the study period took part in MED I because the Experimental Medicine study track accepts the MED modules as electives [18].

Another approach to determine whether the knowledge increase was due to the course would be to test content that was not covered in the course. However, additional questions would have led to an increase in processing time, which might have decreased the willingness to participate in the study.

In addition to uncertain objectivity and validity, another limitation of voluntary evaluations is that they are conducted online [ 27 ]. Online evaluations can be perceived as more anonymous than face-to-face surveys [ 28 ]. Without a tangible expectation from the instructors present, the response rate may have been lower. Advantages of more anonymous (online) surveys, however, are more honest expressions, especially of criticism, which are valuable for the further development of a course [ 28 ], [ 29 ].

5. Summary and outlook

Our study allows for both an objective and subjective analysis of a course designed to support students obtaining a doctorate in medicine. The MED I-III modules were accepted and evaluated very positively. MED I objectively increased the participants’ knowledge. For an objective analysis of MED II, a grade comparison of the completed dissertation would be conceivable (participants compared to non-participants). Analogously, the success of the presentation and defense of the dissertations could be compared for an objective analysis of MED III. It will take a few years, however, to conduct such case-control studies since there is often a time lag of several years between participation in the course and the completion of the doctorate [ 5 ].

Based on our results to date, we recommend that other universities develop similar courses.

Competing interests

The authors declare that they have no competing interests.

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• How to Write a Thesis Statement | 4 Steps & Examples

How to Write a Thesis Statement | 4 Steps & Examples

Published on January 11, 2019 by Shona McCombes . Revised on August 15, 2023 by Eoghan Ryan.

A thesis statement is a sentence that sums up the central point of your paper or essay . It usually comes near the end of your introduction .

Your thesis will look a bit different depending on the type of essay you’re writing. But the thesis statement should always clearly state the main idea you want to get across. Everything else in your essay should relate back to this idea.

You can write your thesis statement by following four simple steps:

• Start with a question
• Write your initial answer
• Develop your answer
• Refine your thesis statement

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Table of contents

What is a thesis statement, placement of the thesis statement, step 1: start with a question, step 2: write your initial answer, step 3: develop your answer, step 4: refine your thesis statement, types of thesis statements, other interesting articles, frequently asked questions about thesis statements.

A thesis statement summarizes the central points of your essay. It is a signpost telling the reader what the essay will argue and why.

The best thesis statements are:

• Concise: A good thesis statement is short and sweet—don’t use more words than necessary. State your point clearly and directly in one or two sentences.
• Contentious: Your thesis shouldn’t be a simple statement of fact that everyone already knows. A good thesis statement is a claim that requires further evidence or analysis to back it up.
• Coherent: Everything mentioned in your thesis statement must be supported and explained in the rest of your paper.

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The thesis statement generally appears at the end of your essay introduction or research paper introduction .

The spread of the internet has had a world-changing effect, not least on the world of education. The use of the internet in academic contexts and among young people more generally is hotly debated. For many who did not grow up with this technology, its effects seem alarming and potentially harmful. This concern, while understandable, is misguided. The negatives of internet use are outweighed by its many benefits for education: the internet facilitates easier access to information, exposure to different perspectives, and a flexible learning environment for both students and teachers.

You should come up with an initial thesis, sometimes called a working thesis , early in the writing process . As soon as you’ve decided on your essay topic , you need to work out what you want to say about it—a clear thesis will give your essay direction and structure.

You might already have a question in your assignment, but if not, try to come up with your own. What would you like to find out or decide about your topic?

For example, you might ask:

After some initial research, you can formulate a tentative answer to this question. At this stage it can be simple, and it should guide the research process and writing process .

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Now you need to consider why this is your answer and how you will convince your reader to agree with you. As you read more about your topic and begin writing, your answer should get more detailed.

In your essay about the internet and education, the thesis states your position and sketches out the key arguments you’ll use to support it.

The negatives of internet use are outweighed by its many benefits for education because it facilitates easier access to information.

In your essay about braille, the thesis statement summarizes the key historical development that you’ll explain.

The invention of braille in the 19th century transformed the lives of blind people, allowing them to participate more actively in public life.

A strong thesis statement should tell the reader:

• Why you hold this position
• What they’ll learn from your essay
• The key points of your argument or narrative

The final thesis statement doesn’t just state your position, but summarizes your overall argument or the entire topic you’re going to explain. To strengthen a weak thesis statement, it can help to consider the broader context of your topic.

These examples are more specific and show that you’ll explore your topic in depth.

Your thesis statement should match the goals of your essay, which vary depending on the type of essay you’re writing:

• In an argumentative essay , your thesis statement should take a strong position. Your aim in the essay is to convince your reader of this thesis based on evidence and logical reasoning.
• In an expository essay , you’ll aim to explain the facts of a topic or process. Your thesis statement doesn’t have to include a strong opinion in this case, but it should clearly state the central point you want to make, and mention the key elements you’ll explain.

If you want to know more about AI tools , college essays , or fallacies make sure to check out some of our other articles with explanations and examples or go directly to our tools!

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A thesis statement is a sentence that sums up the central point of your paper or essay . Everything else you write should relate to this key idea.

The thesis statement is essential in any academic essay or research paper for two main reasons:

• It gives your writing direction and focus.
• It gives the reader a concise summary of your main point.

Without a clear thesis statement, an essay can end up rambling and unfocused, leaving your reader unsure of exactly what you want to say.

Follow these four steps to come up with a thesis statement :

• Ask a question about your topic .
• Write your initial answer.
• Develop your answer by including reasons.
• Refine your answer, adding more detail and nuance.

The thesis statement should be placed at the end of your essay introduction .

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Edinburgh Research Archive

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Edinburgh Medical School is one of two schools at the College of Medicine and Veterinary Medicine at the University of Edinburgh. The Edinburgh Medical School integrates research and teaching across our three Deaneries: Biomedical Sciences, Clinical Sciences and Molecular,Genetic and Population Health Sciences.

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Hidden in plain light: high-resolution time-resolved fluorescence modelling of lung cancer , elucidating the role of cohesin complex in genome remodelling of the human fungal pathogen candida albicans to acquire drug resistance , investigating the parallel pathways of seizure generalization in a mouse model of temporal lobe epilepsy , exploring distributed neural network connections in a rat model of syngap1 haploinsufficiency , identifying translatable biomarkers for syngap1 haploinsufficiency with explainable machine learning , investigating the disease-causing mechanisms of a novel nrros-associated microgliopathy , role of cxcr4 as a mediator to the response to teriparatide , role of nsun2-mediated mrna 5-methylcytidine methylation in colorectal cancer initiation and progression , developing granzyme b activity as a novel biomarker of inflammatory bowel disease , context-dependent gene essentiality in glioblastoma , investigating the impact of eef1a2 missense mutations on protein synthesis in neurodevelopmental disorders , investigating pulmonary fibrosis using a single-cell transcriptomics approach , understanding the reproductive biology of giant pandas: predictive biomarkers for reproductive success , role of double-negative 2 b cells in the pathogenesis of rheumatoid arthritis. , exploring bioorthogonal approaches to activate protacs , proteogenomic platforms establishing personalized and precision neoantigen therapeutics in cancer , epithelial regulation of macrophage function within the pulmonary micro-environment , mass spectrometry imaging of lung in pulmonary arterial hypertension , therapeutic potential of mesenchymal stromal cells for infected fracture non-union , using the head direction system of rats to model neuronal circuit alterations during development in fragile x syndrome .

Health Thesis Statemen

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Navigating the intricate landscape of health topics requires a well-structured thesis statement to anchor your essay. Whether delving into public health policies or examining medical advancements, crafting a compelling health thesis statement is crucial. This guide delves into exemplary health thesis statement examples, providing insights into their composition. Additionally, it offers practical tips on constructing powerful statements that not only capture the essence of your research but also engage readers from the outset.

What is the Health Thesis Statement? – Definition

A health thesis statement is a concise declaration that outlines the main argument or purpose of an essay or research paper thesis statement focused on health-related topics. It serves as a roadmap for the reader, indicating the central idea that the paper will explore, discuss, or analyze within the realm of health, medicine, wellness, or related fields.

What is an Example of a Medical/Health Thesis Statement?

Example: “The implementation of comprehensive public health campaigns is imperative in curbing the escalating rates of obesity and promoting healthier lifestyle choices among children and adolescents.”

In this example, the final thesis statement succinctly highlights the importance of public health initiatives as a means to address a specific health issue (obesity) and advocate for healthier behaviors among a targeted demographic (children and adolescents).

100 Health Thesis Statement Examples

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Discover a comprehensive collection of 100 distinct health thesis statement examples across various healthcare realms. From telemedicine’s impact on accessibility to genetic research’s potential for personalized medicine, delve into obesity, mental health, antibiotic resistance, opioid epidemic solutions, and more. Explore these examples that shed light on pressing health concerns, innovative strategies, and crucial policy considerations. You may also be interested to browse through our other  speech thesis statement .

• Childhood Obesity : “Effective school-based nutrition programs are pivotal in combating childhood obesity, fostering healthy habits, and reducing the risk of long-term health complications.”
• Mental Health Stigma : “Raising awareness through media campaigns and educational initiatives is paramount in eradicating mental health stigma, promoting early intervention, and improving overall well-being.”
• Universal Healthcare : “The implementation of universal healthcare systems positively impacts population health, ensuring access to necessary medical services for all citizens.”
• Elderly Care : “Creating comprehensive elderly care programs that encompass medical, social, and emotional support enhances the quality of life for aging populations.”
• Cancer Research : “Increased funding and collaboration in cancer research expedite advancements in treatment options and improve survival rates for patients.”
• Maternal Health : “Elevating maternal health through accessible prenatal care, education, and support systems reduces maternal mortality rates and improves neonatal outcomes.”
• Vaccination Policies : “Mandatory vaccination policies safeguard public health by curbing preventable diseases and maintaining herd immunity.”
• Epidemic Preparedness : “Developing robust epidemic preparedness plans and international cooperation mechanisms is crucial for timely responses to emerging health threats.”
• Access to Medications : “Ensuring equitable access to essential medications, especially in low-income regions, is pivotal for preventing unnecessary deaths and improving overall health outcomes.”
• Healthy Lifestyle Promotion : “Educational campaigns promoting exercise, balanced nutrition, and stress management play a key role in fostering healthier lifestyles and preventing chronic diseases.”
• Health Disparities : “Addressing health disparities through community-based interventions and equitable healthcare access contributes to a fairer distribution of health resources.”
• Elderly Mental Health : “Prioritizing mental health services for the elderly population reduces depression, anxiety, and cognitive decline, enhancing their overall quality of life.”
• Genetic Counseling : “Accessible genetic counseling services empower individuals to make informed decisions about their health, family planning, and potential genetic risks.”
• Substance Abuse Treatment : “Expanding availability and affordability of substance abuse treatment facilities and programs is pivotal in combating addiction and reducing its societal impact.”
• Patient Empowerment : “Empowering patients through health literacy initiatives fosters informed decision-making, improving treatment adherence and overall health outcomes.”
• Environmental Health : “Implementing stricter environmental regulations reduces exposure to pollutants, protecting public health and mitigating the risk of respiratory illnesses.”
• Digital Health Records : “The widespread adoption of digital health records streamlines patient information management, enhancing communication among healthcare providers and improving patient care.”
• Healthy Aging : “Promoting active lifestyles, social engagement, and cognitive stimulation among the elderly population contributes to healthier aging and reduced age-related health issues.”
• Telehealth Ethics : “Ethical considerations in telehealth services include patient privacy, data security, and maintaining the quality of remote medical consultations.”
• Public Health Campaigns : “Strategically designed public health campaigns raise awareness about prevalent health issues, motivating individuals to adopt healthier behaviors and seek preventive care.”
• Nutrition Education : “Integrating nutrition education into school curricula equips students with essential dietary knowledge, reducing the risk of nutrition-related health problems.”
• Healthcare Infrastructure : “Investments in healthcare infrastructure, including medical facilities and trained personnel, enhance healthcare access and quality, particularly in underserved regions.”
• Mental Health Support in Schools : “Introducing comprehensive mental health support systems in schools nurtures emotional well-being, reduces academic stress, and promotes healthy student development.”
• Antibiotic Stewardship : “Implementing antibiotic stewardship programs in healthcare facilities preserves the effectiveness of antibiotics, curbing the rise of antibiotic-resistant infections.”
• Health Education in Rural Areas : “Expanding health education initiatives in rural communities bridges the information gap, enabling residents to make informed health choices.”
• Global Health Initiatives : “International collaboration on global health initiatives bolsters disease surveillance, preparedness, and response to protect global populations from health threats.”
• Access to Clean Water : “Ensuring access to clean water and sanitation facilities improves public health by preventing waterborne diseases and enhancing overall hygiene.”
• Telemedicine and Mental Health : “Leveraging telemedicine for mental health services increases access to therapy and counseling, particularly for individuals in remote areas.”
• Chronic Disease Management : “Comprehensive chronic disease management programs enhance patients’ quality of life by providing personalized care plans and consistent medical support.”
• Healthcare Workforce Diversity : “Promoting diversity within the healthcare workforce enhances cultural competence, patient-provider communication, and overall healthcare quality.”
• Community Health Centers : “Establishing community health centers in underserved neighborhoods ensures accessible primary care services, reducing health disparities and emergency room utilization.”
• Youth Health Education : “Incorporating comprehensive health education in schools equips young people with knowledge about reproductive health, substance abuse prevention, and mental well-being.”
• Dietary Guidelines : “Implementing evidence-based dietary guidelines and promoting healthy eating habits contribute to reducing obesity rates and preventing chronic diseases.”
• Healthcare Innovation : “Investing in healthcare innovation, such as telemedicine platforms and wearable health technologies, transforms patient care delivery and monitoring.”
• Pandemic Preparedness : “Effective pandemic preparedness plans involve cross-sector coordination, rapid response strategies, and transparent communication to protect global health security.”
• Maternal and Child Nutrition : “Prioritizing maternal and child nutrition through government programs and community initiatives leads to healthier pregnancies and better child development.”
• Health Literacy : “Improving health literacy through accessible health information and education empowers individuals to make informed decisions about their well-being.”
• Medical Research Funding : “Increased funding for medical research accelerates scientific discoveries, leading to breakthroughs in treatments and advancements in healthcare.”
• Reproductive Health Services : “Accessible reproductive health services, including family planning and maternal care, improve women’s health outcomes and support family well-being.”
• Obesity Prevention in Schools : “Introducing physical activity programs and nutritional education in schools prevents childhood obesity, laying the foundation for healthier lifestyles.”
• Global Vaccine Distribution : “Ensuring equitable global vaccine distribution addresses health disparities, protects vulnerable populations, and fosters international cooperation.”
• Healthcare Ethics : “Ethical considerations in healthcare decision-making encompass patient autonomy, informed consent, and equitable resource allocation.”
• Aging-in-Place Initiatives : “Aging-in-place programs that provide home modifications and community support enable elderly individuals to maintain independence and well-being.”
• E-Health Records Privacy : “Balancing the benefits of electronic health records with patients’ privacy concerns necessitates robust data security measures and patient consent protocols.”
• Tobacco Control : “Comprehensive tobacco control measures, including high taxation and anti-smoking campaigns, reduce tobacco consumption and related health risks.”
• Epidemiological Studies : “Conducting rigorous epidemiological studies informs public health policies, identifies risk factors, and guides disease prevention strategies.”
• Organ Transplant Policies : “Ethical organ transplant policies prioritize equitable organ allocation, ensuring fair access to life-saving treatments.”
• Workplace Wellness Programs : “Implementing workplace wellness programs promotes employee health, reduces absenteeism, and enhances productivity.”
• Emergency Medical Services : “Strengthening emergency medical services infrastructure ensures timely responses to medical crises, saving lives and reducing complications.”
• Healthcare Access for Undocumented Immigrants : “Expanding healthcare access for undocumented immigrants improves overall community health and prevents communicable disease outbreaks.”
• Primary Care Shortage Solutions : “Addressing primary care shortages through incentives for healthcare professionals and expanded training programs enhances access to basic medical services.”
• Patient-Centered Care : “Prioritizing patient-centered care emphasizes communication, shared decision-making, and respecting patients’ preferences in medical treatments.”
• Nutrition Labels Impact : “The effectiveness of clear and informative nutrition labels on packaged foods contributes to healthier dietary choices and reduced obesity rates.”
• Stress Management Strategies : “Promoting stress management techniques, such as mindfulness and relaxation, improves mental health and reduces the risk of stress-related illnesses.”
• Access to Reproductive Health Education : “Ensuring access to comprehensive reproductive health education empowers individuals to make informed decisions about their sexual and reproductive well-being.”
• Medical Waste Management : “Effective medical waste management practices protect both public health and the environment by preventing contamination and pollution.”
• Preventive Dental Care : “Prioritizing preventive dental care through community programs and education reduces oral health issues and associated healthcare costs.”
• Pharmaceutical Pricing Reform : “Addressing pharmaceutical pricing reform enhances medication affordability and ensures access to life-saving treatments for all.”
• Community Health Worker Role : “Empowering community health workers to provide education, support, and basic medical services improves healthcare access in underserved areas.”
• Healthcare Technology Adoption : “Adopting innovative healthcare technologies, such as AI-assisted diagnostics, enhances accuracy, efficiency, and patient outcomes in medical practices.”
• Elderly Falls Prevention : “Implementing falls prevention programs for the elderly population reduces injuries, hospitalizations, and healthcare costs, enhancing their overall well-being.”
• Healthcare Data Privacy Laws : “Stricter healthcare data privacy laws protect patients’ sensitive information, maintaining their trust and promoting transparent data management practices.”
• School Health Clinics : “Establishing health clinics in schools provides easy access to medical services for students, promoting early detection and timely treatment of health issues.”
• Healthcare Cultural Competence : “Cultivating cultural competence among healthcare professionals improves patient-provider communication, enhances trust, and reduces healthcare disparities.”
• Health Equity in Clinical Trials : “Ensuring health equity in clinical trials by diverse participant representation enhances the generalizability of research findings to different populations.”
• Digital Mental Health Interventions : “Utilizing digital mental health interventions, such as therapy apps, expands access to mental health services and reduces stigma surrounding seeking help.”
• Aging and Neurodegenerative Diseases : “Exploring the connection between aging and neurodegenerative diseases informs early interventions and treatment strategies to mitigate cognitive decline.”
• Healthcare Waste Reduction : “Implementing sustainable healthcare waste reduction measures decreases environmental impact and contributes to a greener healthcare industry.”
• Medical Ethics in End-of-Life Care : “Ethical considerations in end-of-life care decision-making ensure patient autonomy, quality of life, and respectful treatment choices.”
• Healthcare Interoperability : “Enhancing healthcare data interoperability between different medical systems and providers improves patient care coordination and information sharing.”
• Healthcare Disparities in Indigenous Communities : “Addressing healthcare disparities in Indigenous communities through culturally sensitive care and community engagement improves health outcomes.”
• Music Therapy in Healthcare : “Exploring the role of music therapy in healthcare settings reveals its positive effects on reducing pain, anxiety, and enhancing emotional well-being.”
• Healthcare Waste Management Policies : “Effective healthcare waste management policies regulate the disposal of medical waste, protecting both public health and the environment.”
• Agricultural Practices and Public Health : “Analyzing the impact of agricultural practices on public health highlights the connections between food production, environmental health, and nutrition.”
• Online Health Information Reliability : “Promoting the reliability of online health information through credible sources and fact-checking guides empowers individuals to make informed health decisions.”
• Neonatal Intensive Care : “Advancements in neonatal intensive care technology enhance premature infants’ chances of survival and long-term health.”
• Fitness Technology : “The integration of fitness technology in daily routines motivates individuals to engage in physical activity, promoting better cardiovascular health.”
• Climate Change and Health : “Examining the health effects of climate change emphasizes the need for mitigation strategies to protect communities from heat-related illnesses, vector-borne diseases, and other climate-related health risks.”
• Healthcare Cybersecurity : “Robust cybersecurity measures in healthcare systems safeguard patient data and protect against cyberattacks that can compromise medical records.”
• Healthcare Quality Metrics : “Evaluating healthcare quality through metrics such as patient satisfaction, outcomes, and safety indicators informs continuous improvement efforts in medical facilities.”
• Maternal Health Disparities : “Addressing maternal health disparities among different racial and socioeconomic groups through accessible prenatal care and support reduces maternal mortality rates.”
• Disaster Preparedness : “Effective disaster preparedness plans in healthcare facilities ensure timely responses during emergencies, minimizing casualties and maintaining patient care.”
• Sleep Health : “Promoting sleep health education emphasizes the importance of quality sleep in overall well-being, preventing sleep-related disorders and associated health issues.”
• Healthcare AI Ethics : “Navigating the ethical implications of using artificial intelligence in healthcare, such as diagnosis algorithms, safeguards patient privacy and accuracy.”
• Pediatric Nutrition : “Prioritizing pediatric nutrition education encourages healthy eating habits from a young age, reducing the risk of childhood obesity and related health concerns.”
• Mental Health in First Responders : “Providing mental health support for first responders acknowledges the psychological toll of their work, preventing burnout and trauma-related issues.”
• Healthcare Workforce Burnout : “Addressing healthcare workforce burnout through organizational support, manageable workloads, and mental health resources improves patient care quality.”
• Vaccine Hesitancy : “Effective strategies to address vaccine hesitancy involve transparent communication, education, and addressing concerns to maintain vaccination rates and community immunity.”
• Climate-Resilient Healthcare Facilities : “Designing climate-resilient healthcare facilities prepares medical centers to withstand extreme weather events and ensure continuous patient care.”
• Nutrition in Aging : “Emphasizing balanced nutrition among the elderly population supports healthy aging, preventing malnutrition-related health complications.”
• Medication Adherence Strategies : “Implementing medication adherence strategies, such as reminder systems and simplified regimens, improves treatment outcomes and reduces hospitalizations.”
• Crisis Intervention : “Effective crisis intervention strategies in mental health care prevent escalations, promote de-escalation techniques, and improve patient safety.”
• Healthcare Waste Recycling : “Promoting healthcare waste recycling initiatives reduces landfill waste, conserves resources, and minimizes the environmental impact of medical facilities.”
• Healthcare Financial Accessibility : “Strategies to enhance healthcare financial accessibility, such as sliding scale fees and insurance coverage expansion, ensure equitable care for all.”
• Palliative Care : “Prioritizing palliative care services improves patients’ quality of life by addressing pain management, symptom relief, and emotional support.”
• Healthcare and Artificial Intelligence : “Exploring the integration of artificial intelligence in diagnostics and treatment planning enhances medical accuracy and reduces human error.”
• Personalized Medicine : “Advancements in personalized medicine tailor treatments based on individual genetics and characteristics, leading to more precise and effective healthcare.”
• Patient Advocacy : “Empowering patients through education and advocacy training enables them to navigate the healthcare system and actively participate in their treatment decisions.”
• Healthcare Waste Reduction : “Promoting the reduction of healthcare waste through sustainable practices and responsible disposal methods minimizes environmental and health risks.”
• Complementary and Alternative Medicine : “Examining the efficacy and safety of complementary and alternative medicine approaches provides insights into their potential role in enhancing overall health and well-being.”

Thesis Statement Examples for Physical Health

Discover 10 unique good thesis statement examples that delve into physical health, from the impact of fitness technology on exercise motivation to the importance of nutrition education in preventing chronic illnesses. Explore these examples shedding light on the pivotal role of physical well-being in disease prevention and overall quality of life.

• Fitness Technology’s Influence : “The integration of fitness technology like wearable devices enhances physical health by fostering exercise adherence, tracking progress, and promoting active lifestyles.”
• Nutrition Education’s Role : “Incorporating comprehensive nutrition education in schools equips students with essential dietary knowledge, reducing the risk of nutrition-related health issues.”
• Active Lifestyle Promotion : “Public spaces and urban planning strategies that encourage physical activity contribute to community health and well-being, reducing sedentary behavior.”
• Sports Injuries Prevention : “Strategic implementation of sports injury prevention programs and adequate athlete conditioning minimizes the incidence of sports-related injuries, preserving physical well-being.”
• Physical Health in Workplace : “Prioritizing ergonomic design and promoting workplace physical activity positively impact employees’ physical health, reducing musculoskeletal issues and stress-related ailments.”
• Childhood Obesity Mitigation : “School-based interventions, including physical education and health education, play a pivotal role in mitigating childhood obesity and promoting lifelong physical health.”
• Outdoor Activity and Wellness : “Unstructured outdoor play, especially in natural settings, fosters children’s physical health, cognitive development, and emotional well-being.”
• Senior Nutrition and Mobility : “Tailored nutrition plans and physical activity interventions for seniors support physical health, mobility, and independence during the aging process.”
• Health Benefits of Active Commuting : “Promotion of active commuting modes such as walking and cycling improves cardiovascular health, reduces pollution, and enhances overall well-being.”
• Physical Health’s Longevity Impact : “Sustaining physical health through regular exercise, balanced nutrition, and preventive measures positively influences longevity, ensuring a higher quality of life.”

Thesis Statement Examples for Health Protocols

Explore 10 thesis statement examples that highlight the significance of health protocols, encompassing infection control in medical settings to the ethical guidelines for telemedicine practices. These examples underscore the pivotal role of health protocols in ensuring patient safety, maintaining effective healthcare practices, and preventing the spread of illnesses across various contexts.  You should also take a look at our  thesis statement for report .

• Infection Control and Patient Safety : “Rigorous infection control protocols in healthcare settings are paramount to patient safety, curbing healthcare-associated infections and maintaining quality care standards.”
• Evidence-Based Treatment Guidelines : “Adhering to evidence-based treatment guidelines enhances medical decision-making, improves patient outcomes, and promotes standardized, effective healthcare practices.”
• Ethics in Telemedicine : “Establishing ethical guidelines for telemedicine practices is crucial to ensure patient confidentiality, quality of care, and responsible remote medical consultations.”
• Emergency Response Preparedness : “Effective emergency response protocols in healthcare facilities ensure timely and coordinated actions, optimizing patient care, and minimizing potential harm.”
• Clinical Trial Integrity : “Stringent adherence to health protocols in clinical trials preserves data integrity, ensures participant safety, and upholds ethical principles in medical research.”
• Safety in Daycare Settings : “Implementing robust infection prevention protocols in daycare settings is vital to curb disease transmission, safeguarding the health of children and staff.”
• Privacy and E-Health : “Upholding stringent patient privacy protocols in electronic health records is paramount for data security, fostering trust, and maintaining confidentiality.”
• Hand Hygiene and Infection Prevention : “Promoting proper hand hygiene protocols among healthcare providers significantly reduces infection transmission risks, protecting both patients and medical personnel.”
• Food Safety in Restaurants : “Strict adherence to comprehensive food safety protocols within the restaurant industry is essential to prevent foodborne illnesses and ensure public health.”
• Pandemic Preparedness and Response : “Developing robust pandemic preparedness protocols, encompassing risk assessment and response strategies, is essential to effectively manage disease outbreaks and protect public health.”

Thesis Statement Examples on Health Benefits

Uncover 10 illuminating thesis statement examples exploring the diverse spectrum of health benefits, from the positive impact of green spaces on mental well-being to the advantages of mindfulness practices in stress reduction. Delve into these examples that underscore the profound influence of health-promoting activities on overall physical, mental, and emotional well-being.

• Nature’s Impact on Mental Health : “The presence of green spaces in urban environments positively influences mental health by reducing stress, enhancing mood, and fostering relaxation.”
• Mindfulness for Stress Reduction : “Incorporating mindfulness practices into daily routines promotes mental clarity, reduces stress, and improves overall emotional well-being.”
• Social Interaction’s Role : “Engaging in regular social interactions and fostering strong social connections contributes to mental well-being, combating feelings of loneliness and isolation.”
• Physical Activity’s Cognitive Benefits : “Participation in regular physical activity enhances cognitive function, memory retention, and overall brain health, promoting lifelong mental well-being.”
• Positive Effects of Laughter : “Laughter’s physiological and psychological benefits, including stress reduction and improved mood, have a direct impact on overall mental well-being.”
• Nutrition’s Impact on Mood : “Balanced nutrition and consumption of mood-enhancing nutrients play a pivotal role in regulating mood and promoting positive mental health.”
• Creative Expression and Emotional Well-Being : “Engaging in creative activities, such as art and music, provides an outlet for emotional expression and fosters psychological well-being.”
• Cultural Engagement’s Influence : “Participating in cultural and artistic activities enriches emotional well-being, promoting a sense of identity, belonging, and purpose.”
• Volunteering and Mental Health : “Volunteering contributes to improved mental well-being by fostering a sense of purpose, social connection, and positive self-esteem.”
• Emotional Benefits of Pet Ownership : “The companionship of pets provides emotional support, reduces stress, and positively impacts overall mental well-being.”

Thesis Statement Examples on Mental Health

Explore 10 thought-provoking thesis statement examples delving into various facets of mental health, from addressing stigma surrounding mental illnesses to advocating for increased mental health support in schools. These examples shed light on the importance of understanding, promoting, and prioritizing mental health to achieve holistic well-being.

• Stigma Reduction for Mental Health : “Challenging societal stigma surrounding mental health encourages open dialogue, fostering acceptance, and creating a supportive environment for individuals seeking help.”
• Mental Health Education in Schools : “Incorporating comprehensive mental health education in school curricula equips students with emotional coping skills, destigmatizes mental health discussions, and supports overall well-being.”
• Mental Health Awareness Campaigns : “Strategically designed mental health awareness campaigns raise public consciousness, reduce stigma, and promote early intervention and access to support.”
• Workplace Mental Health Initiatives : “Implementing workplace mental health programs, including stress management and emotional support, enhances employee well-being and job satisfaction.”
• Digital Mental Health Interventions : “Leveraging digital platforms for mental health interventions, such as therapy apps and online support groups, increases accessibility and reduces barriers to seeking help.”
• Impact of Social Media on Mental Health : “Examining the influence of social media on mental health highlights both positive and negative effects, guiding responsible usage and promoting well-being.”
• Mental Health Disparities : “Addressing mental health disparities among different demographics through culturally sensitive care and accessible services is crucial for equitable well-being.”
• Trauma-Informed Care : “Adopting trauma-informed care approaches in mental health settings acknowledges the impact of past trauma, ensuring respectful and effective treatment.”
• Positive Psychology Interventions : “Incorporating positive psychology interventions, such as gratitude practices and resilience training, enhances mental well-being and emotional resilience.”
• Mental Health Support for First Responders : “Recognizing the unique mental health challenges faced by first responders and providing tailored support services is essential for maintaining their well-being.”

Thesis Statement Examples on Covid-19

Explore 10 illuminating thesis statement examples focusing on various aspects of the Covid-19 pandemic, from the impact on mental health to the role of public health measures. Delve into these examples that highlight the interdisciplinary nature of addressing the pandemic’s challenges and implications on global health.

• Mental Health Crisis Amid Covid-19 : “The Covid-19 pandemic’s psychological toll underscores the urgency of implementing mental health support services and destigmatizing seeking help.”
• Role of Public Health Measures : “Analyzing the effectiveness of public health measures, including lockdowns and vaccination campaigns, in curbing the spread of Covid-19 highlights their pivotal role in pandemic control.”
• Equitable Access to Vaccines : “Ensuring equitable access to Covid-19 vaccines globally is vital to achieving widespread immunity, preventing new variants, and ending the pandemic.”
• Online Education’s Impact : “Exploring the challenges and opportunities of online education during the Covid-19 pandemic provides insights into its effects on students’ academic progress and mental well-being.”
• Economic Implications and Mental Health : “Investigating the economic consequences of the Covid-19 pandemic on mental health highlights the need for comprehensive social support systems and mental health resources.”
• Crisis Communication Strategies : “Evaluating effective crisis communication strategies during the Covid-19 pandemic underscores the importance of transparent information dissemination, fostering public trust.”
• Long-Term Health Effects : “Understanding the potential long-term health effects of Covid-19 on recovered individuals guides healthcare planning and underscores the importance of ongoing monitoring.”
• Digital Health Solutions : “Leveraging digital health solutions, such as telemedicine and contact tracing apps, plays a pivotal role in tracking and managing Covid-19 transmission.”
• Resilience Amid Adversity : “Exploring individual and community resilience strategies during the Covid-19 pandemic sheds light on coping mechanisms and adaptive behaviors in times of crisis.”
• Global Cooperation in Pandemic Response : “Assessing global cooperation and collaboration in pandemic response highlights the significance of international solidarity and coordination in managing global health crises.”

Nursing Thesis Statement Examples

Explore 10 insightful thesis statement examples that delve into the dynamic realm of nursing, from advocating for improved nurse-patient communication to addressing challenges in healthcare staffing. These examples emphasize the critical role of nursing professionals in patient care, healthcare systems, and the continuous pursuit of excellence in the field.

• Nurse-Patient Communication Enhancement : “Elevating nurse-patient communication through effective communication training programs improves patient satisfaction, treatment adherence, and overall healthcare outcomes.”
• Nursing Leadership Impact : “Empowering nursing leadership in healthcare institutions fosters improved patient care, interdisciplinary collaboration, and the cultivation of a positive work environment.”
• Challenges in Nursing Shortages : “Addressing nursing shortages through recruitment strategies, retention programs, and educational support enhances patient safety and healthcare system stability.”
• Evidence-Based Nursing Practices : “Promoting evidence-based nursing practices enhances patient care quality, ensuring that interventions are rooted in current research and best practices.”
• Nursing Role in Preventive Care : “Harnessing the nursing profession’s expertise in preventive care and patient education reduces disease burden and healthcare costs, emphasizing a proactive approach.”
• Nursing Advocacy and Patient Rights : “Nurse advocacy for patients’ rights and informed decision-making ensures ethical treatment, patient autonomy, and respectful healthcare experiences.”
• Nursing Ethics and Dilemmas : “Navigating ethical dilemmas in nursing, such as end-of-life care decisions, highlights the importance of ethical frameworks and interdisciplinary collaboration.”
• Telehealth Nursing Adaptation : “Adapting nursing practices to telehealth platforms requires specialized training and protocols to ensure safe, effective, and patient-centered remote care.”
• Nurse Educators’ Impact : “Nurse educators play a pivotal role in shaping the future of nursing by providing comprehensive education, fostering critical thinking, and promoting continuous learning.”
• Mental Health Nursing Expertise : “The specialized skills of mental health nurses in assessment, intervention, and patient support contribute significantly to addressing the growing mental health crisis.”

Thesis Statement Examples for Health and Wellness

Delve into 10 thesis statement examples that explore the interconnectedness of health and wellness, ranging from the integration of holistic well-being practices in healthcare to the significance of self-care in preventing burnout. These examples highlight the importance of fostering balance and proactive health measures for individuals and communities.

• Holistic Health Integration : “Incorporating holistic health practices, such as mindfulness and nutrition, within conventional healthcare models supports comprehensive well-being and disease prevention.”
• Self-Care’s Impact on Burnout : “Prioritizing self-care among healthcare professionals reduces burnout, enhances job satisfaction, and ensures high-quality patient care delivery.”
• Community Wellness Initiatives : “Community wellness programs that address physical, mental, and social well-being contribute to healthier populations and reduced healthcare burdens.”
• Wellness in Aging Populations : “Tailored wellness programs for the elderly population encompass physical activity, cognitive stimulation, and social engagement, promoting healthier aging.”
• Corporate Wellness Benefits : “Implementing corporate wellness programs enhances employee health, morale, and productivity, translating into lower healthcare costs and higher job satisfaction.”
• Nutrition’s Role in Wellness : “Prioritizing balanced nutrition through education and accessible food options plays a pivotal role in overall wellness and chronic disease prevention.”
• Mental and Emotional Well-Being : “Fostering mental and emotional well-being through therapy, support networks, and stress management positively impacts overall health and life satisfaction.”
• Wellness Tourism’s Rise : “Exploring the growth of wellness tourism underscores the demand for travel experiences that prioritize rejuvenation, relaxation, and holistic well-being.”
• Digital Health for Wellness : “Leveraging digital health platforms for wellness, such as wellness apps and wearable devices, empowers individuals to monitor and enhance their well-being.”
• Equitable Access to Wellness : “Promoting equitable access to wellness resources and facilities ensures that all individuals, regardless of socioeconomic status, can prioritize their health and well-being.”

What is a good thesis statement about mental health?

A thesis statement about mental health is a concise and clear declaration that encapsulates the main point or argument you’re making in your essay or research paper related to mental health. It serves as a roadmap for your readers, guiding them through the content and focus of your work. Crafting a strong thesis statement about mental health involves careful consideration of the topic and a clear understanding of the points you’ll discuss. Here’s how you can create a good thesis statement about mental health:

• Choose a Specific Focus : Mental health is a broad topic. Determine the specific aspect of mental health you want to explore, whether it’s the impact of stigma, the importance of access to treatment, the role of mental health in overall well-being, or another angle.
• Make a Debatable Assertion : A thesis statement should present an argument or perspective that can be debated or discussed. Avoid statements that are overly broad or universally accepted.
• Be Clear and Concise : Keep your thesis statement concise while conveying your main idea. It’s usually a single sentence that provides insight into the content of your paper.
• Provide Direction : Your thesis statement should indicate the direction your paper will take. It’s like a roadmap that tells your readers what to expect.
• Make it Strong : Strong thesis statements are specific, assertive, and supported by evidence. Don’t shy away from taking a clear stance on the topic.
• Revise and Refine : As you draft your paper, your understanding of the topic might evolve. Your thesis statement may need revision to accurately reflect your arguments.

How do you write a Health Thesis Statement? – Step by Step Guide

Crafting a strong health thesis statement requires a systematic approach. Follow these steps to create an effective health thesis statement:

• Choose a Health Topic : Select a specific health-related topic that interests you and aligns with your assignment or research objective.
• Narrow Down the Focus : Refine the topic to a specific aspect. Avoid overly broad statements; instead, zoom in on a particular issue.
• Identify Your Stance : Determine your perspective on the topic. Are you advocating for a particular solution, analyzing causes and effects, or comparing different viewpoints?
• Formulate a Debatable Assertion : Develop a clear and arguable statement that captures the essence of your position on the topic.
• Consider Counterarguments : Anticipate counterarguments and incorporate them into your thesis statement. This adds depth and acknowledges opposing views.
• Be Concise and Specific : Keep your thesis statement succinct while conveying the main point. Avoid vague language or generalities.
• Test for Clarity : Share your thesis statement with someone else to ensure it’s clear and understandable to an audience unfamiliar with the topic.
• Refine and Revise : Your thesis statement is not set in stone. As you research and write, you might find it necessary to revise and refine it to accurately reflect your evolving arguments.

Tips for Writing a Thesis Statement on Health Topics

Writing a thesis statement on health topics requires precision and careful consideration. Here are some tips to help you craft an effective thesis statement:

• Be Specific : Address a specific aspect of health rather than a broad topic. This allows for a more focused and insightful thesis statement.
• Take a Stance : Your thesis statement should present a clear perspective or argument. Avoid vague statements that don’t express a stance.
• Avoid Absolute Statements : Be cautious of using words like “always” or “never.” Instead, use language that acknowledges complexity and nuance.
• Incorporate Keywords : Include keywords that indicate the subject of your research, such as “nutrition,” “mental health,” “public health,” or other relevant terms.
• Preview Supporting Points : Your thesis statement can preview the main points or arguments you’ll discuss in your paper, providing readers with a roadmap.
• Revise as Necessary : Your thesis statement may evolve as you research and write. Don’t hesitate to revise it to accurately reflect your findings.
• Stay Focused : Ensure that your thesis statement remains directly relevant to your topic throughout your writing.

Remember that your thesis statement is the foundation of your paper. It guides your research and writing process, helping you stay on track and deliver a coherent argument.

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Master's Theses and Capstones

Incorporating educational interventions to improve nursing adoption of electronic medical record technology: a quality improvement project.

Andrew Oratovsky , University of New Hampshire, Durham Follow

Date of Award

Summer 2024

Project Type

College or school, program or major.

Direct Entry Masters in Nursing (DEMN)

Degree Name

Master of Science

First Advisor

Pamela Kallmerten, PhD, DNP, RN, CNL

Second Advisor

Katherine R. Willetts, DNP, RN

Background : Use of Electronic Medical Records (EMRs) has become the standard for medical information management and exchange amongst acute care hospitals in the United States. The Epic® electronic medical record has been identified as a popular EMR software for adoption by many healthcare organizations. Associated with the adoption of this technology is a large investment in training medical professionals on its specific processes.

Local Problem : In the outpatient, primary care setting of a hospital in New England, the adoption of Epic® has come with much fear and resistance regarding the ability of nursing staff to efficiently learn and accept the new technology. This was confirmed through the analysis of an anonymous pre-intervention survey by nursing staff, majority of whom were over the age of 50. The pre-intervention survey showed that the perceived ease of learning Epic® was lowest with a mean of 2.92 (SD 1.15, Range 1-5). The highest mean of 3.76 (SD 1.05, Range 1-5) was noted for the perceived usefulness of Epic®.

Methods : A survey was administered in May 2024 which analyzed nursing perceptions of the Epic® electronic medical record. The survey contained 6 sections: (1) participant demographics, (2) perceived usefulness of Epic®, (3) perceived usability of Epic®, (4) perceived ease of learning Epic®, (5) individual satisfaction with Epic® , (6) free text asking users to solicit the most positive aspects and negative aspects of the EMR, and which aspects of the technology they would like to receive additional training on. Sections 2-5, derived from a standardized questionnaire known as the USE questionnaire (Lund, 2001) were analyzed for mean scoring across all participants. Interventions were made based on responses from the free text responses. The survey was re-administered in July 2024 to compare mean scoring and identify if perceptions of the EMR had improved based on the educational interventions provided.

Interventions : Requests solicited from the free text responses in the pre-intervention survey were analyzed to identify themes and patterns, which would then be used for development of electronic video tutorials created by the project lead. Each tutorial provided a live demonstration of the respective process being executed in the EMR. Videos were then uploaded to a shared digital space where all participants could access for viewing.

Results : Post-intervention survey results measured staff acceptance of the technology across four domains: (1) perceived usefulness, (2), perceived usability, (3) perceived ease of learning, (4) satisfaction with the EMR. Analysis showed a 7.28% increase in staff perceptions towards ease of learning, with a change of aggregate mean from 2.92 to 3.15. All other domains showed a decrease in perceived usefulness, usability, and satisfaction with Epic®, when comparing pre- and post-intervention analysis.

Conclusion : The educational interventions showed an improvement in how nursing staff perceived the software from an ease of learning standpoint, emphasizing its potential to improve perceptions across other domains. To sustain and preserve these teachings, future efforts should be made by leadership to incorporate e-learning in the training of nurses on Epic® and other applicable technology.

Keywords : Epic®, Electronic Medical Records, e-learning, Primary Care, USE questionnaire, Technological Education

Recommended Citation

Oratovsky, Andrew, "Incorporating Educational Interventions to Improve Nursing Adoption of Electronic Medical Record Technology: A Quality Improvement Project" (2024). Master's Theses and Capstones . 1815. https://scholars.unh.edu/thesis/1815

Since August 12, 2024

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