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Veterinarian

A veterinarian is a licensed medical professional trained to diagnose, treat, prevent, and alleviate animal diseases, injuries, and disorders across a wide range of species, including companion animals, livestock, wildlife, and exotic animals.^[1] To enter the profession, aspiring veterinarians typically complete four years of undergraduate education focused on sciences such as biology, chemistry, and animal science, followed by four years of rigorous veterinary medical school, culminating in a Doctor of Veterinary Medicine (DVM) or equivalent degree, such as the Veterinary Medical Doctor (VMD).^[1] After graduation, they must pass a national licensing examination and, in many jurisdictions, a state-specific exam, while maintaining licensure through ongoing continuing education to stay current with advancements in veterinary science.^[1] Veterinarians fulfill diverse roles beyond direct patient care, including performing surgeries, administering vaccinations, conducting diagnostic tests, and providing preventive health advice to animal owners.^[1] In clinical practice, they often specialize in areas like small animal medicine, equine health, or food animal production, but many also work in non-clinical settings such as biomedical research, where they develop and test pharmaceuticals and biological products for animal and human use; government agencies, ensuring food safety and regulating animal health products; or academia, educating future professionals and advancing scientific knowledge.^[2]^[3]^[4] The profession plays a critical role in One Health initiatives, recognizing the interconnectedness of animal, human, and environmental health, as veterinarians monitor zoonotic diseases—those transmissible between animals and humans—and contribute to outbreak prevention, ecosystem management, and global food security.^[5]^[6] Through these efforts, veterinarians safeguard public health by inspecting meat and dairy products for pathogens, controlling antimicrobial resistance in animal populations, and collaborating with physicians on emerging infectious threats like avian influenza or rabies.^[7]^[8] With over 108,000 members in organizations like the American Veterinary Medical Association (AVMA), the field continues to evolve, addressing challenges such as workforce shortages, mental health support for practitioners, and adapting to technological innovations in telemedicine and diagnostics.^[9]

Overview

Definition and Scope

A veterinarian is a medical professional who has earned a Doctor of Veterinary Medicine (DVM) or equivalent degree from an accredited institution and is licensed to practice veterinary medicine, focusing on the health and welfare of non-human animals.^[10] This encompasses a wide array of species, including companion animals such as dogs and cats, livestock like cattle and poultry, exotic pets including reptiles and birds, and wildlife ranging from zoo animals to free-ranging species.^[11] The scope of veterinary practice involves diagnosing, prognosing, treating, correcting, alleviating, or preventing diseases, injuries, deformities, or other conditions in animals through various methods.^[11] Preventive care forms a cornerstone, including vaccinations to protect against infectious diseases, nutritional counseling to promote optimal health, and routine wellness exams to detect issues early.^[1] Diagnostic approaches utilize tools like laboratory tests for blood and tissue analysis, imaging techniques such as X-rays and ultrasounds, and surgical interventions for trauma or elective procedures. Veterinarians also manage emergency responses, providing immediate stabilization and treatment for acute conditions like poisoning or injuries.^[1] Veterinarians differ from related roles in their authority and responsibilities; for instance, veterinary technicians, who hold associate degrees and national certification, assist in clinical tasks such as administering medications, performing lab procedures, and providing nursing care but operate under direct supervision and cannot independently diagnose or prescribe treatments.^[12] Similarly, animal scientists focus on research into genetics, nutrition, reproduction, and production efficiency for farm animals rather than direct clinical care or treatment.^[13] Globally, the scope of veterinary practice varies by setting, with rural practitioners often emphasizing food animal medicine—such as herd health management for livestock to ensure food safety and productivity—while urban veterinarians predominantly address companion animal care, including behavioral and wellness services for pets.^[14] These differences reflect local economic, environmental, and demographic factors, though core principles of animal health remain consistent worldwide.^[14]

Etymology and Terminology

The term "veterinarian" derives from the Latin veterinarius, meaning "of or pertaining to beasts of burden," stemming from veterinae (beasts of burden), which is linked to either vetus (old, as animals gain value with age) or vehere (to carry, referring to draft animals).^[15] This Latin root influenced the French vétérinaire in the 18th century, from which the English "veterinary" emerged around 1775, with "veterinarian" appearing as a back-formation shortly thereafter.^[16] Early usage emphasized care for working animals like horses and cattle, reflecting the profession's origins in agrarian societies. Terminology has evolved from informal descriptors like "horse doctor" or "farrier," common in the 18th and 19th centuries when equine health dominated practice, to standardized professional titles today.^[17] In the United States and Canada, the primary qualification is the Doctor of Veterinary Medicine (DVM), while in the United Kingdom, it is often the Veterinary Medicine Bachelor (VetMB) from institutions like the University of Cambridge, with practitioners titled "veterinary surgeons."^[18] These shifts parallel the profession's broadening scope beyond livestock to include companion animals and public health. Key terms in the field include "veterinary medicine," defined as the science and practice of diagnosing, treating, and preventing disease in non-human animals, extending from traditional animal care to interdisciplinary roles.^[19] The "One Health" approach underscores the interconnection of animal, human, and environmental health, promoting integrated strategies to address zoonotic diseases and ecosystem balance.^[20] Practices are categorized as "small animal" for companion species like dogs and cats, versus "large animal" for livestock and equines, influencing training and clinical focus.^[21] Regionally, "vet" functions as an informal shorthand in English-speaking countries, while titles like "veterinary surgeon" prevail in the UK compared to "veterinarian" in the US.^[22]

History

Ancient and Medieval Practices

Evidence of early animal treatment dates back to prehistoric times, with archaeological findings suggesting rudimentary surgical interventions. For instance, a cow skull from approximately 3000 BCE discovered in France shows signs of trephination, a procedure involving the drilling or scraping of a hole in the skull, likely to treat head injuries or abscesses, indicating that prehistoric communities practiced basic veterinary surgery on livestock.^[23] In ancient civilizations, systematic approaches to animal care emerged alongside agriculture and domestication. The Kahun Papyrus, dating to around 1900 BCE in Egypt, represents the earliest known written veterinary text, containing prescriptions for treating ailments in livestock such as cattle, including recipes for ointments and potions to address eye diseases, injuries, and reproductive issues.^[24] Mesopotamian cuneiform tablets from the same period also document treatments for animal diseases, reflecting organized care for working animals in agrarian societies. In ancient India, Ayurvedic traditions included specialized veterinary knowledge, particularly for elephants; the Hastyayurveda, attributed to the sage Palakapya and traditionally linked to the Mahabharata era, detailed anatomy, disease classification, and herbal therapies for elephants used in warfare and labor.^[25] Greek and Roman contributions further advanced equine medicine, which was vital for military and transportation needs. Hippocrates (circa 460–370 BCE) employed analogies between human and animal physiology in his writings, laying groundwork for comparative medicine that influenced later veterinary practices by highlighting shared disease mechanisms across species.^[26] In the Roman era, Apsyrtus of Bithynia (circa 4th century CE) authored extensive treatises on horse care, covering diagnostics, surgery, and pharmacology, which became foundational texts compiled in the Hippiatrica, a key Greek veterinary compendium.^[27] During the medieval period, veterinary knowledge evolved through cultural exchanges in Europe and the Islamic world. In the Islamic Golden Age, scholars translated and expanded upon Greek works, such as those of Apsyrtus and Hippocrates, into Arabic; for example, Mamluk-era texts integrated these with local traditions to address diseases in horses and camels, emphasizing diet, bleeding, and herbal applications.^[28] In Europe, monastic communities preserved animal husbandry knowledge, with herdsmen and farriers—specialized in horseshoeing and basic wound care—serving as primary practitioners, often drawing from Roman texts recirculated via monasteries.^[29] Early practices were constrained by limited scientific understanding, relying heavily on empirical observations, herbal remedies like willow bark for pain or garlic for infections, and superstitious elements such as amulets or rituals to ward off evil spirits believed to cause illness. Without formal training or anatomical knowledge, treatments were inconsistent, often ineffective against epidemics, and passed orally among practitioners rather than through structured education.^[30]

Modern Development and Professionalization

The modern era of veterinary medicine began in the 18th century with the establishment of formal educational institutions, marking the transition from informal practices to a structured profession. The world's first veterinary school was founded in Lyon, France, in 1761 by Claude Bourgelat, an equerry to King Louis XV, in response to recurring livestock epizootics that threatened the French economy.^[31] This initiative was quickly followed by the founding of a second school at Alfort near Paris in 1765, where it gained international recognition for emphasizing scientific principles in animal health, including anatomy, pathology, and preventive measures against diseases like rinderpest.^[32] In the United Kingdom, the Royal (Dick) School of Veterinary Studies was established in Edinburgh in 1823 by William Dick, becoming the second-oldest veterinary school globally and focusing on practical training for equine and bovine care amid Britain's growing agricultural needs.^[33] These early institutions laid the groundwork for professionalization by standardizing education and distancing veterinary practice from traditional farriery. The 19th century accelerated veterinary development, driven by the Industrial Revolution's intensification of livestock production and the urgent need to combat widespread epizootics. Rapid urbanization and expanded meat and dairy demands in Europe and North America highlighted the economic stakes of animal health, prompting governments to invest in veterinary expertise to safeguard food supplies and trade.^[34] Devastating rinderpest outbreaks, which decimated cattle herds across continents and caused famines, were a key catalyst; for instance, 18th- and 19th-century epidemics in Europe spurred regulatory responses and further school foundations.^[32] In the United States, the Veterinary College of Philadelphia opened in 1852 as the nation's first such institution, though it operated intermittently until 1866 amid challenges like the Civil War.^[35] Figures like James Law, a Scottish immigrant who became America's first university veterinary professor at Cornell University in 1895, played pivotal roles in elevating standards; Law developed comprehensive curricula, authored influential texts, and advocated for research integration, fostering a scientific basis for the profession.^[36] In the 20th century, veterinary medicine expanded through organizational consolidation, scientific breakthroughs, and shifting societal priorities. The American Veterinary Medical Association (AVMA) was founded in 1863 in New York by surgeons from seven states, aiming to unify practitioners, establish ethical codes, and promote education amid post-Civil War reconstruction.^[37] Key advancements included Louis Pasteur's 1881 development of an attenuated vaccine for anthrax in livestock, which demonstrated the efficacy of immunization and influenced global disease control strategies.^[38] Following World War II, the profession saw a surge in companion animal care, as rising affluence and cultural shifts toward pet ownership in Western societies increased demand for preventive and therapeutic services, diversifying practices beyond agriculture.^[39] The 21st century has seen veterinary medicine globalize, with international standards and interdisciplinary integration addressing transnational challenges. The AVMA's Council on Education has accredited over 40 veterinary schools worldwide since the 1980s, promoting harmonized curricula and quality assurance to facilitate cross-border professional mobility.^[40] Globalization has amplified focus on zoonotic diseases, exemplified by heightened veterinary involvement in surveillance and control following the 2003 SARS outbreak, which underscored the One Health approach linking animal, human, and environmental health.^[41] This era emphasizes collaborative efforts through organizations like the World Organisation for Animal Health, enhancing preparedness for emerging threats like antimicrobial resistance and pandemics.^[42]

Education and Training

Undergraduate and Veterinary Degrees

The pathway to a veterinary career in the United States and Canada generally begins with 2 to 4 years of undergraduate education focused on pre-veterinary majors such as biology or chemistry, followed by a 4-year professional Doctor of Veterinary Medicine (DVM) program, resulting in a total of approximately 8 years beyond high school.^[1]^[43] This structure emphasizes building a strong foundation in the sciences during the undergraduate phase before entering the rigorous veterinary curriculum.^[1] Core prerequisites for admission to veterinary programs in these countries include coursework in anatomy, physiology, microbiology, general biology, general and organic chemistry, biochemistry, physics, and mathematics, typically requiring a minimum of 90 semester credits or a bachelor's degree.^[44] Entrance requirements often involve a competitive grade point average, animal experience, letters of recommendation, and standardized tests such as the GRE (though many schools have made it optional) or the CASPer situational judgment test.^[43] Globally, educational pathways vary by region; in the United Kingdom, veterinary training is typically an integrated 5- to 6-year undergraduate program without a separate bachelor's degree requirement, leading directly to professional qualification.^[45] Australia and New Zealand follow a similar model, with most programs spanning 5 to 6 years and often structured as combined bachelor's and professional degrees.^[46] In these countries, prerequisites mirror those in North America, emphasizing science courses, while entrance may involve assessments such as the Casper test in Australia or UCAS assessments in the UK.^[47]^[48] The primary professional degrees awarded include the Doctor of Veterinary Medicine (DVM) in the US, Canada, and some Australian programs; the Veterinary Medical Doctor (VMD), equivalent to the DVM and offered only by the University of Pennsylvania; the Bachelor of Veterinary Science (BVSc) or Doctor of Veterinary Medicine (DVM) in Australia and New Zealand; and the Bachelor of Veterinary Medicine (BVetMed) or Bachelor of Veterinary Medicine and Surgery (BVM&S) in the UK.^[1]^[45]^[46] These degrees are designed to meet accreditation standards from bodies like the AVMA Council on Education for North America, the RCVS in the UK, and the AVBC in Australasia, ensuring graduates are prepared for licensure worldwide.^[49]^[45]^[46]

Licensing and Continuing Education

In the United States and Canada, initial licensure to practice veterinary medicine requires passing the North American Veterinary Licensing Examination (NAVLE), a comprehensive multiple-choice exam administered by the International Council for Veterinary Assessment (ICVA) that assesses clinical knowledge for entry-level practice.^[50] Graduates from schools accredited by the American Veterinary Medical Association (AVMA) Council on Education are eligible to take the NAVLE, after which they must apply to individual state or provincial licensing boards, which evaluate additional requirements such as jurisprudence exams, background checks, and proof of graduation.^[51] For graduates of non-AVMA-accredited foreign veterinary schools seeking licensure in the United States, the AVMA's Educational Commission for Foreign Veterinary Graduates (ECFVG) program certifies educational equivalency through steps including a basic and clinical sciences examination, English proficiency if needed, and a clinical proficiency exam, allowing eligibility for the NAVLE.^[52] Similarly, the American Association of Veterinary State Boards (AAVSB) Program for the Assessment of Veterinary Education Equivalence (PAVE) provides an alternative pathway for foreign graduates, evaluating equivalency via exams and skills assessments recognized by participating state boards. In the European Union, mutual recognition of veterinary qualifications is facilitated under Directive 2005/36/EC, as amended in 2025 by Delegated Directive (EU) 2025/1223 to incorporate updated training requirements including One Health concepts, digital technologies, and antimicrobial resistance management, which establishes automatic professional recognition for veterinarians across member states upon verification of compliance with harmonized training standards, enabling mobility without additional exams in most cases.^[53] Continuing education (CE) is mandatory for maintaining licensure in most jurisdictions to ensure ongoing competence, typically requiring 20 to 40 hours every one to two years in the United States and Canada, often through RACE-approved (Registry of Approved Continuing Education) programs such as workshops, online courses, conferences, and peer-reviewed journals.^[54] In the United Kingdom, the Royal College of Veterinary Surgeons (RCVS) mandates 35 hours of CPD annually for veterinary surgeons, tracked via their online portal and including reflective practice on learning outcomes, with similar requirements for veterinary nurses at 15 hours per year.^[55] License renewal processes vary by jurisdiction but generally involve submitting proof of CE completion, payment of fees, and affirmation of good standing, with many U.S. states requiring periodic criminal background checks or verification through national databases like the National Practitioner Data Bank.^[56] Some boards, such as Georgia's, mandate ethics and professionalism training— for instance, at least two hours in state laws and rules—as part of CE for renewal to promote ethical practice.^[57] Failure to comply with renewal requirements, including CE deficits or ethical violations, can lead to disciplinary actions by licensing boards, ranging from warnings and fines to license suspension or revocation, often following due process investigations.^[58]

Curriculum Overview

Veterinary curricula are generally divided into preclinical and clinical phases, spanning a four-year Doctor of Veterinary Medicine (DVM) or equivalent program. The preclinical phase, typically comprising the first two to three years, emphasizes foundational basic sciences including gross and microscopic anatomy, physiology, biochemistry, pharmacology, pathology, microbiology, immunology, and parasitology, which equip students with the scientific principles underlying animal health and disease. These courses often integrate didactic lectures with laboratory work to build conceptual understanding of physiological processes and disease mechanisms across species. According to the American Veterinary Medical Association (AVMA) Council on Education (COE) accreditation standards, the overall curriculum must deliver at least 130 weeks of direct instruction, with preclinical components ensuring comprehensive coverage of these core disciplines to prepare students for clinical application.^[59]^[60] The clinical phase, usually the final one to two years, shifts focus to practical application through supervised rotations in key areas such as surgery, internal medicine, theriogenology, diagnostics (including radiology and clinical pathology), anesthesia, and emergency care. Students participate in case-based learning in hospital settings, managing diverse patient presentations from companion animals to livestock. AVMA COE standards mandate a minimum of 40 weeks of hands-on clinical education during this summative period, emphasizing the prevention, diagnosis, and treatment of diseases in multiple species to foster day-one competencies for professional practice. This structure ensures graduates are proficient in integrating basic science knowledge with clinical decision-making.^[59] Hands-on training permeates both phases but intensifies in the clinical years, incorporating high-fidelity simulators for procedures like intubation and suturing, cadaver dissections for anatomical proficiency, and live animal clinics for real-time patient interaction. Institutions such as Cornell University employ simulation centers with lifelike models to practice auscultation, venipuncture, and ultrasound, reducing reliance on live animals while building psychomotor skills. A key emphasis is on species-specific care, where training differentiates protocols—for instance, equine colic management requires large-animal restraint techniques distinct from avian endoscopy, which demands specialized handling to minimize stress in small patients. This approach promotes tailored diagnostic and therapeutic strategies reflective of diverse veterinary practice.^[61]^[62]^[63] In comparison to human medicine curricula, veterinary programs exhibit substantial overlap in basic sciences like anatomy, pharmacology, and pathology, forming a shared foundation in biomedical principles. However, veterinary education uniquely addresses pathology and pharmacology across multiple species, resulting in broader exposure to comparative disease processes and treatments, while clinical rotations are more condensed to accommodate this diversity within a shorter overall program duration. Human medicine, by contrast, allows deeper specialization in a single species with extended residency training post-graduation. These differences highlight veterinary medicine's emphasis on versatility in animal health management.^[64]^[65] Contemporary curricula increasingly incorporate emerging elements to address global challenges, such as One Health modules that explore interconnections between human, animal, and environmental health to combat zoonoses and antimicrobial resistance. Training in telemedicine equips students with skills for virtual consultations, enhancing access to care in remote or underserved areas while integrating ethical considerations like informed consent and data privacy. Additionally, ethics education covers animal research protocols, emphasizing welfare standards, alternatives to live animal use, and responsible conduct in experimentation, aligning with institutional animal care guidelines. These components prepare veterinarians for interdisciplinary roles in public health and ethical practice.^[66]^[67]^[68]

Professional Practice

Core Roles and Responsibilities

Veterinarians perform comprehensive diagnostic processes to identify and address animal health issues, beginning with a detailed history taking from the client to gather information on the animal's symptoms, environment, diet, and medical background.^[69] This is followed by a thorough physical examination, utilizing senses of sight, sound, touch, and smell to assess the animal's vital signs, body condition, and any abnormalities.^[70] Veterinarians then interpret results from laboratory tests, such as blood work or cytology, and imaging modalities like radiographs or ultrasounds, to form a differential diagnosis and guide further evaluation.^[71] Based on diagnostic findings, veterinarians develop individualized treatment plans, which may include prescribing medications to manage infections or pain, recommending surgical interventions for conditions like fractures or tumors, and outlining supportive care such as wound management or dietary adjustments.^[72] These plans prioritize the animal's welfare while considering the client's resources and preferences, ensuring interventions are evidence-based and tailored to the species and condition. In preventive medicine, veterinarians conduct regular wellness exams to detect subclinical issues early, vaccinate against preventable diseases, and perform parasite screenings to maintain animal health and longevity.^[73] For livestock, they design and oversee herd health programs that involve monitoring population-level risks, implementing biosecurity measures, and coordinating deworming and nutrition strategies to optimize productivity and minimize disease outbreaks.^[74] Additionally, veterinarians contribute to zoonotic disease surveillance by identifying potential pathogens in animals, reporting cases to public health authorities, and educating stakeholders on transmission risks to prevent spillover to humans.^[75] Client communication forms a cornerstone of veterinary practice, with veterinarians educating owners on proper animal care, including nutrition, exercise, and home monitoring to promote compliance and long-term health.^[70] They guide discussions on sensitive topics like euthanasia, explaining options compassionately when quality of life is compromised, and obtain informed consent for procedures by detailing risks, benefits, and alternatives to ensure clients make knowledgeable decisions.^[76] Veterinarians adhere to ethical codes such as the AVMA Principles of Veterinary Medical Ethics, which emphasize stewardship by prioritizing animal welfare above all, integrity in professional conduct, and respect for client confidentiality and autonomy. These principles mandate humane euthanasia as an ethical option to alleviate suffering in line with AVMA guidelines and require veterinarians to navigate conflicts in resource-limited settings by offering feasible care options without compromising standards.

Practice Settings and Specializations

Veterinarians operate in a variety of practice settings, ranging from clinical environments focused on direct patient care to roles in research, policy, and public health. Private practice remains the most common setting, where veterinarians treat companion animals in small animal clinics or provide care for livestock and horses in large animal practices. In government roles, particularly with the U.S. Department of Agriculture's Animal and Plant Health Inspection Service (APHIS), veterinarians conduct inspections, enforce animal health regulations, and manage disease surveillance programs to protect agricultural and public health. Academia and research institutions employ veterinarians for teaching, conducting biomedical studies, and advancing veterinary science in university settings or dedicated laboratories. Zoos and wildlife organizations hire specialists to manage exotic species health, conservation efforts, and rehabilitation programs. Military veterinarians, such as those in the U.S. Army Veterinary Corps, deliver care to working animals, support research on zoonotic diseases, and ensure biosecurity in operational environments. Specializations in veterinary medicine allow practitioners to develop expertise in targeted areas beyond general practice, with the American Veterinary Medical Association (AVMA) recognizing 22 specialty organizations that encompass 46 distinct fields. Examples include veterinary oncology, which focuses on diagnosing and treating cancer in animals; cardiology, addressing heart and circulatory disorders; and equine surgery, specializing in orthopedic and soft tissue procedures for horses. Board certification in these specialties typically requires completion of a Doctor of Veterinary Medicine (DVM) degree, followed by an optional internship and a residency program lasting 2 to 4 years under supervised mentorship, culminating in a rigorous examination administered by the relevant specialty college. This process ensures advanced competency, with certified specialists often collaborating in referral hospitals or multidisciplinary teams. Emerging and mobile practices have expanded access to veterinary care, particularly since regulatory changes in 2020 permitted broader use of telemedicine for consultations via video, phone, or apps, enhancing follow-up care and reducing travel barriers for clients. Mobile veterinary services, including house calls for routine exams or end-of-life care, allow practitioners to deliver services directly at homes or farms using equipped vehicles. Laboratory animal medicine involves overseeing the health and welfare of animals in research facilities, ensuring ethical standards and compliance with regulations. Aquatic veterinary medicine addresses the unique needs of fish, marine mammals, and other water-dwelling species in aquaculture, public aquariums, or conservation settings. Globally, veterinary practice varies significantly by region, with the United States emphasizing high levels of specialization and advanced technology in companion and equine care, supported by robust postgraduate training programs. In contrast, developing countries often prioritize generalist veterinarians focused on livestock health and food security, where resource limitations and rural demands limit specialization opportunities and infrastructure for advanced diagnostics.

Employment Trends and Compensation

The employment outlook for veterinarians in the United States remains positive, with the Bureau of Labor Statistics projecting a 10 percent growth in employment from 2024 to 2034, much faster than the average for all occupations, driven by increasing demand for companion animal care and public health services.^[77] This growth is expected to create about 7,500 openings annually, factoring in retirements and expansions in veterinary services.^[77] However, regional disparities persist, including acute shortages in rural and food animal practices, where the U.S. Department of Agriculture designated 243 shortage areas across 46 states in 2025—the highest number on record—threatening livestock health and food supply security.^[78] The post-COVID-19 surge in pet adoptions and ownership further intensified demand for veterinary services, leading to unprecedented caseloads and a persistent staffing crisis in companion animal clinics.^[79] Compensation for veterinarians varies significantly by career stage and role. New graduates entering full-time private practice in 2024 earned a mean starting salary of approximately $130,000, reflecting competitive recruitment amid shortages.^[80] Mid-career veterinarians, typically associates in established practices, report average annual earnings around $125,000 to $137,000, with the median wage across all veterinarians at $125,510 in May 2024 per Bureau of Labor Statistics data.^[77]^[81] Practice owners generally command higher compensation, for example averaging $191,000 in companion animal practices, due to revenue shares and business equity, though this exceeds associate levels by about $75,000 on average.^[82]^[83] Several factors influence earnings potential. Urban locations offer higher salaries than rural ones, often by 10-20 percent, due to elevated demand and cost of living, while rural food animal roles face recruitment challenges despite incentives.^[84] Board-certified specialists, such as surgeons, receive a premium of 50-100 percent over general practitioners, with earnings commonly reaching $200,000 to $250,000 annually.^[85] A gender pay gap persists, with women comprising 81 percent of 2024 veterinary graduates yet earning about 82 percent of men's wages on average, or roughly an 18 percent disparity, influenced by negotiation differences and ownership rates.^[80]^[86] Beyond traditional clinical roles, veterinarians pursue non-traditional paths that often yield comparable or higher compensation. In the pharmaceutical industry, roles in research, regulatory affairs, or sales leverage veterinary expertise for salaries averaging $150,000 to $200,000.^[3] Consulting positions in animal health or policy provide flexibility and earnings around $140,000 to $180,000, drawing on clinical knowledge for corporate or governmental clients.^[87] International aid opportunities, such as with the Food and Agriculture Organization of the United Nations, involve global animal health initiatives and offer competitive packages including $120,000 base pay plus benefits for fieldwork in developing regions.^[3]

Societal Impact

Contributions to Human Health

Veterinarians play a pivotal role in managing zoonotic diseases, which account for more than 60% of known infectious diseases in humans.^[88] These diseases, originating from animal reservoirs, pose significant public health threats, and veterinary professionals are essential in surveillance, prevention, and control efforts. For instance, during the COVID-19 pandemic, veterinarians contributed to tracing the zoonotic origins of SARS-CoV-2, likely from bats via an intermediate host, by applying their expertise in animal disease epidemiology to support human health investigations.^[89] Similarly, in rabies control, veterinarians lead vaccination campaigns and wildlife management programs that have nearly eradicated the disease in many regions, preventing thousands of human deaths annually through routine animal immunizations and post-exposure protocols.^[90] The One Health initiative underscores the interdisciplinary collaboration between veterinarians and medical professionals to address interconnected health challenges, such as antimicrobial resistance (AMR) and food safety. Veterinarians monitor AMR in animal populations, where overuse of antibiotics in livestock contributes to resistant strains transferable to humans, and advocate for prudent use practices to mitigate this global threat.^[91] In food safety, they inspect poultry and other livestock for pathogens like Salmonella, implementing on-farm biosecurity measures that reduce contamination risks in the food supply chain, thereby protecting public health from foodborne illnesses.^[92] As of 2025, veterinarians continue to monitor highly pathogenic avian influenza (H5N1) in U.S. dairy cattle, informing human health risks through enhanced surveillance under One Health frameworks.^[93]^[94] Veterinary medicine has advanced biomedical research by providing animal models that inform human therapeutics and vaccine development. Historical experiments on canine pancreases in the early 1920s led to the discovery of insulin by Frederick Banting and Charles Best, revolutionizing diabetes treatment for both animals and humans through cross-species physiological insights.^[95] Likewise, research on canine distemper virus, a morbillivirus, has paralleled studies on measles, elucidating immune responses and viral mechanisms shared across species that inform vaccines against related human pathogens.^[96] Retrospective veterinary epidemiological analyses have provided insights into historical human pandemics, including the 1918 influenza outbreak, where virological similarities between equine and human strains suggest potential animal roles in emergence, though direct influences on contemporaneous strategies remain unconfirmed.^[97]

Animal Welfare and Public Policy

Veterinarians play a pivotal role in advancing animal welfare through the development and enforcement of standards that ensure humane treatment in housing, transportation, and slaughter practices. Organizations such as the World Small Animal Veterinary Association (WSAVA) have established global guidelines based on the Five Animal Welfare Needs—a suitable environment, diet, social needs, ability to express normal behaviors, and protection from pain, suffering, injury, and disease—primarily for companion animals, with principles extendable to production animals; these reference the Five Domains model (nutrition, environment, health, behavior, and mental state) as an additional framework.^[98] Similarly, the Association of Shelter Veterinarians (ASV), in collaboration with the American Society for the Prevention of Cruelty to Animals (ASPCA), provides standards for care in shelters, including housing that minimizes stress and promotes species-specific behaviors, such as elevated resting areas for cats and secure enclosures for dogs to prevent injury during transport or confinement. In transportation, ASPCA policies require pre-transport veterinary examinations to confirm animals are fit for travel, with protocols for ventilation, temperature control, and unloading to avoid distress, ensuring compliance during relocation programs that move animals from overcrowded areas. For humane slaughter, veterinarians serve as certified inspectors under the U.S. Department of Agriculture's (USDA) Food Safety and Inspection Service, verifying Hazard Analysis and Critical Control Points (HACCP) plans that incorporate welfare measures like stunning efficacy and rapid bleeding to minimize suffering in meat processing facilities.^[99]^[100]^[101] In public policy, veterinarians actively lobby for legislation that elevates animal welfare standards and participate in emergency response to protect animals during crises. Animal welfare organizations influenced the passage of the U.S. Animal Welfare Act of 1966, which set minimum standards for the care of animals in research, exhibition, and transport, excluding farm animals but establishing a framework enforced by USDA veterinarians.^[102] In the European Union, the 1999 Directive 1999/74/EC phased out battery cages for laying hens by 2012, promoting enriched environments that allow natural behaviors like perching and nesting to reduce welfare compromises in egg production. During disasters, veterinarians deploy through Federal Emergency Management Agency (FEMA) Veterinary Medical Assistance Teams (VMATs), providing triage, treatment, and euthanasia for injured companion, livestock, and wildlife animals, as seen in responses to hurricanes and floods where they address immediate health needs and prevent disease outbreaks.^[103] In 2025, the World Organisation for Animal Health (WOAH) advanced animal welfare standards for transport and slaughter, with veterinarians auditing compliance in member countries.^[104] Veterinarians are central to ongoing controversies surrounding intensive animal agriculture and testing practices, where professional positions often spark debate within the field. The AVMA's endorsement of certain confinement systems in factory farming, such as gestation crates for sows, has drawn criticism from welfare advocates and some veterinarians who argue these practices cause chronic stress and physical ailments, leading to internal divisions and calls for policy reform to prioritize alternatives like group housing. On cosmetic testing, veterinarians highlight ethical concerns with animal-based toxicity assessments, supporting global shifts toward in vitro methods and the EU's 2013 ban on animal testing for cosmetics, while emphasizing their role in validating non-animal alternatives to reduce reliance on species like rabbits and guinea pigs. In addressing pet overpopulation, veterinarians lead spay/neuter programs endorsed by the AVMA and ASPCA, which surgically sterilize animals to curb unwanted litters and shelter euthanasia rates, though debates persist over mandatory laws versus targeted outreach to low-income communities for equitable access.^[105]^[106]^[107]^[108] Globally, veterinarians contribute to international standards and conservation through organizations like the World Organisation for Animal Health (WOAH), formerly OIE, where they help formulate Terrestrial Animal Health Code chapters on welfare during transport, slaughter, and killing for disease control, ensuring harmonized practices across borders to safeguard animal health and trade. WOAH delegates, often chief veterinary officers, integrate welfare into surveillance systems, promoting competency-based training for veterinarians to audit compliance in member countries. Additionally, veterinarians partner with non-governmental organizations such as the World Wildlife Fund (WWF), providing expertise in wildlife rehabilitation, disease monitoring, and anti-poaching efforts; for instance, WWF-India's veterinary specialists treat flood-injured animals and support rhino translocation projects in Africa to bolster endangered populations.^[109]^[110]^[111]

Representation in Media and Culture

Veterinarians are frequently depicted in media as compassionate and heroic figures dedicated to animal welfare, often romanticizing the profession's emotional rewards and challenges. The British television series All Creatures Great and Small, adapted from James Herriot's memoirs, portrays the life of a young rural veterinarian in 1930s Yorkshire, emphasizing themes of empathy, perseverance, and community ties in animal care.^[112] Similarly, the reality program The Incredible Dr. Pol follows Dutch-American veterinarian Jan Pol's high-volume practice in rural Michigan, showcasing hands-on treatments for livestock and pets while highlighting the veterinarian's role as a trusted local expert.^[113] In films, veterinarians often embody heroic archetypes in animal rescue stories, such as the protagonist in Water for Elephants, who applies veterinary skills to protect circus animals from exploitation. Media representations sometimes perpetuate stereotypes of veterinarians as overworked idealists, glossing over administrative burdens and economic pressures in favor of dramatic animal-patient interactions.^[114] These portrayals have evolved alongside the profession's gender dynamics, shifting from male-dominated depictions in early works to reflecting the current reality where women constitute the majority of practitioners and students in many countries.^[115] For instance, older films like A Country Vet emphasized rugged male leads, while contemporary shows increasingly feature female veterinarians navigating similar idealistic yet demanding roles.^[116] Literary works have significantly shaped cultural views of the profession, with James Herriot's semi-autobiographical series—beginning with If Only They Could Talk in 1970—offering vivid accounts of veterinary practice in 1930s–1980s Yorkshire, blending humor, hardship, and affection for animals.^[117] Modern veterinary memoirs continue this tradition, such as The Rhino with Glue-On Shoes (2008), a collection of zoo veterinarians' anecdotes that explores exotic animal medicine and ethical dilemmas in conservation. These depictions contribute to a broadly positive public perception, with surveys showing over 90% of pet owners expressing trust and appreciation for veterinarians' expertise.^[118] Social media has amplified this image since 2020, particularly through TikTok memes and challenges that humorously capture daily veterinary life, from chaotic appointments to heartwarming recoveries, fostering greater visibility and relatability.^[119]

Challenges and Hazards

Health and Safety Risks

Veterinarians face significant biological hazards from zoonotic diseases, which are infections transmissible between animals and humans, due to frequent close contact with infected animals during examinations, surgeries, and treatments. Q fever, caused by the bacterium Coxiella burnetii, is a notable example, with veterinarians at elevated risk from exposure to infected livestock placentas, milk, or aerosols; seroprevalence studies show rates up to 20% among those handling ruminants, highlighting the occupational vulnerability compared to the general population.^[120] Other common zoonoses include brucellosis, leptospirosis, and rabies, with veterinarians reporting occupational exposure in over 90% of cases in some surveys.^[121] Animal-related injuries, particularly bites and scratches, represent another major biological risk, often leading to infections or requiring medical intervention. In the United States, certified veterinary technicians experience bite injury rates of approximately 78 per 100 persons per year, while total injury rates reach 237 per 100, with veterinarians facing a similar threefold increased risk of such incidents compared to human healthcare practitioners. Over a decade, more than 70% of veterinarians report at least one injury from dog or cat bites and scratches, underscoring the frequency in companion animal practice.^[122]^[123]^[124] Chemical hazards in veterinary work primarily stem from exposure to anesthetics, antibiotics, and disinfectants, which can cause acute irritation or chronic health effects. Waste anesthetic gases like nitrous oxide are particularly concerning, with studies linking prolonged occupational exposure to reduced fertility and potential reproductive toxicity in both men and women, as evidenced by animal models and human cohort data showing decreased conception rates among exposed dental assistants handling similar agents. Antibiotics and pesticides also pose risks of skin sensitization or respiratory issues, though proper ventilation and handling mitigate some effects.^[125]^[126] Personal protective equipment (PPE) usage, such as gloves, masks, and gowns, is crucial for minimizing chemical exposures, yet adherence varies; surveys indicate that while over 80% of veterinarians use gloves for most procedures, consistent mask use for aerosolized agents occurs in only about 50-60% of cases, contributing to ongoing risks. Recent trends show modest increases in PPE adoption, particularly post-pandemic, but gaps persist in high-exposure settings like large animal practices.^[127]^[128] Physical dangers include musculoskeletal injuries from repetitive lifting of heavy animals and ergonomic strains during procedures, with lower back pain affecting up to 73% of veterinarians in a one-year period, often linked to handling patients over 50 pounds without mechanical aids. Radiation exposure from diagnostic X-rays adds another layer of risk, as scattered radiation can accumulate over time, potentially increasing cancer odds; veterinary staff, especially technicians positioning animals, receive doses that, without shielding, exceed recommended limits, though lead aprons and distance reduce exposure by 90% or more. Ergonomic interventions, like adjustable tables and team lifting protocols, have been shown to lower injury rates by 20-30% in adopting practices.^[129]^[130]^[131] Psychosocial stressors compound these physical risks, leading to compassion fatigue, burnout, and elevated mental health challenges from emotional demands like euthanasia decisions and client grief. As of 2024, approximately 18% of veterinarians report high or very high burnout, characterized by emotional exhaustion, while serious psychological distress affects about 10%.^[132] Recent studies, such as the 2024 Merck Animal Health and AVMA Veterinary Wellbeing Study, indicate progress in addressing these issues, with 38% of clinics now offering Employee Assistance Programs and more veterinarians accessing mental health treatment and counseling compared to prior years.^[133] Suicide rates among veterinarians remain 2 to 4 times higher than the general population, with females at 3.5 times and males at 2.1 times greater risk, driven by access to euthanasia drugs and professional isolation.^[134]

Ethical and Legal Issues

Veterinarians encounter profound ethical challenges in performing euthanasia, where decisions must balance compassion with the prevention of suffering while adhering to established protocols. The American Veterinary Medical Association (AVMA) Guidelines for the Euthanasia of Animals emphasize humane methods, such as intravenous administration of barbiturates like pentobarbital, to induce rapid unconsciousness and death in companion animals, with the veterinarian assessing the animal's quality of life as a key ethical criterion.^[135] Moral dilemmas intensify in scenarios involving owner requests for premature euthanasia or shelter overpopulation, requiring veterinarians to prioritize animal welfare over economic pressures from facilities.^[136] These protocols align with core ethical codes that mandate minimizing pain and distress.^[137] Resource allocation during disasters presents another ethical quandary, as veterinarians must triage limited supplies and personnel amid competing demands from human and animal victims. In mass casualty events, such as floods or wildfires, ethical frameworks like One Health advocate prioritizing interventions that address both immediate welfare needs and zoonotic risks, ensuring equitable distribution without favoring certain species or owners.^[138] This involves difficult judgments on which animals receive treatment versus euthanasia, guided by principles of justice and beneficence to avoid exacerbating disparities in access to care.^[139] Conflicts of interest frequently arise in veterinary practice, particularly when serving breeders whose commercial goals may conflict with animal welfare standards. For instance, veterinarians might face pressure to certify unhealthy breeding stock for profit, yet AVMA ethical principles require placing the patient's health foremost, potentially leading to refusal of services that perpetuate welfare issues like genetic disorders in purebred dogs.^[140] Such dilemmas underscore the need for transparency to maintain professional integrity and avoid dual loyalties that could harm animals.^[141] Legally, the veterinary-client-patient relationship (VCPR) forms the cornerstone of practice, mandating that veterinarians establish a bond through physical examination or sufficient knowledge of the animal's condition before diagnosing, treating, or prescribing. Federal regulations from the U.S. Food and Drug Administration (FDA) define VCPR to ensure responsible drug use, with recent clarifications allowing telemedicine only if it meets in-person equivalency standards, such as video assessments in remote areas.^[142] Handling controlled substances adds stringent requirements; veterinarians must obtain Drug Enforcement Administration (DEA) registration to prescribe, dispense, or administer drugs like opioids or anesthetics, with compliance involving biennial renewals, secure storage, and detailed record-keeping to prevent diversion.^[143] Non-compliance can result in severe penalties, including license revocation.^[144] Informed consent is a critical legal and ethical safeguard, requiring veterinarians to disclose treatment risks, benefits, and alternatives to clients, especially for alternative therapies such as acupuncture or herbal remedies, which lack the empirical backing of conventional medicine. Failure to obtain this consent can constitute negligence if it leads to adverse outcomes, as courts hold veterinarians to standards of care informed by peer practices.^[145] International variations highlight differing emphases; in the European Union, stricter animal rights laws under directives like 2010/63/EU impose enhanced welfare obligations on veterinarians, including mandatory pain assessments in research and bans on non-therapeutic mutilations, contrasting with more permissive U.S. frameworks.^[146]^[147] Emerging technologies introduce novel ethical and legal issues, such as the use of artificial intelligence (AI) in diagnostics, where the opaque "black box" algorithms raise concerns about accountability and accuracy in identifying conditions like fractures on radiographs. Without dedicated regulatory oversight for veterinary AI—unlike human medicine—veterinarians risk ethical lapses in over-reliance on unvalidated tools, potentially affecting treatment decisions and client trust.^[148] Similarly, CRISPR-based genetic editing in animals poses dilemmas regarding welfare, as off-target mutations could cause unforeseen suffering, while applications for disease-resistant livestock challenge boundaries between therapeutic enhancements and commodification, demanding updated ethical guidelines to evaluate long-term impacts.^[149]^[150]

Malpractice and Liability

Veterinary malpractice refers to professional negligence by veterinarians that results in harm to animals, typically involving deviations from the accepted standard of care. In the United States, more than 2,000 veterinary malpractice lawsuits are filed annually in courts as of the early 2000s, though comprehensive national statistics are limited due to underreporting and the low incidence relative to human medicine.^[151] Common claims include misdiagnosis or failure to diagnose conditions such as cancer or infections, which can lead to worsened outcomes or animal death; surgical errors like improper incisions or anesthesia mismanagement; medication errors involving incorrect dosages or prescriptions; and improper euthanasia procedures that cause unnecessary suffering.^[152]^[153] These claims often arise from emergency situations or complex cases where time pressures increase the risk of error.^[154] Payouts in veterinary malpractice cases are generally lower than in human medical malpractice, often limited to the fair market value of the animal plus related economic damages, with awards typically ranging from $10,000 to $100,000 depending on the case severity and jurisdiction. For instance, a California veterinarian was ordered to pay $27,000 in compensation for damages in a negligence suit.^[155]^[156] Veterinary professional liability insurance is not legally mandated in any U.S. state but is strongly recommended and often required by employers or practice owners, with typical policies offering $100,000 to $1 million in coverage per claim to protect against litigation costs and settlements.^[157]^[158] Factors elevating risk include high-volume emergency practices, lack of informed consent, and inadequate documentation, which can complicate defenses.^[154] Notable case precedents illustrate these issues. In one anonymized example, a dog's death from a misplaced feeding tube led to a successful malpractice claim under tort claims act provisions, highlighting failures in procedural standards. Another involved delayed detection of a tumor in a pet, resulting in euthanasia; the court upheld liability due to breach of the standard of care, defined as what a reasonably prudent veterinarian would do in similar circumstances. Defenses commonly invoke the standard of care doctrine, expert testimony on reasonable practices, and contributory negligence by owners, such as withholding medical history.^[159]^[152]^[153] To mitigate malpractice risks, veterinarians emphasize thorough record-keeping to document diagnoses, treatments, and owner communications, which serves as critical evidence in disputes. Seeking second opinions in ambiguous cases and obtaining explicit informed consent for procedures further reduce liability exposure. Recent trends in telemedicine, accelerated by post-2023 state regulations, have introduced new considerations; for example, California's AB 1399 clarified that virtual veterinary-client-patient relationships (VCPRs) must meet in-person equivalency standards for prescribing, with liability heightened without proper documentation of remote examinations to avoid misdiagnosis claims.^[160]^[161] These measures align with broader efforts to standardize telehealth practices amid rising virtual consultations.^[162]

References

[1]
Veterinary training | American Veterinary Medical Association
When asked what a veterinarian does, most people will answer that veterinarians are doctors for animals. However, many people don't know how true that.Missing: definition | Show results with:definition
[2]
[PDF] Veterinarians in Biomedical Research - AVMA
Veterinarians working in pharmaceutical and biomedical research firms develop, test, and supervise the production of drugs, chemicals, and biological products, ...
[3]
Career options for veterinarians | American Veterinary Medical ...
Veterinarians can pursue careers in clinical practice, academia, associations, government, industry, and international roles, including animal shelters and ...
[4]
Center for Veterinary Medicine Also referred to as: CVM - FDA
Oct 18, 2024 · Educates pet owners, animal producers, veterinarians, and the animal health industry about the products we regulate;; Monitors the safety of all ...
[5]
About One Health - CDC
One Health is an approach that recognizes that the health of people is closely connected to the health of animals and our shared environment.
[6]
Veterinary public health - Control of Neglected Tropical Diseases
Veterinary public health is a component of public health that focuses on the application of veterinary science as a contribution to the protection and ...
[7]
Veterinary Medicine and Public Health at CDC
Dec 22, 2006 · Veterinary medicine has responsibilities in biomedical research; ecosystem management; public health; food and agricultural systems; and care of companion ...
[8]
Controlling Antimicrobial Resistance: Healthcare Providers and ...
Apr 22, 2024 · Veterinarians and healthcare providers are leaders and stewards in preserving antibiotics and antifungals for animals and people. Healthcare ...
[9]
We are AVMA | American Veterinary Medical Association
With over 93000 members, AVMA is the veterinary profession's leading advocate. We protect, promote and advance the needs of veterinarians and those they ...
[10]
The importance of veterinary career awareness - AVMA Journals
May 15, 2018 · Although the AVMA's Model Veterinary Practice. Act3 defines a veterinarian as “a person who has re- ceived a professional veterinary medical ...
[11]
[PDF] 2019 MODEL VETERINARY PRACTICE ACT
The AVMA is routinely requested to provide templates or standardized forms for veterinarians to utilize in their practice. As these forms often will become ...
[12]
Veterinary technicians and veterinary assistants
Veterinary technicians are skilled professionals who assist in care, perform lab procedures, provide nursing care, and assist in surgery, but cannot diagnose ...
[13]
Agricultural and Food Scientists : Occupational Outlook Handbook
With a focus on food production, these scientists explore animal genetics, nutrition, reproduction, diseases, growth, and development. They work to develop ...
[14]
A global map of travel time to access veterinarians - Nature
Jul 1, 2025 · On the one hand, rural areas face economic challenges that limit the ability of farmers to afford veterinary services, making practices less ...
[15]
Veterinarian - Etymology, Origin & Meaning
Originating in the 1640s from Latin veterinarius, meaning "of or relating to beasts of burden," this word denotes a doctor treating diseases and injuries in ...
[16]
Veterinary - Etymology, Origin & Meaning
Originating from Latin veterinarius, meaning "of or pertaining to beasts of burden," the term relates to domestic animals, especially horses and cattle, ...<|control11|><|separator|>
[17]
Early History of Veterinary Medicine & Colonial Animal Caregivers
Jan 21, 2020 · 18th Century German Ferrier or 'Horse Doctor' attending a horse. ... Origin of Word Veterinary. The word veterinary can possibly be tranced ...
[18]
Veterinarian Credentials: What all those letters mean - TVCC
Feb 13, 2024 · In America, vets will instead have the letters DVM (Doctor of Veterinary Medicine) after their name or VMD (Veterinary Medical Doctor – awarded ...
[19]
[PDF] FAQs SHEET ON VETERINARY MEDICINE
What does “Veterinary Medicine” mean? It is from the Latin word meaning “of cattle.” But today it means, “the study of all species, including humans.”.
[20]
One health - World Health Organization (WHO)
One Health is an integrated, unifying approach that aims to sustainably balance and optimize the health of people, animals and ecosystems.Approach · Animal Health · One Health Initiative · Driving implementation...
[21]
What do board-certified veterinary specialists do?
An animal owner may be referred to a board-certified veterinary specialist if diagnosing or treating an animal's health problem requires specialized equipment ...
[22]
VET Definition & Meaning | Dictionary.com
Origin of vet · First recorded in 1860–65; short for veterinarian ; Origin of vet · An Americanism dating back to 1865–70; shortened form.
[23]
Did a Prehistoric Surgeon Practice on This Cow?
Apr 24, 2018 · Starting at least 7,000 years ago, people practiced a procedure called trepanation, which involved punching or scraping a hole in the skull for ...
[24]
VETERINARY SURGERY & GYNECOLOGY IN ANCIENT EGYPT
The kahun medical papyrus certificates the attendance of Ancient Egyptians with the animal ophthalmology. They handle treatment of eye problems in dog and bull ...Missing: BCE | Show results with:BCE
[25]
Hastyăyurvĕda--a complete treatise on elephants - PubMed
In India, history of traditional Veterinary medicine dates back to the era of Mahăbhărata i.e.5000 B.C., recorded in the form of "Nakula Samhhită". Hastăyurvĕda ...
[26]
Animals: Their use and Meaning in Medieval Medicine - NCBI - NIH
Animals frequently appear as metaphors for disease, body parts or signs of disease. From the resemblance between the swollen lymph nodes of scrofula to a ...
[27]
Apsyrtus | A Byzantine Encyclopaedia of Horse Medicine
Oct 31, 2023 · Apsyrtus' treatise was chosen to be the foundation of the Hippiatrica. Not only is it the most extensive work on horse-medicine in Greek.
[28]
Mamluks and animals: Veterinary medicine in medieval islam
Th he authors used the Greek medical works as well, but part of that knowledge survived with the help of Arabic translations (Shehada 2012; Weidenhöfer et al.
[29]
https://brill.com/previewpdf/book/9789004234222/B9789004234222-s004.xml
[30]
Animal Healing in Sacred Societies, 1500–1700 (Chapter 1)
Aug 11, 2022 · This chapter highlights traditions of animal healing around the globe, from South American, to Islamic and Ottoman, to Ayurvedic, Chinese, and European.Missing: analogies | Show results with:analogies
[31]
[Claude Bourgelat and the creation of the first veterinary schools]
May 4, 2012 · The first veterinary school in the world was created in Lyon in 1761 by an equerry, Claude Bourgelat (1712-1779), a man renowned for his skill in horsemanship ...
[32]
Rinderpest and the First Veterinary School
Mar 11, 2019 · Modern veterinary medicine is largely considered to have begun in 1761, when Claude Bourgelat established the first school of veterinary medicine.
[33]
Vet School | College of Medicine and Vet Medicine
Sep 9, 2024 · The Royal (Dick) School of Veterinary Studies is one of the oldest veterinary schools in the world, founded in 1823 by William Dick.
[34]
Rinderpest: the veterinary perspective on eradication - PMC
Rinderpest was a devastating disease of livestock responsible for continent-wide famine and poverty. Centuries of veterinary advances culminated in 2011 ...
[35]
Past Veterinary Colleges
1852-1866 · Veterinary College of Philadelphia. Philadelphia, Pennsylvania ; 1855-1860 · Boston Veterinary Institute. Boston, Massachusetts ; 1857-1899 · New York ...
[36]
James Law, America's first university veterinary professor, raised the ...
James Law, America's first university veterinary professor, raised the bar for academic standards. J Am Vet Med Assoc. 2013 Feb 1;242(3):286-9.Missing: professionalization | Show results with:professionalization
[37]
History of the AVMA | American Veterinary Medical Association
The AVMA's origins date to 1863, when veterinary surgeons from seven states convened for the first time in New York.
[38]
Background - The Anthrax Vaccine - NCBI Bookshelf
Early work on the development of a vaccine against anthrax in animals was carried out in the 1880s by W. S. Greenfield and by Louis Pasteur (Turnbull, 1991).THE DISEASE · ANTHRAX VACCINE... · USE OF ANTHRAX VACCINE
[39]
The Development and Role of the Veterinary and Other Professions ...
Feb 16, 2017 · In this chapter, we consider how the veterinary profession evolved alongside these changes, and how these developments affected the lives of companion animals.
[40]
[PDF] REPORT AVMA's Current Role in Global Veterinary Activities
AVMA Director of International Affairs—In July 2001, the AVMA EB approved a recommendation from the Task Force on Global Accreditation to fund ($10,000/annually) ...Missing: SARS | Show results with:SARS
[41]
AVMA News in
Dec 1, 2023 · This includes projects to understand how SARS-CoV-2 virus behaves in different animals, how it moves between animals and people, and what can be ...
[42]
21st century vets: professional dynamics in the era of One Health
21st-century vets face challenges like reduced state intervention, better-informed clients, and market changes, while gaining visibility in global health and ...
[43]
[PDF] vmcas 2025 applicant guide | aavmc
... Veterinary Medicine (DVM) degree typically takes eight years of education beyond high school . Although variations occur, a typical ... application process ...
[44]
[PDF] Summary of Course Prerequisites
Applicants are expected to have completed at least 3 years Pre-. Veterinary or science courses at College or University, with a minimum of one year in chemistry ...
[45]
Accrediting veterinary degrees - Professionals - RCVS
The RCVS defines the competences that need to be met by the new veterinary graduate, and specifies the requirements for veterinary degree courses to be approved ...RCVS Accreditation Panel... · Accreditation Standards · Accreditation Events
[46]
AVBC Accredited Veterinary Schools
Programs in Australia and New Zealand ; Bachelor of Veterinary Science (BVSc). Doctor of Veterinary Medicine (DVM). Accredited, 2019 ; Southern Cross University.
[47]
[PDF] Admissions processes and entry requirements for UK veterinary ...
For example, the RCVS Standards and. Guidance for the Accreditation of Veterinary Degree Programmes stipulate that the core veterinary curriculum must include ...
[48]
Accredited veterinary colleges
This page contains the only official internet list of schools and programs accredited in the field(s) of veterinary medicine by the AVMA COE. The list is ...Missing: path | Show results with:path
[49]
NAVLE - ICVA
Non-Accredited Programs or Non-Accredited Graduates. The NAVLE is a requirement for licensure to practice veterinary medicine in the United States or Canada.Transfer NAVLE Score · Preparation Resources · Licensing Boards · FAQs
[50]
Preparing for a Veterinary Career - AAVSB
To become a licensed veterinarian in the United States or Canada, you must pass the North American Veterinary Licensing Examination (NAVLE).
[51]
Steps of the ECFVG Certification Program
Oct 26, 2023 · The ECFVG program has four steps: Registration and Proof of Graduation, English Language Ability, Basic and Clinical Sciences Knowledge, and ...
[52]
RACE® Acceptance by Jurisdictions - AAVSB
A list of states and provinces that accept the RACE programs' continuing education without additional jurisdictional approval.
[53]
Continuing professional development (CPD) - RCVS
Record 35 hours of CPD per calendar year using 1CPD; Reflect on your learning in 1CPD. For vet nurses: Record 15 hours of CPD per calendar year using 1CPD ...
[54]
Questions About Veterinary Licensure?
Nov 15, 2024 · Verification of good standing with your state veterinary board; Verification that you have completed your state's continuing education (CE) ...Missing: United | Show results with:United
[55]
Georgia to licensees: You need communications, ethics training
Georgia regulators now require licensees to have at least two hours of continuing education (CE) in state laws, rules and professionalism.<|control11|><|separator|>
[56]
[PDF] AAVSB Practice Act Model |Article V
provides a privilege which can be removed by the Board through the disciplinary process, reported to a databank, such as AAVSB's Veterinary Information ...
[57]
[PDF] Standard 9
The curriculum must provide at least 130 weeks of direct instruction. The summative, concluding period of clinical instruction must include a minimum of 40 ...
[58]
[PDF] Veterinary Education Core Curriculum - WOAH
– The Model Core Veterinary Curriculum assumes that each student enters veterinary school with a solid understanding of the basic sciences (e.g., chemistry and ...
[59]
Simulation Training | Cornell University College of Veterinary Medicine
This cutting-edge veterinary simulation center lets you practice veterinary skills with a lifelike "patient," including listening to heart and lung sounds, ...
[60]
Simulation models: another approach to teaching and learning in
Dec 15, 2022 · Simulation-based medical education enhances the learning environment and add educational value in teaching and training veterinary students' ...
[61]
Training Veterinary Students in Animal Behavior to Preserve the ...
Feb 4, 2011 · In animal behavior classes in the veterinary medical curriculum, normal species-specific behavior should be taught in both didactic and clinical ...Benefits Of Animal Behavior... · Training Astute Clinicians · Puppy Socialization<|separator|>
[62]
(PDF) Working in parallel, learning in parallel? - ResearchGate
Aug 6, 2025 · Despite significant similarities between training and practice in human and veterinary medicine, the two professions tend to articulate, rather ...
[63]
Is Vet School Harder Than Medical School?
Oct 28, 2025 · Veterinary medicine covers a broad range of species, whereas human medicine goes deeper into the complexities of the human body and the systems ...Missing: basic | Show results with:basic
[64]
Telehealth as a Component of One Health: a Position Paper - PMC
Dec 26, 2023 · Introduction : One Health (OH) refers to the integration of human, animal, and ecosystem health within one framework in the context of zoonoses, ...
[65]
2025 AAHA One Health Guidelines: Navigating Cross-Disciplinary ...
Aug 27, 2025 · The AAHA One Health Guidelines help veterinary practices navigate the intricacies of cross-disciplinary communication to better serve ...
[66]
A model curriculum for the study of animal welfare in colleges and ...
Key skills and skills assessments in a proposed model animal welfare curriculum for colleges and schools of veterinary medicine. Day-one competency. Related ...
[67]
Twenty-five components of a baseline, best-practice companion ...
Feb 8, 2022 · In addition to taking the patient's history and performing a physical exam, veterinarians may be required to discuss topics such as parasite ...
[68]
The veterinarian-client-patient relationship (VCPR)
A VCPR is the professional relationship between you, your animal(s), and your veterinarian. It exists when your veterinarian knows your animal well enough.
[69]
Considerations related to the use of molecular diagnostic tests in ...
Sep 15, 2021 · In general, a differential list of potential diagnoses should be established on the basis of the clinical history and physical examination ...
[70]
[PDF] THE VETERINARY HEALTHCARE TEAM
In a clinical hospital environment, veterinarians work with large and small animals to evaluate animals' health; diagnose and treat illnesses; provide routine.
[71]
Importance of wellness exams - AVMA
Veterinarians recommend regular wellness exams for the same reason your physician and dentist do: if you can detect a problem in its early stages...Missing: preventive herd
[72]
Veterinary herd health management—Experiences and perceptions ...
Nowadays, veterinarians play a key role in supporting dairy farmers in their preventive efforts; in fact, farmers consider the veterinarian to be their main ...
[73]
The role of veterinarians in zoonosis prevention - NIH
Dec 12, 2023 · Our findings indicate that veterinarians possess a superior understanding of zoonotic pathogens and exhibit greater proficiency in diagnosing ...
[74]
How do veterinarians mitigate liability concerns with workforce ...
When the informed client gives valid consent, euthanasia is an appropriate intervention to relieve suffering. When the owner is not known, euthanasia ...<|control11|><|separator|>
[75]
Veterinarians : Occupational Outlook Handbook
The median annual wage for veterinarians was $125,510 in May 2024. Job Outlook. Employment of veterinarians is projected to grow 10 percent from 2024 to 2034, ...Missing: 2022-2032 | Show results with:2022-2032
[76]
USDA announces plan to address rural, federal veterinary shortages
Sep 3, 2025 · In 2025, the USDA declared 243 rural veterinary shortage areas in 46 states, which is the highest number of shortage areas ever. The largest ...
[77]
Pet clinics are in crisis over the surge of pet ownership during COVID
Jun 10, 2024 · A shortage of veterinarians and vet techs, an overabundance of animal patients and rising veterinary care costs are approaching crisis status ...Missing: post | Show results with:post
[78]
Gap shrinks between new graduate, overall veterinary salaries
Nov 7, 2024 · New veterinary graduates. The mean starting compensation in 2024 was around $130,000 for graduates of U.S. and Caribbean veterinary colleges ...
[79]
2024 analysis of compensation, job duties, and benefits among US ...
When considering all private practice veterinarians, the AVMA reported an average salary of $137,376. The salary for clinically employed shelter veterinarians ...
[80]
Bovine Veterinary Salary and Benefits Survey Results
Jan 30, 2024 · For veterinarians in private practice, mean-reported income was $143333 ... veterinarian practice owners it was $191,000. Related Stories.
[81]
Being a veterinary practice owner is hard. But good. But still hard.
Mar 28, 2025 · ... average” small animal practice owner earns $75000 more each year than an associate. More recent data convey a similar, even stronger message ...
[82]
Veterinarian Salary Survey Results – January 2023
Feb 13, 2023 · In general, veterinarians who work in urban areas tend to earn higher salaries than those in rural areas, and those working in private practices ...
[83]
Exploring the Highest Paid Veterinary Fields: What You Need to Know
Aug 19, 2025 · Salaries can vary significantly from one state to another, and even between city and rural locations within the same state. Finally, the ...Missing: urban | Show results with:urban
[84]
Assessing the Gender Pay Gap in Veterinary Medicine
Aug 4, 2021 · According to Bureau of Labor Statistics data, in 2020 women's annual earnings were 82.3% of men's, resulting in an annual wage gap of $10 157. ...<|control11|><|separator|>
[85]
12 Alternative Careers for Veterinarians to Consider
Aug 24, 2022 · Army veterinarians may treat soldiers' pets, go on missions to combat diseases, develop vaccines, or care for government-owned animals.
[86]
About Zoonotic Diseases | One Health - CDC
Apr 7, 2025 · Scientists estimate that more than 6 out of every 10 known infectious diseases in people can be spread from animals, and 3 out of every 4 new or ...What To Know · Background · How Do Germs Spread Between...
[87]
Veterinarians and One Health in the Fight Against Zoonoses Such ...
Veterinarians have experience in successfully managing outbreaks of diseases, such as brucellosis, tuberculosis, anthrax, foot-and-mouth disease, and rabies, in ...
[88]
Veterinarians are key to rabies eradication - DVM360
Veterinarians are key to rabies eradication. Veterinarians play the most important role in protecting domestic animals, and the general public, from rabies.
[89]
Antimicrobial resistance - World Organisation for Animal Health
Put together One Health initiatives by collaborating with human health, environment and agriculture departments to fight AMR. Discover more guidelines.
[90]
Role of Veterinarians in Public Health and One Health
Role of Veterinarians in Food Safety. Veterinarians in food-producing animal practice and government service contribute importantly to the safety of the food ...
[91]
The discovery of insulin - Animal Research Info
Nov 5, 2014 · Frederick Banting and Charles Best began their classic experiments in 1921. By the end of the year they had showed that extracts from the pancreas reduced ...Missing: history | Show results with:history
[92]
Measles vaccination: Threat from veterinary viruses, need vaccination
Vaccines against PPR and canine distemper have also been generated; however, the diseases still pose a threat to susceptible species.
[93]
Did Horses Act as Intermediate Hosts That Facilitated the ... - PubMed
We hypothesize that horses acted as intermediate hosts spreading a prepandemic avian-origin virus before 1918. This is supported by reports describing a large ...Missing: cases | Show results with:cases
[94]
[PDF] WSAVA Animal Welfare Guidelines
Canadian standards of care in animal shelters: supporting ASV guidelines. Canada: Canadian. Advisory Council on National Shelter Standards. 2013. AVMA (2018) ...
[95]
[PDF] ASV Guidelines for Standards of Care in Animal Shelters - ASPCApro
The ASV would like to recognize and thank the authors of the first edition of the ASV Guidelines for Standards of Care in Animal Shelters for their time and ...
[96]
Policy and Position Statement: Animal Relocation for Adoption
Animals must be examined by a veterinarian or trained staff member, must be in good health or able to be safely and humanely transported with any existing ...
[97]
https://pubmed.ncbi.nlm.nih.gov/40261008/
[98]
The European Union ban on conventional cages for laying hens
A 1999 Directive with details based on advice from the EU's Scientific Veterinary Committee will phase out conventional laying cages but allow enriched cages.Missing: lobbying 1966
[99]
https://www.aspcapro.org/sites/default/files/2023-05/asvguidelinessecondedition-2022.pdf
[100]
The bitter civil war dividing American veterinarians - Vox
Jan 4, 2023 · To fight the cruel meat industry practices like ventilation shutdown, some veterinarians are fighting their own profession.
[101]
Bioethics: a look at animal testing in medicine and cosmetics in the UK
Nov 12, 2019 · Using animals for cosmetics and medical tests has contributed towards a debate based on conflicting interests.
[102]
Spaying and neutering | American Veterinary Medical Association
Spaying and neutering are important for preventing unplanned or unwanted litters, and reducing pet overpopulation. Why spay or neuter? Although progress has ...
[103]
Position Statement on Mandatory Spay/Neuter Laws - ASPCA
The ASPCA does not support laws that mandate spay/neuter of all owned animals within a community; however, based on currently available scientific information, ...<|separator|>
[104]
Standards - WOAH - World Organisation for Animal Health
By collecting, analysing and disseminating veterinary scientific information, we encourage international solidarity in the control of animal health risks.
[105]
Meet Dr. Parikshit Kakati, WWF India's wildlife veterinary specialist
Dec 15, 2020 · Meet Dr. Parikshit Kakati, WWF-India's vet who rescues and treats wild animals during Assam's annual floods, helping protect both wildlife ...
[106]
Meet Dr. Jacques Flamand - World Wildlife Fund
Jan 26, 2021 · We hear from this wildlife veterinarian, who was critical to WWF's Black Rhino Range Expansion Project.
[107]
All Creatures Great and Small | Masterpiece | Official Site - PBS
All Creatures Great and Small. Airdate and everything we know so far about ... James Herriot's adventures as a veterinarian in the 1930's Yorkshire Dales get a ...Episodes · The Cast's Hopes for Season 6 · The Cast Gushes Over All... · Episode 1
[108]
https://www.aspca.org/about-us/aspca-policy-and-position-statements/position-statement-mandatory-spayneuter-laws
[109]
Veterinary practice: Stranger in fiction? - DVM360
Jan 9, 2019 · These actors aren't vets, but they played them on TV. A retrospective of how TV and movies portray vets and veterinary practices.
[110]
The state of women in vet med—according to the data - AAHA
Mar 21, 2024 · Just out of vet school, the gender gap between male and female DVMs' starting salaries is only about 3%. However, once in their careers, female ...
[111]
Veterinarians in Cinema - Goodfriends Veterinary Clinic
Jun 28, 2016 · The guy who played Howard Sprague on the old Andy Griffith Show on tv, Jack Dodson, played a veterinarian kidnapped by McQueen. Here's Dodson.
[112]
All Creatures Great and Small: a guide to James Herriot's books
Apr 12, 2023 · Find out why the engaging and heartfelt memoirs of a vet in rural Yorkshire continue to fly, leap and gallop off the shelves.
[113]
A new survey shows over 90% of pet owners trust vets but overlook ...
Apr 24, 2025 · New survey shows that over 90% of animal owners trust and appreciate veterinary teams but underestimate the demands of the profession.
[114]
Public Perceptions of Veterinarians from Social and Online Media ...
Jun 6, 2020 · This analysis employs social media listening and analysis to discern top themes arising from social and online media posts referencing veterinarians.
[115]
Seroepidemiologic and Occupational Risk Survey for Coxiella ...
Conclusions. Veterinarians have a high level of exposure to C. burnetii, the causative organism of Q fever, especially those veterinarians who treat livestock.
[116]
Veterinarians as a Risk Group for Zoonoses: Exposure, Knowledge ...
In 2009, the majority (90.9%) of the participating veterinarians reported having been occupationally exposed to zoonotic pathogens. Zoonotic infections (15.0%), ...
[117]
Evaluation of factors associated with work-related injuries ... - PubMed
Aug 15, 2014 · Results: 465 of 873 eligible CVTs reported 1,827 injury events (total and bite injury rates, 237 and 78 injuries/100 persons/y). Primary injury ...
[118]
Practice-wide certification in stress-reducing animal care lowers the ...
Veterinarians have a 3-fold risk of injury compared to human medical general practitioners, increasing to 9-fold when only severe injuries are considered.
[119]
(PDF) Disease and injury among veterinarians - ResearchGate
Aug 6, 2025 · Over a 10-year period, 71% of respondents had been injured. The major physical injuries were dog and cat bites, cat scratches, scalpel blade ...
[120]
About Anesthetic Gases and Reproductive Health - CDC
Mar 27, 2024 · Several studies show that both men and women exposed to large amounts of waste anesthetic gases might have reduced fertility.
[121]
Reduced Fertility among Women Employed as Dental Assistants ...
Oct 1, 1992 · Fertility is reduced in female rats exposed to levels of nitrous oxide similar to those found in some dental offices.
[122]
[PDF] Evaluating Use of Personal Protective Equipment by Veterinary ...
Jun 9, 2022 · Results: Findings suggest a broad trend toward a small increase in PPE use for most activities that present a risk for occupational zoonosis ...
[123]
Self-reported use of x-ray personal protective equipment by ...
Feb 1, 2019 · Trends in exposure of veterinarians to physical and chemical hazards and use of protection practices. Int Arch Occup Environ Health 2008;81 ...Missing: statistics | Show results with:statistics
[124]
Prevalence and Risk Factors Associated with Musculoskeletal ...
The overall one-year period prevalence of MSD in the surveyed veterinarians was 96%, with lower back (73%), shoulders (59%), neck (58%) and the wrists/hands ( ...
[125]
Radiation Protection in Veterinary Practice | X-Ray Safety Guide
Rating 5.0 (77) Jan 27, 2020 · Veterinary professionals working with X-ray machines are at risk of health issues like burns, genetic damage, and cancer if safety precautions ...
[126]
IDEXX Veterinary Radiation Safety Center
Veterinary technicians may be particularly at risk, as they typically capture x-ray images. X-rays scatter in all directions, even when an animal is sedated and ...
[127]
Compassion satisfaction, burnout, and secondary traumatic stress ...
Jun 1, 2021 · Overall, 35.5% of veterinarians were classified as having low CS scores, 50.2% as having high BO scores, and 58.9% as having high STS scores.
[128]
https://avmajournals.avma.org/view/journals/javma/254/3/javma.254.3.409.xml
[129]
Suicide among veterinarians in the United States from 1979 through ...
Jan 1, 2019 · Veterinarians had a higher PMR for suicide, compared with the general US population (Table 2). Male veterinarians were 2.1 (95% CI, 1.87 to 2.32) ...
[130]
Providing a humane death - AVMA Journals
Jan 23, 2025 · The Guidelines set criteria for euthanasia, specify appropriate euthanasia methods and agents, and are intended to assist veterinarians in ...
[131]
A literature review on current practices, knowledge, and viewpoints ...
Feb 17, 2023 · The AVMA Guidelines for the Euthanasia of Animals: 2020 Edition lists barbiturate acid derivatives (pentobarbital) and pentobarbital combination ...
[132]
[PDF] the veterinarian's role in - Animal Welfare - AVMA Store
The AVMA helps veterinarians keep abreast of the scientific, ethical, and public policy aspects of animal welfare decision-making. Its Animal Welfare.
[133]
The Role of Veterinarians in Mass Casualty Disasters - NIH
Aug 11, 2021 · Effective integration of veterinarians in all phases of disaster management would encourage appropriate resource allocation, outline ...
[134]
One Health Animal Disaster Management: An Ethics of Care Approach
Mar 10, 2022 · This article examines key facets of an integrated One Health animal disaster management (OHADM) framework using the ethics of care (EC) approach to advance ...Missing: allocation | Show results with:allocation
[135]
Speaking Up: Veterinary Ethical Responsibilities and Animal ... - NIH
Jan 22, 2018 · One of the key areas of conflict in veterinary practice is conflict between the interests of the animal or patient and the interests of the ...
[136]
Veterinary Medical Ethics: A Focus of Conflicting Interests
Aug 10, 2025 · The scenario in which veterinarians practice today is characterized by conflicts of interest ... breeding, farming, welfare, prophylaxis and ...
[137]
VCPR, Prescribing/Dispensing Animal Drugs and Telemedicine - FDA
Sep 4, 2024 · Can a Veterinarian-Client-Patient Relationship be established through telemedicine? The federal VCPR definition (21 CFR 530.3(i)) includes the ...
[138]
Understanding Veterinary DEA Regulations for Controllled ... - CUBEX
Apr 3, 2023 · Registration: Veterinarians must register with the DEA to prescribe, administer, or dispense controlled substances. This registration must be ...
[139]
Delving into DEA regulations for veterinary practices - DVM360
Feb 3, 2021 · Every person or entity that handles controlled substances must be registered with the DEA or be exempt by regulation from registration.<|separator|>
[140]
Informed consent plays an important role when practicing veterinary ...
Aug 25, 2025 · Informed consent is needed to meet regulatory board needs when practicing along a spectrum of care, which offers a range of options based on ...
[141]
EU animal welfare legislation - Food Safety - European Commission
The ban on cat and dog fur applies in the European Union since 31 December 2008 and was introduced by Regulation No 1523/2007. The Regulation bans the...
[142]
EU regulations on animal research | EARA
Animal research in the European Union (EU) is regulated under Directive 2010/63/EU on the protection of animals used for scientific purposes.
[143]
First, do no harm. Ethical and legal issues of artificial intelligence ...
Dec 13, 2022 · One ethical concern involving AI in diagnostic imaging is the 'black box' nature of many algorithms. Veterinarians may not be able to ...
[144]
Gene editing in animals: Miracle or madness? - DVM360
Aug 17, 2020 · Gene editing in animals has the potential to add new dimensions to our ability to relieve animal suffering while also creating an opportunity for unbridled ...Crispr: Simpler And Less... · Current Regulatory... · Humans Versus Animals
[145]
CRISPR & Animals: Implications of Genome Editing for Policy and ...
This report describes the scientific developments and policy implications of genome editing in animals. Genome editing techniques such as CRISPR-Cas can be ...<|separator|>
[146]
Guide to Veterinary Malpractice Claims & Wrongful Pet Death Lawsuits
Statistics regarding veterinary malpractice aren't well-maintained, but 1 source estimates that there are more than 2,000 cases of veterinary malpractice filed ...
[147]
Detailed Discussion of Veterinarian Malpractice
This article provides an overview of the history and current status of veterinary malpractice in the United States.
[148]
Veterinary Malpractice - Nolo
You may sue a veterinarian who hurt your pet through incompetence or carelessness. But pursuing a vet malpractice lawsuit in court is rarely practical.What Is Malpractice? · How to Prove Veterinary... · How Much Is a Vet Malpractice...
[149]
Litigation trepidation: DVMs expres concern about malpractice, liability
16 percent of responding veterinarians say malpractice threats and lawsuits are the most pressing issues facing veterinary medicine.
[150]
https://cogem.net/en/publication/crispr-animals-implications-of-genome-editing-for-policy-and-society/
[151]
Quantitative and qualitative analysis of lawsuits against ...
Veterinary malpractice litigations have increased by 300 % and the value of damages awarded after trial also has grown [5]. A study shows that, in the United ...
[152]
Coverage for Individual Veterinarians - AVMA PLIT
Professional liability coverage through AVMA PLIT responds if you are accused of professional malpractice. The program will vigorously defend you.Missing: mandatory | Show results with:mandatory
[153]
Veterinary Business Insurance Requirements - MoneyGeek.com
Oct 20, 2025 · Veterinary businesses aren't legally required to carry general liability insurance, but most commercial clients won't work with you without it.
[154]
Veterinarian Issues: Related Cases - Animal Legal & Historical Center
After an animal hospital caused the death of a dog due to an improperly placed feeding tube, the dog owners sued for veterinary malpractice under the Tort ...
[155]
VCPR requirements fuel state legislative activity
Nov 2, 2023 · It limits prescribing medication by a veterinarian to 14 days from the visit and one refill before an in-person examination is required. The law ...Missing: liability | Show results with:liability
[156]
AB 1399 Frequently Asked Questions - California Veterinary Medical ...
AB 1399 requires a VCPR for prescribing drugs and clarifies telehealth rules, including that the animal must be in California for telehealth.Missing: liability | Show results with:liability
[157]
The patchwork quilt of state veterinary telehealth laws - AAHA
Oct 7, 2024 · California Assembly Bill 1399 amended the state practice act to effectively allow virtual VCPRs on November 17, 2023. This amendment added ...Missing: liability | Show results with:liability