>
>
>
How to Publish Medical Research as a High School Student
How to Publish Medical Research as a High School Student
How to Publish Medical Research as a High School Student | RISE Research
How to Publish Medical Research as a High School Student | RISE Research
Shana Saiesh
Shana Saiesh
Most students assume medical research requires a university lab, a faculty position, and years of training. That is not entirely true. You can produce and publish meaningful medical research in high school. It takes a clear question, the right databases, and a lot of reading before you write a single word of your own.
Here is how it actually works.
You Do Not Need a Lab
While wet lab work with cells and clinical samples usually requires institutional access that high schoolers lack, it’s only a small part of the research world.
You don't need a physical lab to produce publishable work. Literature reviews synthesize existing evidence on a specific topic, while systematic reviews do the same through a rigorous, documented search process. Bioinformatics projects are another great path, using computational tools to analyze public genomic data.
If you happen to have lab access through a school or summer program, hands-on experiments are a great option but not having one isn't a dealbreaker.
Start With PubMed
Before writing anything, you need to know what already exists on your topic. PubMed at pubmed.ncbi.nlm.nih.gov contains over 40 million citations for biomedical literature and is free to search. Most citations link to PubMed Central, where you can read full papers at no cost.
Search specifically rather than broadly. "Metformin type 2 diabetes adolescents" returns more useful results than "diabetes treatment." Use AND to narrow results, OR to expand them. MeSH terms, the standardized vocabulary used to index PubMed articles, often surface papers that keyword searches miss.
Spend real time here before settling on a question. The gap your research addresses needs to exist in the literature, not just in your understanding of it.
Choosing a Question
The most common mistake is going too broad. "What causes cancer?" is not a research question. "Is there an association between sleep duration and inflammatory markers in adolescents?" is.
A workable question is specific, connected to existing literature, not yet definitively answered, and genuinely interesting to you. For students without lab access, questions suited to literature reviews tend to work best. What does current evidence say about X in population Y? How do two approaches compare across existing studies? What mechanisms link A to B?
How to Write a Literature Review
A literature review is not a summary of what you read. It is a structured argument built from published evidence.
Search PubMed using your terms, record your search strategy as you go, and set inclusion and exclusion criteria before you start reading: only studies after a certain year, only human subjects, only English-language papers. Apply these consistently. Read each paper for methodology, sample size, key findings, and limitations. Note where studies agree, where they conflict, where the evidence is thin. Your job is to synthesize what the evidence collectively shows, not list what each paper found.
Writing your first ever literature review can be tricky, so here’s our beginner’s guide to writing a literature review.
Bioinformatics: A Genuine Alternative to Wet Lab Work
If you have some programming background, bioinformatics opens up a wide range of original research questions using public data.
The Gene Expression Omnibus hosts thousands of genomic datasets deposited by researchers worldwide. The Cancer Genome Atlas provides multi-omics data across dozens of cancer types. A project analyzing differential gene expression between two conditions, identifying potential biomarkers, and comparing findings against published literature is legitimate original research. Python and R are the primary tools. Bioconductor has accessible tutorials for students without formal training.
Where to Submit
Not every journal accepts high school submissions. These ones do.
Journal of Emerging Investigators publishes original hypothesis-driven research in biology and physical sciences by middle and high school students. Literature reviews are not accepted. The review process takes 7 to 8 months. Submission fee is $35 with need-based waivers.
Journal of Student Research accepts original research and literature reviews across STEM and social sciences. Rolling submissions, accessible for students without lab access.
National High School Journal of Science is free to submit, student-run, with a professional scientific advisory board. Faster turnaround than most options.
STEM Fellowship Journal accepts original research, review articles, and viewpoints. Review takes 8 months to a year. Submission fee is $400.
Cureus is indexed in PubMed Central and does not charge publication fees if certain criteria are met. Primarily for graduate students and physicians, but students with a physician or faculty co-author can submit.
Paper Structure
Whatever type of research you pursue, the structure is standard. Introduction establishes why your question matters and states your hypothesis. Methods describes exactly what you did. Results report findings without interpretation. Discussion explains what they mean, connects them to existing literature, and acknowledges limitations. References cite everything used.
For literature reviews, methods describe your search strategy and inclusion criteria. Results summarizes what the literature shows. Discussion interprets what the collective evidence means and where the gaps remain.
The Mentor Question
Students interested in gaining early exposure to academic research can explore research opportunities for high school students that provide structured mentorship and independent projects. In this program, participants work with PhD mentors to develop a research question, conduct analysis, and turn their work into a formal paper or presentation. The experience introduces students to the process of academic research while helping them build skills in writing, analysis, and critical thinking.
Pre-med summer programs at institutions like Johns Hopkins, Columbia, and Duke also offer mentored research experiences that can produce publishable work.
FAQs/ PAA
Q: How do I access paywalled papers?
A: PubMed Central covers a large portion of biomedical literature for free. For papers not on PMC, email the corresponding author directly. Most researchers will share their work if asked.
Q: How long does publication take?
A: JEI takes 7 to 8 months. NHSJS is faster. STEM Fellowship can take close to a year. If you are applying to college in the fall, submitting the previous fall or winter is realistic for having a decision before applications go out.
Q: Can I submit a literature review?
A: JEI does not accept them. JSR, NHSJS, and STEM Fellowship Journal all do.
Author: Written by Shana Saiesh
Shana Saiesh is a sophomore at Ashoka University pursuing a BA (Hons.) in English with minors in International Relations and Psychology. She works with education-focused initiatives and mentorship-driven programs, contributing to operations, research and editorial work. Alongside her academics, she is involved in student-facing reports that combine research, strategy, and communication.
Most students assume medical research requires a university lab, a faculty position, and years of training. That is not entirely true. You can produce and publish meaningful medical research in high school. It takes a clear question, the right databases, and a lot of reading before you write a single word of your own.
Here is how it actually works.
You Do Not Need a Lab
While wet lab work with cells and clinical samples usually requires institutional access that high schoolers lack, it’s only a small part of the research world.
You don't need a physical lab to produce publishable work. Literature reviews synthesize existing evidence on a specific topic, while systematic reviews do the same through a rigorous, documented search process. Bioinformatics projects are another great path, using computational tools to analyze public genomic data.
If you happen to have lab access through a school or summer program, hands-on experiments are a great option but not having one isn't a dealbreaker.
Start With PubMed
Before writing anything, you need to know what already exists on your topic. PubMed at pubmed.ncbi.nlm.nih.gov contains over 40 million citations for biomedical literature and is free to search. Most citations link to PubMed Central, where you can read full papers at no cost.
Search specifically rather than broadly. "Metformin type 2 diabetes adolescents" returns more useful results than "diabetes treatment." Use AND to narrow results, OR to expand them. MeSH terms, the standardized vocabulary used to index PubMed articles, often surface papers that keyword searches miss.
Spend real time here before settling on a question. The gap your research addresses needs to exist in the literature, not just in your understanding of it.
Choosing a Question
The most common mistake is going too broad. "What causes cancer?" is not a research question. "Is there an association between sleep duration and inflammatory markers in adolescents?" is.
A workable question is specific, connected to existing literature, not yet definitively answered, and genuinely interesting to you. For students without lab access, questions suited to literature reviews tend to work best. What does current evidence say about X in population Y? How do two approaches compare across existing studies? What mechanisms link A to B?
How to Write a Literature Review
A literature review is not a summary of what you read. It is a structured argument built from published evidence.
Search PubMed using your terms, record your search strategy as you go, and set inclusion and exclusion criteria before you start reading: only studies after a certain year, only human subjects, only English-language papers. Apply these consistently. Read each paper for methodology, sample size, key findings, and limitations. Note where studies agree, where they conflict, where the evidence is thin. Your job is to synthesize what the evidence collectively shows, not list what each paper found.
Writing your first ever literature review can be tricky, so here’s our beginner’s guide to writing a literature review.
Bioinformatics: A Genuine Alternative to Wet Lab Work
If you have some programming background, bioinformatics opens up a wide range of original research questions using public data.
The Gene Expression Omnibus hosts thousands of genomic datasets deposited by researchers worldwide. The Cancer Genome Atlas provides multi-omics data across dozens of cancer types. A project analyzing differential gene expression between two conditions, identifying potential biomarkers, and comparing findings against published literature is legitimate original research. Python and R are the primary tools. Bioconductor has accessible tutorials for students without formal training.
Where to Submit
Not every journal accepts high school submissions. These ones do.
Journal of Emerging Investigators publishes original hypothesis-driven research in biology and physical sciences by middle and high school students. Literature reviews are not accepted. The review process takes 7 to 8 months. Submission fee is $35 with need-based waivers.
Journal of Student Research accepts original research and literature reviews across STEM and social sciences. Rolling submissions, accessible for students without lab access.
National High School Journal of Science is free to submit, student-run, with a professional scientific advisory board. Faster turnaround than most options.
STEM Fellowship Journal accepts original research, review articles, and viewpoints. Review takes 8 months to a year. Submission fee is $400.
Cureus is indexed in PubMed Central and does not charge publication fees if certain criteria are met. Primarily for graduate students and physicians, but students with a physician or faculty co-author can submit.
Paper Structure
Whatever type of research you pursue, the structure is standard. Introduction establishes why your question matters and states your hypothesis. Methods describes exactly what you did. Results report findings without interpretation. Discussion explains what they mean, connects them to existing literature, and acknowledges limitations. References cite everything used.
For literature reviews, methods describe your search strategy and inclusion criteria. Results summarizes what the literature shows. Discussion interprets what the collective evidence means and where the gaps remain.
The Mentor Question
Students interested in gaining early exposure to academic research can explore research opportunities for high school students that provide structured mentorship and independent projects. In this program, participants work with PhD mentors to develop a research question, conduct analysis, and turn their work into a formal paper or presentation. The experience introduces students to the process of academic research while helping them build skills in writing, analysis, and critical thinking.
Pre-med summer programs at institutions like Johns Hopkins, Columbia, and Duke also offer mentored research experiences that can produce publishable work.
FAQs/ PAA
Q: How do I access paywalled papers?
A: PubMed Central covers a large portion of biomedical literature for free. For papers not on PMC, email the corresponding author directly. Most researchers will share their work if asked.
Q: How long does publication take?
A: JEI takes 7 to 8 months. NHSJS is faster. STEM Fellowship can take close to a year. If you are applying to college in the fall, submitting the previous fall or winter is realistic for having a decision before applications go out.
Q: Can I submit a literature review?
A: JEI does not accept them. JSR, NHSJS, and STEM Fellowship Journal all do.
Author: Written by Shana Saiesh
Shana Saiesh is a sophomore at Ashoka University pursuing a BA (Hons.) in English with minors in International Relations and Psychology. She works with education-focused initiatives and mentorship-driven programs, contributing to operations, research and editorial work. Alongside her academics, she is involved in student-facing reports that combine research, strategy, and communication.
Read More
