How to publish a research paper as a medical student

Can a medical student really publish?

Yes, and plenty do, from first year onward, whether you're doing an MBBS, an MBChB or an MD. Nothing in the rules keeps authorship for residents or faculty. So what actually stops most students? Usually one of three things:

• No mentor
• No idea where to start
• Fear of wasting months

No mentor: Faculty are stretched thin, and research culture changes a lot from one medical school to the next. A lot of us got into research hoping someone would hold our hand and walk us through it. That rarely happens, and waiting for it costs you time you could be using.

No idea where to start: Which topic? Which kind of study? What comes first? Without the basics, every one of these questions feels like a guess.

Fear of wasting months on a project that stalls, gets rejected, or lands in a journal that doesn't count. It's a fair fear, and the rest of this guide is about making sure it doesn't happen to you. It's written for medical students and international medical graduates (IMGs) anywhere, especially if you're building a research CV for the US Match, with notes where your country's rules differ.

Before you start: skills before projects

Before your first project, there are two things we'd tell you, because we learned both the hard way:

• Learn the language of research first
• Use volume to build skill, not to pad your CV

Learn the language of research first: If we could go back to first year, this is the first thing we'd do, because it's the highest-value thing you can learn. Think of it like being dropped into a huge forest: before you can find your way out, you need a map. The fundamentals of research (study designs, bias, how evidence is ranked, how to search and read the literature) are that map. You're already learning the fundamentals of medicine in anatomy, biochemistry and physiology, so pair them with the fundamentals of research, and by second year you'll already know how research works. If you're more ambitious than we were, start your first review in first year itself. Searching and reading the literature properly are meta-skills medical school rarely teaches. One of us learned to build search strings from a world-class librarian and only realised years later how much that was worth.

Use volume to build skill, not to pad your CV: There's a well-known story about a pottery class. The teacher split the class in two: one half had to make a single perfect pot, the other half had to make as many pots as they could. Six weeks later, the best pots came from the half that made the most. So yes, volume matters. The real question is what you're using it for. Reps to build skill are great. Shallow projects to pad a CV catch up with you. Our most meaningful, clinically important papers came from deep projects, started only once the skills, the mentors and the network were in place. One deep project beats five shallow ones, for sure.

First, know what "counts"

What counts depends on where you're headed, so here's how it breaks down:

• If you're applying for the US Match
• If you're applying for specialty training elsewhere
• What that means for your first project

If you're applying for the US Match: research is one of the few parts of an IMG application you can still build after your exams. ERAS lists it under "Scholarly Work", and NRMP's yearly Charting Outcomes reports show how many research experiences and outputs matched applicants in each specialty listed. Program directors ask about your research at interview too, so it has to be work you actually did.

If you're applying for specialty training elsewhere (the UK, Australia and more): many applications score publications and presentations, and indexed, first-author work scores best.

What that means for your first project: wherever you are, a systematic review or an original study is worth far more than a case report, an indexed journal is worth far more than an unindexed one, and being first or second author is worth more than being name number nine.

Step 1: Choose the right first project

This is the decision that decides your first paper, so match the project to what you actually have access to:

Swipe the table sideways to see every column →

For most students, the systematic review is the best first project. It needs no patients, no lab and usually no ethics approval, you can do it from any country with a laptop and database access, and it teaches you how evidence is actually built, which makes every study you do afterwards better. It's also the method we teach at Tau Square.

Step 2: Get supervision, one way or another

You can't learn research safely alone, because you can't see your own mistakes. The people who guide you are the activation energy: every time one of us doubted ourselves, it was a mentor who got us through that first step, and peer mentors count too. There are four ways to get that guidance:

• A faculty member at your own medical school
• A funded student research scheme
• A research position or fellowship abroad
• A structured program

A faculty member at your own medical school: Go to them with a specific, narrow idea and an offer to do the legwork. Busy faculty say yes to students who make their job easy. If you can get this, it's the best option.

A funded student research scheme: Many countries and medical schools fund short student projects with a faculty supervisor, sometimes with a stipend. Ask your research office.

A research position or fellowship abroad: A common route for IMGs heading to the US, though it usually means relocating for months.

A structured program that teaches the method and checks your work at each stage, from anywhere. We compare the options, free and paid, in our guide to the best research courses for medical students.

Step 3: Turn a topic into a research question

A publishable question is narrow, answerable, and not already answered last year. Use PICO:

• Population: who exactly? ("adults with type 2 diabetes on metformin")
• Intervention or exposure: what are you studying?
• Comparison: compared with what?
• Outcome: measured how, and when?

Then search PubMed and PROSPERO for your exact question. If a good review came out in the last two or three years, change your angle (a different population, outcome or newer trials) rather than repeating it. And pick a question you genuinely care about. Projects you're personally interested in get finished on time, sometimes early; the ones you don't care about drag. If you're aiming at a specialty for the Match, choose a question in that specialty, so you have something real to talk about at interview.

Step 4: Register the protocol, or get ethics approval

For a systematic review: write a short protocol and register it on PROSPERO, which is free and open to researchers from any country. PROSPERO only accepts registrations before data extraction starts, and it doesn't take scoping reviews. Because a review uses published data rather than patients, most institutions don't require ethics approval, but check yours.

For an original study on patients or their records: you need approval from your ethics committee or IRB before you collect any data. Build in time for it, because committees meet on fixed dates.

Step 5: Do the work in the right order

For a systematic review, do the work in this order:

1. Search
2. Screen
3. Extract
4. Assess risk of bias
5. Analyse

Search at least two databases (PubMed plus Embase or Scopus, for example) with a search string you write down, so anyone can repeat it.

Screen titles and abstracts, then full texts, ideally with two people working independently. Expect most results to drop out: in one study of registered reviews, only about 3% of the records retrieved ended up included (Borah et al., 2017).

Extract the data into a sheet you planned before you started.

Assess risk of bias with a recognised tool for each study design.

Analyse: pool the results in a meta-analysis only if the studies are similar enough to combine; otherwise, bring them together in a narrative synthesis. And write as you go: your methods section is mostly written the day you finish your protocol.

For every step in detail, with the hours each one takes, see our guide to doing a systematic review as a medical student.

Step 6: Write it with the right reporting guideline

Journals expect you to follow the reporting guideline for your study type, and reviewers do check:

• Systematic reviews: PRISMA 2020, a 27-item checklist plus a flow diagram.
• Observational studies: STROBE.
• Case reports: CARE.
• Randomised trials: CONSORT.

Send the completed checklist with your manuscript. It's one of the simplest ways to look professional to an editor.

Step 7: Get the team and the authorship right

Early on, a mentor told one of us something that stuck: you could do 99% of a project yourself, and it still wouldn't be a whole project. You need others to make it 100%. A good team gives you more capacity to plan ahead, and every person brings skills you don't have. But when our own projects got stuck, it was almost always one of these five things going wrong, so get them right from day one:

• Someone has to lead
• Split the tasks clearly
• Agree authorship before the work starts
• Pick co-authors who bring something real
• Respect, accountability, no blame

Someone has to lead: Leadership in medicine often works like a chain of command, and in a hospital that's fine, because everyone shares one priority: the patient. Research is different. Nobody knows the problems, the solutions or even the team you'll need at the start, and a top-down "I decide everything" style fails there. Have one clear lead who guides the project, not a dictator.

Split the tasks clearly: Without a clear lead, nobody hands out the work. Everyone assumes somebody else will do it, and nobody does.

Agree authorship before the work starts: If there are no criteria in place, the fights start once the work is done, and they burn bridges and sink the project with them. The ICMJE criteria say every author has to meet all four of these:

1. a substantial contribution to the idea or design, or to collecting, analysing or interpreting the data;
2. drafting the work or revising it critically;
3. approving the final version;
4. agreeing to be accountable for the work.

Funding, general supervision or language editing alone don't qualify; those people go in the acknowledgements. Agree the author order early, in writing, before anyone has done much work.

Pick co-authors who bring something real: A good co-author usually brings at least one thing you don't have: time, a skill, access (to data, equipment or mentors) or money. If the project needs access nobody has, it simply stops. And watch for skewed partnerships. Stephen Covey describes three stages that fit research perfectly: dependent (still learning the skills), independent (able to do every part of the method yourself) and interdependent (two independent people working together). Interdependence means two independent researchers, not one independent researcher carrying a dependent one, and not two dependent researchers hoping it works out.

Respect, accountability, no blame: The teams that worked for us had respect for each other and for each other's time, clear and open intentions, accountability for what each person signed up for, and no blame culture when something went wrong.

Step 8: Choose a journal that won't hurt you

Before you submit anywhere, check these five things:

• Check indexing properly
• Run the Think.Check.Submit checklist
• Know the fees
• Match the scope
• Know your country's rules

Check indexing properly: An article showing up in PubMed doesn't mean the journal is indexed in MEDLINE. Search the NLM Catalog and look for "currently indexed" (NLM FAQ), or check Scopus or DOAJ.

Run the Think.Check.Submit checklist: Be wary of guaranteed acceptance, review promised in days, hidden fees, or a publisher you can't identify.

Know the fees: Open-access fees (APCs) in top medical journals have a median of roughly $2,900, and some run far higher (Tocco et al., 2025). Plenty of good journals charge nothing to publish under a subscription model, so always read the journal's current fee page.

Match the scope: Read three recent papers in the journal. If yours wouldn't look at home next to them, pick another.

Know your country's rules: Some countries keep official journal lists or indexing requirements for jobs and promotions, so check yours before you choose.

Step 9: Submit, revise, and don't give up after one rejection

Once it's written, here's how to get it over the line:

• Submit and wait
• Treat rejection as feedback
• Present it while you wait

Submit and wait: Write a short, specific cover letter, suggest suitable reviewers if they ask, and expect to wait. Across biomedicine, submission to acceptance commonly takes around 100 days (analysis of PubMed records), and some fields take longer.

Treat rejection as feedback: Most papers get rejected at least once. A rejection with reviewer comments is useful: fix what's fair, then send it to the next journal on your list within a week or two.

Present it while you wait: Submitting an abstract to a conference while the paper is under review gives you an earlier milestone for your CV (and your ERAS application), plus real feedback from your field. And go, even if you feel you don't belong there. One of us, a first-generation doctor from a middle-class family, got the first acceptance from an international conference as a medical student. It was pure disbelief, and the day before the flight the family was still worried it might be a scam. The presentation was ready, because the work was solid. The scary part was feeling like an imposter in a room full of professors, fellows and legends of the field. There were plenty of mistakes and embarrassing moments, but that conference brought people who are still in touch today and still support us and our students. Medicine turns out to be the same everywhere; only the problems are different.

How long does all this take?

Honestly, longer than most students expect. Three things to know:

• Months, not weeks
• Fast is slow
• Protect a small, regular block

Months, not weeks: If you're applying in a particular Match cycle, start a year or more ahead. In the largest study of its kind, systematic reviews took an average of 67.3 weeks from PROSPERO registration to publication, with about five authors each (Borah et al., BMJ Open 2017). Students working alone without a method often take longer, or stall.

Fast is slow: Here's the unvarnished truth: doing research without the method is like working with one hand tied behind your back. You spend your time stuck on one step, diagnosing what went wrong and fixing it, instead of doing it once and doing it right. Slow is smooth, and smooth is fast. Once the method clicked for us, research took about two hours a day, five days a week, and the main thing we cut was screen time.

Protect a small, regular block: Split your research time in two. Execution blocks are for when you already have a knowledge gap and you're just doing the work: two hours, no fixed goal, get as much done as you can, then get up and go to the gym or back to studying. Creative blocks come between projects: reading a lot of papers and watching the trends in your field until you spot the next gap worth your time. And when life gets busy, plan by the week, not the day. If you need four hours of research this week, you don't need it every day; missing a day isn't a spiral, because you can do the four hours in one sitting when you find the time.

What shortens all of this is a narrow question, a clear sequence, and someone checking each step before you build on it. That's exactly what the 100-Hour Research Protocol is built around: about 100 hours of guided work (roughly four to five hours a week), 16 to 17 hours of short visual lessons that build every hard idea on screen instead of handing you static slides and PDFs, a step-by-step playbook for every stage (templates, scripts and checklists that tell you exactly what to do next), and real worked runs at every stage, failed attempts included (when to abandon a topic, when to pivot it), so you build real intuition for research instead of following a checklist. It's online, so you can do it from any country.

What it looks like when it works

Although I initially joined to learn meta-analysis, the program provided far more than that... During the program, I completed a research project that was accepted for presentation at Digestive Disease Week (DDW) 2026.

He not only helped me publish my work but also empowered me with the knowledge and confidence to independently write and publish my own research.

He actually teaches you how to do it yourself and he was with us every step of the research which is very rare these days.

Frequently asked questions