Research Experience for Medical School (What Adcoms Look For)

Not all premed research is created equal. Some projects will meaningfully strengthen your application. Others will consume hundreds of hours and give you almost nothing to show for it.

We’ve worked with thousands of premeds, and the difference almost always comes down to approach: choosing the right type of undergraduate research, structuring your involvement strategically, and avoiding the common mistakes that leave students with low-yield experiences and thin CVs.

Research is what we call the superpower extracurricular, and for good reason. It’s the only activity that follows you beyond medical school. Every publication, abstract, and presentation you earn as an undergrad belongs on your residency application, too. This is true of nothing else you do in college. 

Do You Need Research to Get Into Medical School?

Research is not required to get into med school. 

That said, if you want to be the most competitive applicant and get into a prestigious program that opens doors, having research experience will only benefit you. 

This is especially true of extended longitudinal research experiences that yield research items. These are the strongest because they provide adcoms with honest signals, things that you can’t fake, like perseverance, intellectual curiosity, inquisitiveness, and teamwork, because research is a team sport.

And remember, research is the only extracurricular that carries forward into residency. Why does this matter? Because in recent years, average research numbers for matched residency applicants have skyrocketed, partly due to USMLE Step 1 becoming pass/fail. 

The more research items you have, the more competitive your residency application will be, especially for ultra-competitive specialties like dermatology and plastic surgery, where the average successful application has 27.7 and 34.7 research items, respectively. 

Find out how many research items matched applicants have by specialty.

What Counts as Research Experience for Medical School?

Research experience is measured in two ways: hours logged and research items produced. Hours reflect how much time you spent. Research items reflect what you actually contributed.

Admissions committees focus far more on the latter. Research items fall into three categories:

• Publications: peer-reviewed journal articles or manuscripts
• Abstracts: summaries of research submitted to conferences
• Presentations: poster or oral presentations at research meetings

Publications hold the most weight. Abstracts and presentations hold considerably less, but they still matter and are far more achievable for most premeds.

As for hours, the AAMC reports that matriculating MD students averaged over 1,500 research hours, but that figure includes MD-PhD applicants and students from research-heavy institutions, which significantly skews it. The more important question isn’t how many hours you logged, but what you produced during that time.

For a full breakdown of what those hours actually mean and how to benchmark your own experience, read our dedicated guide: How Many Research Hours Do You Need for Medical School?

How Much Research Do You Need for Medical School?

Most students aren’t looking to become lifelong researchers, but having some research experience bolsters your application and makes you more competitive. 

It’s a balance between quality and quantity. In fact, it errs more on the side of quantity than of quality, unlike anything else in the entire medical training or application process.

Unless you have truly phenomenal-quality work, which is very hard to achieve even for professional researchers, the more research items you have, the better. 

Phenomenal quality means publishing in a top-tier journal like Nature, Science, or The New England Journal of Medicine. These top journals are extremely difficult to get published in. The impact factor is essentially a proxy for a journal’s quality. If other publications frequently cite articles in that journal, then that journal will have a higher impact factor. If very few people cite it, it will have a lower one.

Being published in a top-impact-factor journal is an incredible look for your med school application. But that’s much easier said than done. It’s very high effort, very challenging, and there are no guarantees, even after working for multiple years.

Instead, you want to shoot for the middle ground in research.

At the lower end of the quality spectrum are case reports and book chapters. That is the lowest level of evidence. The highest level of evidence would be something like a randomized controlled trial. If you have a few case reports, that’s fine. But you don’t want that to be all you do.

In the middle, you have retrospective data analyses, case-control studies, cohort studies, and literature reviews. Each has its own pros and cons. It’s not that important what type of study design you’re doing. The key thing is that you get a good number of actual research items.

Clinical vs Research Experience: Which Is Better for Premeds?

The more traditional type of research most people think of is benchwork, or basic science research.

This is when you’re pipetting, running PCR and western blots, and working with mouse models. It overlaps nicely with the science lab work required for medical school prerequisites.

The problem with basic science research is that it tends to take longer before you see any output. You may spend years in a lab before seeing a publication. You’re also putting a lot of eggs in one basket. If authorship doesn’t work in your favor, you may have less to show for your time.

Benchwork can sometimes be more impressive because it’s rigorous and more likely to result in publication in higher-impact-factor journals.

However, we find that the most effective strategy is usually to focus on clinical research.

Clinical research is not bench work. You’re interacting with patients, doing chart reviews, and conducting research more closely related to the clinical setting rather than traditional basic science work.

The benefit is that it’s often easier and faster to produce more research items in a shorter period of time.

When it comes to medical school admissions and residency matching, having a higher number of decent-quality research items, not just case reports and book chapters, will move the needle far more than putting all your eggs in one basket and hoping it works out with basic science.

There is no right or wrong approach. Some students are passionate about basic science and choose to do both. Just be careful not to spread yourself too thin. You don’t want to overpromise and underdeliver. Instead, underpromise and overdeliver to secure strong letters of recommendation and favorable authorship placement.

How to Find Research Opportunities as a Premed

If you’re attending a four-year university, generally, you’ll find directories of research labs and faculty at your institution that yield premed research opportunities.

Start by looking at department websites, faculty profile pages, undergraduate research office listings, and honors thesis programs.

Look for labs with graduate students and postdocs because they often need help. Also, look for principal investigators who are publishing regularly, such as one to three papers per year.

Reach out to the PI directly by email, not the lab coordinator. Keep the email short, direct, and respectful. Mention why their research interests you. Attach your resume and discuss any relevant skills you’ve learned during the prerequisite lab coursework.

To help you get started, we created a set of free research outreach templates, available here. 

Do not copy and paste the same template to everyone. Personalize each email.

And don’t get demoralized if you don’t hear back from the first five or ten emails. You may need to send 20 or more to get a few responses. A 10% to 20% response rate is normal.

Be clear about how much time you can commit. Keep in mind that longitudinal commitment in a lab is highly valued by medical schools.

You can also apply to summer research programs, including university-run fellowships and NIH-funded programs such as SURF or REU-style programs. NIH programs may carry more credibility, but they are also more competitive.

How to Get Into Clinical Research

Clinical research opportunities are typically available at academic medical centers affiliated with universities.

Instead of reaching out to full-time basic science researchers, look for MDs, MD-PhDs, residents, and fellows. These physicians often have research responsibilities in addition to clinical duties.

Reach out to physicians in specialties that interest you. Whether in internal medicine, emergency medicine, surgery, or another field, aligning your research with your interests will improve your performance.

If you choose research you actually care about, you will put in more effort, produce better outcomes, and earn a stronger letter of recommendation.

Your research PI can often write one of your strongest letters because they work with you closely for months or years. Professors in classroom settings usually interact with you for a shorter period of time.

Clinical experiences, such as scribing or volunteering, can also connect you with physicians involved in research. Ask them about any research they’re involved in or colleagues who may need support.

How to Work with Residents and Fellows on Research

Residents and fellows often feel pressure to produce research, but are overworked. They frequently need help.

If you can add value, you can create a strong, mutually beneficial relationship that lasts for years.

In clinical research, two of the lowest-hanging fruit are retrospective chart reviews and database analyses. These projects can allow you to produce multiple research items efficiently.

When to Start Research as a Premed

The most ambitious students begin looking for research opportunities in the second half of their first year.

Getting involved in a lab and getting up to speed takes time. If you maintain momentum through junior year and apply without a gap year, those couple of years can be enough to build research output and a strong relationship with your PI.

That relationship can lead to a stellar letter of recommendation and stronger outcomes during application season.

Research is not about checking a box. It’s one of the few parts of your application that you can control directly. The right projects, the right structure, and the right approach can completely change the strength of your CV. 

If you feel unsure where to start or are tired of spinning your wheels in low-yield projects, the Ultimate Premed & Medical Student Research Course walks you through exactly how to approach this the right way, step by step, without the guesswork.