A research veterinarian — NIH's award pages call this population "veterinarian scientists" — is a veterinarian whose main work is research rather than clinical care: designing and running biomedical studies, analyzing the results, and publishing them.
The settings are universities, federal science agencies such as NIH and USDA, pharmaceutical and biotech R&D, and diagnostics labs, and the training routes — combined DVM-PhD programs, NIH-funded postdocs, residencies in specialties such as laboratory animal medicine and pathology — stack on top of the DVM.
What do research veterinarians work on?
A research veterinarian's output is research: designing studies, running the experiments or analyses, publishing the results, and doing it again.
The umbrella term is comparative medicine — the phrase runs through NIH's veterinarian training programs, starting with the T32's own wording: "research careers in biomedical areas related to comparative medicine."
The clearest sourced definition of the job is what NIH builds for it: a Postdoctoral Program for Veterinarians (T32) that exists to train "highly qualified veterinarians for research careers in biomedical areas related to comparative medicine."
The DVM is what separates this career from a general biomedical PhD — the clinical animal-health training comes first — and veterinarians are the population NIH targets: ORIP supports training and career development programs specifically for veterinary students and veterinarians seeking to enter biomedical research.
Where do veterinary scientists work? Academia, NIH, USDA and pharma
Universities anchor the public side: AVMA reports that in the public sector, colleges and universities were the largest employer of veterinarians.
The AVMA 2024 Census put 6.2% of all veterinarians at a college or university, 3.2% in industry/commercial roles, 1.3% in federal government and 1.0% in state and local government — research-adjacent work is a small slice of the profession.
The hours differ by setting more than the stereotypes suggest.
AVMA's 2024 Census had full-time veterinarians averaging 51.9 hours a week at colleges and universities and 48.3 in industry, against 44.1 in federal government and 43.7 in state and local government.
Federal science is where NIH and USDA sit: agencies employ veterinarians directly, and NIH's ORIP funds research training aimed specifically at veterinarians.
On the industry side, pharmaceutical and biotech R&D and the diagnostics labs are the employers.
Each setting has its own guide — the academia track, and the wider industry careers menu beyond the bench.
Government jobs may not require a state license
DVM-PhD and the other training routes into research
The signature route is the combined DVM-PhD: the clinical school years plus doctoral research years.
We could not verify a count of combined programs — the AAVMC's program pages did not load when this page was researched — so treat any specific number you see elsewhere as unconfirmed and check the AAVMC directory directly.
NIH is the other main on-ramp.
ORIP's programs are the structured version of the move from clinic to lab:
- T32 Postdoctoral Program for Veterinarians — trains veterinarians for research careers in comparative medicine; awards go directly to veterinary schools and research institutions. As listed by NIH ORIP in October 2026, institutions in 10 states hold these awards: California, Colorado, Maryland, Minnesota, Missouri, New York, North Carolina, Texas, Virginia and Wisconsin.
- SERCA (K01) in Pathology and Comparative Medicine — supports graduate veterinarians with research experience to become independent biomedical investigators.
- Early Stage Investigators Using Nonhuman Primate Research Models (K01) — limited to veterinarian scientists, giving up to 5 years of protected time to investigators within 10 years of their terminal degree or residency.
At least one T32 funds the doctorate itself: UC Davis describes its ORIP-funded Comparative Medical Science Training Program as a comprehensive 4-year program supporting DVMs in pursuit of their PhD.
The clinical-specialty routes run parallel to all of this — NIH's own career-development award is literally "in Pathology and Comparative Medicine," and veterinary pathology has its own guide.
The second residency worth knowing about is laboratory animal medicine, which gets its own comparison below.
How much do research veterinarians earn?
BLS has no occupation code for a "veterinary scientist," so the honest pay answer comes in three series, none of them perfect.
BLS's veterinarian data covers every setting: the median annual wage was $130,100 in May 2025, with the 10th percentile at $73,920, the 25th at $101,460, the 75th at $166,120 and the 90th at $215,700.
BLS's medians for veterinarians by industry put educational services at $121,890 and government (excluding state and local education and hospitals) at $115,210, against $129,990 in veterinary services — the university and government figures run below clinical practice.
AVMA's census is the closest thing to a research-sector number.
Median professional income reported in 2024 for 2023 was $190,000 in industry/commercial, $145,000 at colleges or universities, $142,721 in federal government and $105,000 in state and local government, against $133,000 across all positions.
The samples are small — 69 industry respondents, 140 at colleges and universities, 28 in federal government — so read the ordering, not the exact dollars.
A labeled proxy: BLS puts medical scientists, the closest occupation for biomedical researchers, at a 2025 median of $103,410, with a doctoral or professional degree as typical entry education.
That is a different occupation, not a research-veterinarian salary.
For scale on the profession itself, BLS projects 9% employment growth for all veterinarians from 2025 to 2035, about 3,100 openings a year — an occupation-wide figure, not a research-specific forecast.
Why we don't quote a "research vet salary"
Laboratory animal medicine vs the research-scientist track
Two careers share the same buildings and get confused for each other: the veterinary scientist, whose output is research, and the laboratory animal veterinarian.
The lab animal side has its own guide — laboratory animal medicine — and the distinction matters most when you read pay data, because AVMA's medians are grouped by employer sector, not by job.
The credential counts give a sense of each field's size: AVMA counted 1,330 active diplomates of the American College of Laboratory Animal Medicine and 3,347 of the American College of Veterinary Pathologists as of December 31, 2025.
That's the catch in the pay section above: the "college or university" and "industry/commercial" medians are sector figures, not job titles, so they can't isolate research veterinarians or tell you how the two jobs differ on pay.
How do you get started as a student?
If you're in vet school and the research pull is real, start where NIH points students: check whether your institution has a Summer T35 Training Program — that is ORIP's own advice to veterinary students who want research experience.
From there, the ladder is the one this page describes: research exposure during the DVM, a PhD or a funded T32 postdoc, then a K01 such as SERCA for the run to independence.
ORIP also links veterinarians to the NIH Loan Repayment Programs among its training resources — we don't cover the eligibility details here, so check NIH's own program pages for the current rules.
None of these routes asks you to commit before vet school: the T32 is postdoctoral, SERCA takes graduate veterinarians, and the summer programs exist to build research experience during the DVM.
Each stage builds the research experience the next one asks about — SERCA, for instance, supports graduate veterinarians who already have research experience.