What Do You Know About Advanced Veterinary Technologies?

There are many interesting facts about veterinary science. This field is a branch of medicine that focuses on the diagnosis and treatment of small and large animals. However, according to the World Health Organization, the primary and ultimate goal of veterinary science is not merely animal treatment, but rather ensuring food safety and protecting human health.

In fact, for every new scientific advancement in human medicine, extensive research is first conducted in the field of veterinary science. Many therapeutic methods, pharmaceutical treatments, vaccination protocols, surgical techniques, and medical equipment are initially tested and developed within veterinary medicine.

Moreover, veterinary science lies at the intersection of medicine and agriculture and plays a crucial role in human health, environmental protection, and animal welfare.

At the suggestion of the Food and Agriculture Organization (FAO), and in recognition of the 250th anniversary of the establishment of the first veterinary school in France, the year 2011 was designated as the World Veterinary Year.

Today, nearly fifty doctoral-level specialties are taught in veterinary universities worldwide. With technological advancement, significant transformations have occurred in this specialized field. Treatment methods based on advanced veterinary technologies have greatly contributed to the diagnosis of veterinary diseases—especially zoonotic diseases—as well as the treatment and health of both small and large animals.

In Which Fields Are Advanced Veterinary Technologies Applied?

1. Animal anatomy and physiology
2. Microbiology, pathobiology, toxicology, and veterinary pharmacology
3. Embryology and histology of animals
4. Internal and infectious diseases, surgery, obstetrics, and animal reproduction
5. Identification of zoonotic (human–animal shared) diseases
6. Livestock, pet, poultry, and aquatic animal nutrition management
7. Veterinary and livestock management in environmental and animal health
8. Epidemiology, veterinary physiotherapy, diagnostic imaging, and more

Which Veterinary Centers or Specialties Can Use Advanced Veterinary Technologies?

All veterinary medical centers, clinics, and hospitals, livestock farms and slaughterhouses, environmental research centers, pharmacology and epidemiology institutes, general and specialized veterinarians in all disciplines, veterinary laboratories, pharmaceutical and vaccine production industries, and related facilities can utilize advanced veterinary technologies in various sectors.

Key Considerations When Selecting Advanced Veterinary Technologies

All advanced veterinary technologies that meet recognized production and research standards can be used in reputable veterinary centers. However, selecting the appropriate technology depends on the animal species, medical history, current condition, type of disease or injury, medications used, and combination therapy strategies.

Types of Advanced Veterinary Technologies

• Invasive devices
• Non-invasive devices
• Specialized veterinary supplies and animal care equipment

Advanced Veterinary Technologies: Invasive Devices

These devices include advanced technologies used in general and specialized surgeries for small and large animals. One example is RF-Surgical technology, which is applied in the following veterinary indications:

1. Debridement of wounds and removal of necrotic and abnormal tissues
2. Precise incisions in microsurgical and veterinary dental procedures
3. Cauterization of blood vessels and arteries
4. Cutting, coagulation, and wound lifting
5. Delicate surgeries and reduction of keloids in sensitive areas
6. Destruction of pain-inducing nerve tissues
7. Removal of skin lesions such as warts, cysts, benign tumors, and oral masses

Advanced Veterinary Technologies: Non-Invasive Devices

These include advanced non-invasive technologies for clinical veterinary applications. One example is DBD-Plasma, which is used for the following specialized indications:

1. Acceleration of wound healing and skin disorders
2. Antimicrobial, antibacterial, and antifungal effects
3. Stimulation of healing and cellular regeneration processes
4. Reduction of pain and inflammation in acute injuries and chronic conditions
5. Effective in all four phases of wound healing
6. Adjunct therapy for musculoskeletal injuries
7. Reduction of unpleasant wound odors
8. Improvement of surgical scars and sutures
9. Disinfection of contaminated animal fur
10. Healing of skin, genital, gum, oral, and dental infections

Final Words

Advanced veterinary technologies have created a major transformation across all animal-related industries. Depending on animal species and clinical indications, these technologies can be used either independently or in combination with other veterinary treatment methods to enhance diagnostic accuracy, therapeutic outcomes, and scientific development.