Why Do Veterinarians Get So Much Hand, Back, and Neck Pain?

Written by the Nuvirox Research Team

Short answer: yes, and by a wide margin — veterinary medicine is one of the more physically punishing healthcare professions, with neck, back, shoulder, and hand pain reported by a majority of practitioners within any given year. The honest caveat is that most of the evidence is cross-sectional survey data, not the kind of gold-standard cohort study that nails down cause and effect over decades. But the pattern is consistent across countries, practice types, and study designs, and it's large enough that ergonomics researchers now treat it as an occupational health priority rather than an anecdote.

Why is veterinary work so hard on the musculoskeletal system?

Unlike most healthcare providers, veterinarians work on patients who don't hold still, can't be positioned on command, and range from a two-pound bird to an 800-pound horse. That variability drives awkward postures: bending over low exam tables, crouching to restrain a struggling animal, or reaching into a horse's rectum during a palpation exam. A cross-sectional survey of Ohio veterinarians and technicians found that 12-month prevalence of musculoskeletal discomfort exceeded 60% in the neck, low back, and legs/feet — a rate well above what's typical for mixed office occupations.

Which body regions are hit hardest, and does it vary by role?

Yes, substantially. A German cross-sectional study of over 3,100 veterinarians found neck symptoms in 66.6% and shoulder symptoms in 60.5% of respondents, with hand (34.5%) and elbow (24.5%) symptoms somewhat less common — but 28.7% said neck symptoms limited their normal activities. Large-animal and mixed-practice veterinarians reported the highest rates of acute injury, largely from being kicked, stepped on, or thrown against, while small-animal surgeons carry a different burden concentrated in the hands.

That hand-specific burden shows up starkly in spay/neuter practice. A study of 219 veterinarians who performed at least four hours per week of spay/neuter surgery found a period prevalence of musculoskeletal discomfort of 99.1%, with 76.7% reporting hand or wrist pain and thumb-base pain in nearly half of respondents. The repetitive, forceful pinch grip required for instrument control during high-volume, low-cost sterilization work appears to be a distinct and underappreciated occupational hazard.

What human studies actually show

The Ohio cross-sectional survey (Davis & Kotowski, 56 veterinarians and 38 technicians) found 12-month MSD prevalence exceeding 60% in the neck, low back, and legs/feet, alongside high rates of lost work time attributed to pain. The authors concluded that ergonomic interventions — adjustable tables, better lifting equipment, task redesign — represented an underused opportunity, since existing solutions from other physically demanding fields weren't being systematically applied to veterinary settings.

The German Nordic Questionnaire survey (Kozak et al., 3,174 veterinarians) found neck (66.6%) and shoulder (60.5%) symptoms were more prevalent than hand (34.5%) or elbow (24.5%) symptoms, and that women reported higher neck and hand/wrist prevalence while men reported higher elbow prevalence — suggesting task allocation or technique differences by gender rather than a uniform biological pattern.

The Canadian bovine-practitioner study is the honest counterweight here: it found musculoskeletal symptoms in 60-90% of veterinarians depending on the specific study cited, but explicitly noted that top physically demanding tasks (obstetric procedures, rectal exams, breeding soundness evaluation) accounted for the acute discomfort more than any single sustained posture — meaning the injury pattern is genuinely task-specific, not just "vet medicine is hard." A narrow ergonomic fix for one task (say, exam tables) won't touch the risk from another (large-animal obstetrics).

The spay/neuter surgeon study is the clearest dose-response finding: hand/wrist pain prevalence (76.7%) was concentrated in veterinarians doing the highest surgical volume, and thumb-base pain (49.8%) tracked with years in high-volume practice — consistent with a cumulative loading model rather than a one-time injury model.

What veterinary work won't fix on its own

Ergonomic equipment helps, but it doesn't eliminate risk in a profession where the "patient" can't be positioned or sedated for every task. See a doctor if hand or wrist pain includes numbness, tingling, or weakness of grip — these can signal carpal tunnel syndrome or thumb-base (CMC) osteoarthritis rather than simple fatigue, and both respond better to early intervention than to being pushed through. Persistent neck or back pain that radiates down an arm or leg, or that's accompanied by bowel or bladder changes, warrants prompt medical evaluation rather than self-management.

What actually helps, based on the research

The literature converges on a few concrete interventions rather than general advice to "be careful." Adjustable-height surgical and exam tables reduce sustained forward flexion of the neck and back. Laparoscopic instrument handle redesign has been shown in comparative ergonomic studies to reduce forearm and hand strain during minimally invasive procedures. Task rotation — alternating high-volume surgery days with lower-hand-demand clinical days — is recommended by occupational health researchers specifically for spay/neuter practitioners given the dose-response relationship between surgical volume and thumb pain. For large-animal work, two-person restraint protocols and mechanical lifting aids reduce the acute-injury exposure that drives much of the back and shoulder burden in that setting.

This kind of occupational pattern isn't unique to veterinary medicine — for example, we've separately covered dental hygienists, the research on how long joint supplements take to show an effect, and, closer to this specific pattern, firefighters face a similarly demanding physical load.

Frequently Asked Questions

Is small-animal or large-animal practice harder on the joints?

They're hard in different ways. Small-animal and especially high-volume spay/neuter work concentrates strain in the thumb and wrist from repetitive pinch-grip instrument use. Large-animal and mixed practice carries more acute injury risk from animal contact plus low-back and shoulder strain from restraint and obstetric work.

Does years in practice make it worse?

The spay/neuter surgeon data suggests yes for hand and thumb symptoms specifically — prevalence tracked with surgical volume and career length, consistent with cumulative loading rather than a single injury event.

Can ergonomic changes actually reduce symptoms, or is this just "the job"?

The research treats it as modifiable. Adjustable tables, redesigned instrument handles, and task rotation have measurable effects in comparative ergonomic studies, though large randomized trials specifically in veterinary settings are still limited.

Should new veterinary students worry about this before choosing a specialty?

It's reasonable information to factor in. Surgery-heavy and high-volume spay/neuter tracks carry a documented hand/wrist burden, while large-animal tracks carry more acute-injury and low-back risk — useful context for residency and practice-setting decisions, not a reason to avoid either path.

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The bottom line

Veterinary medicine asks the musculoskeletal system to do something unusual: handle unpredictable, sometimes forceful, non-cooperative patients across a huge range of sizes, day after day. The research is consistent that this shows up as elevated neck, back, shoulder, and hand symptoms compared to more typical office occupations, and that the specific pattern depends heavily on what kind of practice a veterinarian is in. The good news in the data is that the risk factors are identifiable and, in several studies, modifiable with equipment and workflow changes rather than requiring a career change.

References

1. Davis KG, Kotowski SE. Prevalence of musculoskeletal disorders for veterinarians and veterinary technicians. PMID: 35253665.
2. Kozak A, Schedlbauer G, Peters C, Nienhaus A. Self-reported musculoskeletal disorders of the distal upper extremities and the neck in German veterinarians: a cross-sectional study. PLOS ONE. 2014. DOI: 10.1371/journal.pone.0089362.
3. Musculoskeletal discomfort among Canadian bovine practitioners: prevalence, impact on work, and perception of physically demanding tasks. PMC6049332.
4. Prevalence and risk factors associated with musculoskeletal discomfort in spay and neuter veterinarians. PMID: 26487311.
5. Thielmann B, Pohl R, Böckelmann I. Physical stress and musculoskeletal complaints of veterinarians – a narrative review. Appl Ergon. 2023;115:104180. PMID: 38008038.
6. Smith et al. Variables associated with the prevalence of self-reported work-related musculoskeletal disorders in veterinary laparoscopic surgeons. Vet Surg. 2025.

*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease. This article is for informational purposes only and is not a substitute for professional medical advice.