Veterinary Imaging is a rapidly growing specialization within the field of radiography. Veterinary Imaging is the science of creating high-resolution images of various types of tissue and organs with the goal of helping physicians diagnose and treat disease. These imaging enables veterinary physicians and staff to make informed treatment choices for patients and is, therefore, an essential element of the veterinary healthcare team. These imaging technicians use diagnostic imaging equipment to create high resolution images of animals in various stages of illness or disease, providing on-the-job training to veterinarians and other veterinary medical staff.
Veterinary Imaging include computed tomography, fluoroscopy, ultrasound, magnetic resonance imaging, and x-ray technology in both large and small animals, and more specialized applications in the treatment of human diseases. These diagnostic tools allow for the quick evaluation and referral of disease state in cats, dogs and other animals. It also produces valuable information on the physiology and anatomy of animals.
Veterinary medicine is one of the fastest growing fields in the medical field today. With the opportunity to work in both the private and public sectors, aspiring veterinary imaging residents can expect to build a valuable experience that will serve them throughout their careers. There are also imaging research and development that is responsible for producing a large portion of the diagnostic tools and equipment used in veterinary medicine. These tools help make our jobs as veterinarians more effective and provide accurate diagnosis and treatment. These Imaging staff is made up of knowledgeable scientists, technical engineers, and technologists. Veterinary technologists perform routine tasks related to x-ray and computerized tomography. Veterinary radiologists, veterinary technologists, and veterinary surgeons perform specialized tasks in the field of x-ray and computed tomography. Veterinary technicians provide diagnostic and therapeutic services in a variety of medical imaging processes.
No comments:
Post a Comment