Kortîyek ji saytê vêtêrnerîyê parêzgeha dihukê Saytê duhukvet yekemîn saytê iliktronîya ku taybete bi karobarên vêtêrnery u paqijîya zadî u silametîya giÅŸtî li seranser ÃŽraqê . dihukvêt yê peydabuy ji bu pêwîstîya xelki bu inistitutên vêtêrnery yên hikomî u ne hikomî u her kesekê ÅŸolên van kesên taybetmend pê di qetyên .her wesa di bîte egerê zêdebona pêzanînêt pêşeyîya  u hemî kesên serinja wan di hête rakêşan di vî biwarî da di rêka pêşkêşkirna pêzanînêt zor u giÅŸtî di vî layîda u her wsa dê rêkê veket bo pirisyarkirnê u gengeşê di babetên rengawreng

Diagnosed with an extremely aggressive form of cancer called anal sac adenocarcinoma, Oscar's future seemed bleak. Bedridden and unresponsive to chemotherapy or radiation, he would be lucky to survive three months. But thanks to an innovative new drug treatment, Oscar's cancer receded and he was walking again within two weeks. Oscar's recovery was extraordinary enough, but his case was unusual for another reason.

SonoSite, Inc. (Nasdaq:SONO), the world leader and specialist in hand-carried ultrasound for point-of-care medicine, announced the first remote control for veterinary ultrasound and a new transducer for reproductive and musculoskeletal applications in horses and other large animals. The company has begun customer shipments of the new transducer and plans to begin shipping the SonoRemoteâ„¢control in the spring.

Using a novel genetic technology that covers up genetic errors, researchers funded in part by the National Institutes of Health have developed a successful treatment for dogs with the canine version of Duchenne muscular dystrophy, a paralyzing, and ultimately fatal, muscle disease. The technology, known as "exon skipping" uses tailor-made snippets of DNA-like molecules as molecular "patches.

Purdue University experts said a New York Times opinion piece this week that tried to establish pigs as a source of MRSA infection for humans is "highly speculative." MRSA, (methicillin-resistant Staphylococcus aureus), or antibiotic-resistant staph, can be found anywhere in nature, according to Paul Ebner, a livestock microbiologist.

Anthropogenic, or human generated, sounds have the potential to significantly affect the lives of aquatic animals-from the individual animal's well-being, right through to its reproduction, migration and even survival of the species.