Spanish veterinarians analyze the impact of artificial intelligence on animal behavior medicine
The evolution of artificial intelligence (AI) marked significant changes in the practice of veterinary medicine, as well as from the Behavioral Medicine Group (Gemka) Association of Spanish Small Animal Veterinarians (Avepa) analyzed the situation in the article.
“Having started as an innovative technology in various fields, AI is now beginning to gradually integrate into veterinary carerevolutionizing animal diagnostics and treatment,” they note.
They note that the adoption of artificial intelligence was driven by “the desire to improve the accuracy of diagnoses, improve treatment efficiency, and improve productivity.”
“As the complexity and volume of data in the animal care industry grows, artificial intelligence provides the necessary tools to analysis and interpretation of informationallowing veterinarians to make more informed and data-driven decisions,” they say.
From advanced medical image analysis to optimized medical record management, AI, they say, “is changing the way veterinarians interact with their patients and their families.”
APPLICATION OF ARTIFICIAL INTELLIGENCE IN DIAGNOSTICS AND TREATMENT
For Gemca, the application of artificial intelligence in the diagnosis and treatment of veterinary diseases has “opened new doors in the accuracy and efficiency of animal care.” “Artificial intelligence systems are becoming increasingly capable analyze medical images, such as X-ray and ultrasound, with precision that rivals and even exceeds that of humans. This is especially useful in early detection of diseases or in diagnosing complex diseases that may go undetected during routine examinations,” they note.
They also point out that AI plays a critical role in personalizing treatment. “By analyzing large data sets, including medical histories and previous responses to treatment, AI algorithms can offer more effective treatment options tailored to each animal’s individual needs. This the ability to personalize treatment “This is especially valuable in chronic cases or rare diseases where standard measures may not be effective,” they explain.
“The use of AI in veterinary medicine not only improves the quality of medical care, but also This also significantly reduces the time required make an accurate diagnosis, which will allow veterinarians to act quickly in critical situations,” they insist.
ARTIFICIAL INTELLIGENCE IN VETERINARY COMMUNICATION AND EDUCATION
For Gemca, artificial intelligence is changing the way veterinarians communicate and educate both pet families and future professionals in the industry. ” chatbots and virtual assistants Powered by artificial intelligence, they offer quick and accurate answers to frequently asked questions, improving the user experience and providing a source of information for families with pets. These systems also act as educational tools, providing vital information about preventative care, nutrition and animal behavior,” they note.
“In education, AI is changing the training of veterinarians. Online learning platforms and interactive AI-based simulations allow students to experience a variety of clinical scenarios in a controlled and safe environment. This not only improves the quality of education, but also prepares future veterinarians for practices that are more integrated with technology,” they advocate.
ARTIFICIAL INTELLIGENCE IN VETERINARY CLINICAL ETOLOGY
Clinical ethology, or behavioral medicine, is another area where AI will have a significant impact, according to Gemca, which believes that through the use of advanced algorithms and data analytics, AI can offer new perspectives in understanding animal behavior.
“In recent studies, scientists have used AI for behavior classification on wild and domestic animals, demonstrating significantly higher accuracy than traditional methods. “This is critical not only for diagnosing and treating behavioral problems, but also for improving our overall understanding of animal welfare,” they explain.
In addition, innovation in clinical ethology is being stimulated by the development of modern cameras and video analysis systems based on artificial intelligence. “These systems can record and analyze your pet’s behavior, providing a complete analysis that includes the frequency, duration, and context of a specific behavior. This technology allows veterinarians to more accurately identify an animal’s ethogram and see if it has changed, as well as early detection of signs of stress or illness,” they note.
Another promising innovation they mention is smart virtual assistantscapable of interacting with animals. These helpers may reinforce appropriate behavior through verbal stimuli or even be associated with reward dispensers.
“The potential of these assistants goes beyond simple interaction; “They can be programmed to recognize and respond to specific behaviors, facilitating learning and improving the animal’s overall well-being,” they note.
Modern veterinary medicine is developing rapidly thanks to technologies such as wearable devicesThe Internet of Things (IoT) and artificial intelligence are revolutionizing animal care and understanding animal behavior. Thus, devices already exist and many more are in development, such as Sure Petcare, which stands out for devices for dogs and cats that monitor health and wellness, including activity and sleep.
On the other hand, they note that significant progress in the field of veterinary medicine will occur in the coming years due to a significant reduction cost of genetic sequencing testswhich, combined with advances in artificial intelligence, paves the way for truly personalized veterinary medicine.
“The ability to sequence genomes at a lower cost not only leads to more accurate diagnosis and personalized treatments for various diseases, but also opens new doors in animal behavioral medicine. Genetic sequencing integrated with artificial intelligence predictive analytics allows veterinarians to better understand genetic predisposition to certain behaviors, leading to more effective therapeutic approaches tailored to each animal’s individual needs. This fusion of genetics and technology “Digital technologies promise to revolutionize not only how we treat animals in terms of physical health, but also how we approach and understand their behavior, taking clinical ethology to an unprecedented level of personalization,” they defend.
ISSUES, FUTURE CONSIDERATIONS AND CONCLUSIONS
But Gemca reminds us that despite its many benefits, integrating AI into veterinary medicine poses “serious challenges.” ” ethical issues related to confidentiality Data and over-reliance on technology are primary concerns. Additionally, there is the challenge of maintaining a balance between technological efficiency and the clinical intuition and experience of the veterinarian,” they note.
“Looking into the future, AI will continue to evolve and transform the veterinary field. The challenge for professionals is to stay current and adapt to these new tools to provide the best possible care for animals,” they say.
Overall, they believe that the implementation of artificial intelligence in veterinary medicine goes beyond improving diagnosis and treatment. “One of its greatest advantages is opportunity to significantly improve efficiency in repetitive and administrative tasks,” they claim.
“AI tools that can generate, summarize and evaluate reports, as well as analyze video, audio and images of patients, can relieve veterinarians of much of their administrative burden, promoting improved work-life balance.” Not only will this benefit your well-being, but it can also have positive impact on the quality of medical care they provide to their patients,” they explain.
This process automation for Gemca not only optimizes time, but also reduces error on tasks that can be tedious and prone to human error. By delegating these tasks to artificial intelligence systems, veterinarians can redirect their attention and energy to what really matters: the care and well-being of their patients.
In addition, they note that the integration of AI into veterinary practice has a significant impact on the training and professional development of veterinarians. “Having more time, they can dedicate themselves to continuing education by staying up to date with the latest advances and technologies in their field. This not only improves the quality of the services offered, but also enriches the professional’s experience and knowledge,” they note.
“Summarizing, AI will play a critical role in reimagining veterinary practiceallowing professionals to focus more on what really matters, improving the quality of their work and ultimately enriching their professional and personal lives,” they conclude.