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Tegnologie word ingespan om verbeterde K.I. resultate te verkry

 VRIESIT VETERINÊRE ANDROLOGIE Laboratorium gebruik vir die afgelope 12 jaar rekenaartegnologie tydens semen analise. Die doel hiermee is optimale resultate aangaande Kunsmatige Insiminasie. Die SPERM VISION™ stelsel is vanaf 2008 in gebruik.   read more about Tegnologie word ingespan om verbeterde K.I. resultate te verkry

Verseker so verhoogde dragtigheidsyfers met KI

Kunsmatige inseminasie word toenemend belangriker vir hedendaagse boere. Die groot voordele wat KI inhou, is dat beter genetika teen meer bekostigbare pryse bekom kan word. Siektes soos byvoorbeeld Trichomoniase kan ook makliker voorkom en beheer word. read more about Verseker so verhoogde dragtigheidsyfers met KI

Improved detection of Tritrichomonas foetus with qPCR

A Tritrichomonas foetus-specific 5' Taq nuclease assay using a 3' minor groove binder-DNA probe (TaqMan1 MGB) targeting conserved regions of the internal transcribed spacer-1 (ITS-1) was developed and compared to established diagnostic procedures. read more about Improved detection of Tritrichomonas foetus with qPCR

Trichomonosis – OIE

Bovine venereal trichomonosis is caused by Tritrichomonas foetus, a flagellate protozoan parasite. It is world-wide in distribution and at one time was of major economic importance as a cause of abortion and infertility, especially in dairy cattle. The widespread use of artificial... read more about Trichomonosis – OIE

Evaluation of molecular assays for identification of Campylobacter fetus

Phenotypic differentiation between Campylobacter fetus (C. fetus) subspecies fetus and C. fetus subspecies venerealis is hampered by poor reliability and reproducibility of biochemical assays. read more about Evaluation of molecular assays for identification of Campylobacter fetus