Answer critical questions about herd health and production
In an effort to build sustainable and nutritious food systems, investment in techniques and strategies that can help enhance herd genetics, health and productivity is critical. From analyzing genetics for successful breeding programs to consistent animal disease surveillance, using the right tools can help make informed decisions in a timely manner.rnrnAdvances in genomic technologies have enabled researchers and livestock producers to accurately identify genetic markers associated with specific traits, such as disease resistance. By analyzing large datasets, researchers can identify genetic patterns and relationships, which can help predict future health outcomes and develop personalized nutrition plans for individual animals based on their genetic makeup and other biological data.
We have a lot more about the Biomark X9 System that we can share.
Reach out to receive more information.rnrnu003cspan style=u0022color: #800000;u0022u003eu003ca style=u0022color: #800000;u0022 href=u0022https://standardbio.com/contact-us/u0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003eContact us →u003c/au003eu003c/spanu003e
Gene expression
Genotyping
Copy number variation
u003ch4u003eImprove animal well-being and productivity with environmentally sustainable practices and the adoption of advanced genomic toolsu003c/h4u003e
u003ch4u003eQuickly and accurately detect pathogens in domestic animalsu003c/h4u003ernInfectious diseases are not just a significant public health hazard for humans, they also pose a serious threat to the animals we raise. Respiratory and enteric diseases in particular have a profound negative impact on animal health and are of great economic importance in commercial livestock production.rnrnImproving animal health through pathogen control can accelerate diagnosis and reduce the overuse of antibiotics, minimizing risk of resistance or cross-species transmission. High-throughput qPCR using the Biomark X9 System offers a faster and less expensive way to detect and diagnose disease that could also be implemented as a monitoring system aimed at disease prevention.
u003ch4u003eUnderstanding the genetics of successful livestock breedingu003c/h4u003ernUtilizing genetic testing to identify superior breeding stock and balancing traits with other characteristics can help produce healthier and more profitable livestock. IFCs used with the Biomark X9 System offer the ability to look at many characteristics at once and quickly add or remove assays to more easily select animals with multiple desirable traits such as high productivity, good health and good temperament.rnrnGenerating higher-quality datasets allows improved breeding decisions based on data-driven analyses of breeding outcomes and the continuous evaluation and adjustment of breeding goals and methods to ensure success.
u003ch4u003eAutomated and simplified workflowu003c/h4u003ernOptimize lab efficiencies with gene expression, genotyping and GBS workflows that can generate results in as little as two hours, or eight hours for NGS.rnrnu003cspan style=u0022color: #800000;u0022u003eu003ca style=u0022color: #800000;u0022 href=u0022https://standardbio.com/contact-us/u0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003eTalk with us →u003c/au003eu003c/spanu003e
u003ch5 style=u0022text-align: center;u0022u003eWe provide you with more than technologyu003c/h5u003ernu003cp style=u0022text-align: center;u0022u003eWe are a partner through your research journey for better health outcomesu003c/pu003e
u003ch4u003eTrending insights in livestock managementu003c/h4u003e
u003ch5u003eStriving for the Best Seeds SNP Genotyping With Microfluidics and the ASSIST PLUSu003c/h5u003ernrnu003chr /u003ernrnu003ciframe class=u0022wistia_embedu0022 title=u0022Wistia video playeru0022 src=u0022https://fast.wistia.net/embed/iframe/np53rxy53su0022 name=u0022wistia_embedu0022 width=u0022400u0022 height=u0022225u0022 frameborder=u00220u0022 scrolling=u0022nou0022 allowfullscreen=u0022allowfullscreenu0022u003eu003c/iframeu003e
u003ch5u003eAccelerate Marker-Assisted Selection, Breeding and Traceability Programsu003c/h5u003ernrnu003chr /u003ernrnu003ciframe class=u0022wistia_embedu0022 title=u0022Wistia video playeru0022 src=u0022https://fast.wistia.net/embed/iframe/94q7atf920u0022 name=u0022wistia_embedu0022 width=u0022400u0022 height=u0022225u0022 frameborder=u00220u0022 scrolling=u0022nou0022 allowfullscreen=u0022allowfullscreenu0022u003eu003c/iframeu003e
u003ch5 style=u0022text-align: left;u0022u003eOur CEO on the Biomark X9 Systemu003c/h5u003ernrnu003chr /u003ernrnu003ciframe class=u0022wistia_embedu0022 title=u0022Wistia video playeru0022 src=u0022https://fast.wistia.net/embed/iframe/slr2nyzfk0u0022 name=u0022wistia_embedu0022 width=u0022400u0022 height=u0022225u0022 frameborder=u00220u0022 scrolling=u0022nou0022 allowfullscreen=u0022allowfullscreenu0022u003eu003c/iframeu003e
u003ch5u003eRelated posts and articlesu003c/h5u003ernrnu003chr /u003ernrnu003ca href=u0022https://standardbio.com/infectious-disease/the-science-of-sewage/u0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003eThe science of sewageu003c/au003ernrnu003ca href=u0022https://standardbio.com/infectious-disease/five-things-to-know-about-salmonella/u0022 target=u0022_blanku0022 rel=u0022noopeneru0022u003eFive things to know about u003cemu003eSalmonellau003c/emu003eu003c/au003e
