Friday, 19 April 2013

Veterinary Science & Technology

Veterinary Science:

Veterinary Science is the study of the diseases and health servicing of animals.  It is a major that makes learners for professions concerned with animal health and well being, medical or biomedical sciences and medical or related areas which require scientific-based academic preparation.

Specialising in Veterinary Science will prepare you for a wide range of graduate student or professional educational institutions such as veterinary medicine, medical school, nursing, osteopathy, optometry, podiatry, physical or work-related treatment and dental care. Tasks associated with drug companies, feed and nutrition, research and growth, and food protection are just a few illustrations of the many profession routes that this degree program will prepare you for.

Veterinary medicine was not only once again used but trained in the first vet educational institutions. As a medical analytic, precautionary, and therapeutic treatment technology for animals, this division of medicine has as much flexibility as do other divisions and branches of human science. For example, a veterinarian may choose to practice internal medication, surgery treatment, or other medical preventative vet science; he or she may opt for operating only with small animals (also considered “pets”), only with large animals (livestock and/or village working animals), or only with wildlife. Others select to work specifically with exotic animals and pets (such as reptiles and possums).

Veterinary research:

A few illustrations in which this risk is appropriate are given below.

Infectious diseases:

Significant efforts have been, and keep be, made in order to develop vaccines against infectious diseases that affect man. When patients do become contaminated they usually receive health care and, if necessary, are handled in separated models.

Cloning and stem cell technology:

The latest growth of nuclear transfer technological innovation has allowed the growth of many genetically identical offspring from a single adult animal. Temporarily, the strategy includes the transfer of nuclei from donor cells into enucleated fertilized ova, which are deposited into the uterus of unrelated recipient females; novel but genetically similar individuals are created.