How to Find PhD Supervisors in Biochemistry and Molecular Biology (and Get Funded)

Biochemistry and molecular biology is one of the largest PhD fields in the US, and one of the hardest to search cleanly, because the field frequently doesn't have its own department at all. At one school it's a standalone department. At another it's a track buried inside a program called Molecular Biosciences, or Biomedical Sciences, or simply Bioscience. That naming fragmentation changes which catalog page you need to search, which admissions committee reviews your file, and, if you're applying as an MD-PhD student, when you even get to pick a lab. This guide focuses on what's genuinely specific to this field rather than repeating the rotation-and-grant mechanics already covered in depth in our chemistry and biotechnology guides.

The department-name problem is bigger here than in most fields

The University of North Texas runs an actual standalone PhD in Biochemistry and Molecular Biology, with preference and rotation access given to PhD applicants, so the field does have standalone departments. But a large share of equally strong programs don't organize it that way. Rutgers admits biochemistry applicants through Molecular Biosciences, a first-year umbrella covering five separate graduate programs, with lab rotations before you commit to a specific faculty member's group. The University of Utah groups its Biological Chemistry PhD and its Molecular Biology PhD under one shared Bioscience PhD Programs umbrella, describing the two as complementary interdepartmental programs rather than independent departments. The University of Oklahoma Health Sciences places its Biochemistry and Molecular Biology PhD inside a wider Graduate Program in Biomedical Sciences. Lehigh treats Biochemistry as one concentration within a general Biological Sciences PhD, sitting alongside Evolution and Behavior, Neuroscience, and Cell and Molecular Biology as separate tracks under the same department. None of this is a sign any of these programs are weaker, it's simply how the field is administratively organized at a given school, and it means searching only for a department literally named "biochemistry" will miss a meaningful share of the professors doing exactly that research.

Medical school or arts and sciences: it changes who actually funds you

Beyond the umbrella-naming issue, biochemistry departments sit in genuinely different administrative homes across universities, and that placement affects funding, not just the org chart. Stony Brook's biochemistry department sits in both the College of Arts and Sciences and the School of Medicine at once, and describes its PhD programs as interdepartmental and multi-institutional specifically because of that dual placement. Howard offers its PhD through a Department of Biochemistry and Molecular Biology housed inside its medicine school rather than its general graduate school of arts and sciences. Columbia runs its biomedical sciences PhDs, biochemistry included as one of several tracks, as part of the medical school located on the medical campus, while keeping a separate biological sciences and chemistry PhD under the Graduate School of Arts and Sciences on the main campus. Because medical-school-based programs often draw more heavily on institutional and NIH training-grant funding while arts-and-sciences departments lean more on departmental TA lines, it's worth checking which graduate school actually governs the specific professor and program you're targeting, rather than assuming every "biochemistry PhD" at a university runs through the same funding pool.

The HHMI Gilliam Fellowship: a named award the chemistry and biotech guides don't have

Beyond the NIH and NSF mechanisms common to most lab-science PhDs, the HHMI Gilliam Fellows Program is a genuinely field-relevant named award worth knowing by name if your research sits in biomedical or life-science biochemistry. Eligibility generally requires being in your second or third year of a PhD program with at least two full years of study remaining, and students in a dual-degree program such as MD-PhD are explicitly not eligible to apply. The program has also asked applicants to show a commitment to advancing equity and inclusion in science, with older cycles requiring membership in a group underrepresented in the sciences specifically, so check whether that requirement still applies in the current cycle. Citizenship eligibility is where this gets genuinely murky rather than clean: UC Irvine's own fellowship page states that international students are not eligible, while the University of Wisconsin-Madison's page describes eligibility as including an international student legally eligible to study at and receive funding from their graduate institution. Those two institutional pages don't agree with each other, which strongly suggests this is a detail that has shifted across cycles or is being interpreted differently school to school. Don't take either page as the final word, check the current HHMI solicitation and your own graduate school's nomination process directly before planning around it.

T32 and F31 funding still apply, but the grant often sits with the umbrella, not the department

The standard NIH training-grant rule you'll see across most lab sciences applies here too: T32 institutional training grants and individual F31 predoctoral fellowships both require the trainee to be a US citizen, non-citizen national, or lawful permanent resident at the time of appointment, with no general exception for international applicants. Our biotechnology field hub covers that mechanism's full mechanics and what international applicants should target instead. What's specific to biochemistry and molecular biology is where the actual T32 grant lives administratively. Thomas Jefferson University runs a named T32 Training Program in Cellular, Biochemical, and Molecular Sciences tied directly to its Department of Biochemistry and Molecular Biology inside Sidney Kimmel Medical College, a case where the department name and the grant name line up cleanly. But at schools running an umbrella program instead, the training grant that actually funds a given lab's predoctoral students is frequently held by the broader umbrella, Biomedical Sciences or Molecular Biosciences rather than a department called "biochemistry" specifically. If you're trying to confirm whether a target lab has training-grant-funded slots, search for the umbrella program's T32 roster first, since a narrow search under the department name alone can miss it entirely.

MD-PhD programs run on a completely different outreach calendar

A real share of biochemistry and molecular biology PhD students are doing it as the PhD phase of a combined MD-PhD, and the timeline for picking a lab looks nothing like a straight PhD admission. Many MD-PhD programs have students complete a lab rotation before medical school even begins, or during the summer after the first preclinical year, and encourage relevant graduate coursework, biochemistry and molecular biology among the common options, during the preclinical curriculum itself. The actual commitment to a thesis advisor and lab typically happens around the end of the preclinical years, roughly the end of the second medical-school year, well after the student was admitted to the combined program in the first place, and well after boards and a clinical block in some program structures. Washington University reports an average of eight years to complete its dual degree, and the University of Kentucky reports an average of 7.3 years. UMass Chan's MD-PhD program specifically lists Biochemistry and Molecular Pharmacology as one of its PhD track options, which is a direct example of this field feeding a combined-degree track rather than only a standard PhD track. Practically, this means a pre-application email to a professor who mainly trains MD-PhD students should be aimed at understanding their rotation process and typical timeline, not at asking whether a funded position is available right now, since that decision is often still 18 to 24 months away for that professor's incoming students.

Cryo-EM and structural biology access: a real signal of lab capacity worth checking

A meaningful share of biochemistry and molecular biology research now depends on structural methods, and cryo-electron microscopy specifically, but very few individual PIs own this equipment outright. Most run through shared, institution-level core facilities instead. UMass Chan's cryo-EM core operates three systems around the clock to maximize throughput for the labs that use it. The University of Michigan's Life Sciences Institute core offers consultation, equipment access, limited grid preparation and data collection, and training, a model built around shared access rather than dedicated lab ownership. UT Southwestern's Structural Biology Laboratory goes further and offers full project support, consultation, sample preparation, data collection and processing, and structure determination and validation, which means a lab with no in-house microscope at all can still produce genuine structural data through the core. A center linked to NYSBC at Weill Cornell describes dividing allocated microscope time slots among interested research laboratories, which is the part worth knowing before you assume equipment access is unlimited: some institutions, including the Van Andel Institute, have invested in building their own dedicated cryo-EM cores specifically because shared, allocated time at a third-party facility can be a real bottleneck. None of this means a lab without its own microscope is under-resourced. It does mean that if a professor's current project description leans heavily on structural data, asking directly how they access instrument time and what their typical turnaround looks like is a genuinely useful question before you commit a rotation slot or your application focus to that lab.

A practical search order

• Search a target university's graduate catalog by research area as well as by department name, since a meaningful share of biochemistry and molecular biology programs sit inside a Molecular Biosciences, Biomedical Sciences, or general Biological Sciences umbrella rather than their own named department.
• Check whether your target professor's program is housed in the medical school or in arts and sciences, since that placement commonly changes the funding pool, institutional training grants versus departmental TA lines, behind a given lab.
• If you're a US citizen or permanent resident at least two years from finishing your PhD, look into the HHMI Gilliam Fellows Program by name, but verify the current cycle's citizenship and eligibility rules directly with HHMI rather than relying on any single institution's page.
• If you're applying as an MD-PhD student, plan your outreach around understanding a lab's rotation process and typical lab-commitment timeline, not around asking for funded availability immediately.
• If structural biology methods are central to a lab's current work, ask directly how they access cryo-EM or other core-facility instrument time and what turnaround looks like, rather than assuming a lab's published equipment list reflects its real day-to-day capacity.

Once you've worked out which professors actually fit, and whether their lab is realistically positioned to fund and support your project, our guide on checking a professor's grant funding before emailing them walks through the direct tools for confirming active funding, including NIH RePORTER. GradScoutFunding handles the search itself: it finds professors by field and country, confirms they're actively publishing, and drafts a personalized first email grounded in one of their real recent papers for you to review and send yourself, it never sends anything automatically, and it never claims to verify that a professor currently has funding available, only that they're currently active. The free tier gives 2 free credits, no card required, and paid credit packs are one-time purchases that never expire.

Common questions