FeedChannel feedchannel@feedchannel.online https://www.feedchannel.online en-us Visualplatform http://blogs.law.harvard.edu/tech/rss FeedChannel episodic no https://www.feedchannel.online/files/rv1.7/sitelogo.gif https://www.feedchannel.online http://www.feedchannel.online/webinar-10-resilient-microbiota <p><b>Speakers: </b>Prof Ducatelle, Prof Rychlik and Dr Pierre-Andre Geraert<br><p>An animal is in fact an ecosystem with more bacteria cells than host cells. Much of the resilience we are looking for is thus due to its microbiota. A resilient microbiota means a bacterial ecosystem that is able to support external challenges such as dietary and environmental issues, vaccinations, antibiotic replacements,... Birds start their life without being exposed to their mother hens, and&nbsp; rapid growing broilers have to develop their own microbial ecosystem, which need to be stable and resilient in a rather short time.<br></p><p><b>What links resilient microbiota and performance</b>: more homogeneous performance, reduced mortality, better “resistance” to stress or challenging conditions.</p><p><b>What a resilient microbiota means:</b>&nbsp;How to define it, how long it takes to obtain such a resilient microbiota…</p><p><b>How we influence the microbiota&nbsp;</b>through feed formulation and dietary changes: from feed materials (fibers, substrates) to feed additives (probiotics, prebiotics…) and their interaction with microbiota…&nbsp;</p><p><b>How hot conditions can affect the microbiota&nbsp;…</b></p><p>Are some of the aspects discussed with Prof Ducatelle and Prof Rychlik</p><p><b>But resilient microbiota is only part of the resilience of an animal.</b></p><p><br></p><p><b>Webinar&nbsp; #10 : Resilient Microbiota and Performance</b><br>What means a resilient microbiota:&nbsp;a bacterial ecosystem that is able to support external challenges such as dietary and environmental issues, vaccinations, antibiotic replacements...</p><div></div></p><p><a href="http://www.feedchannel.online/webinar-10-resilient-microbiota"><img src="http://www.feedchannel.online/64968576/66511386/dab5d487e90608bd6949eaaa70e7b339/standard/download-5-thumbnail.jpg" width="75" height=""/></a></p> http://www.feedchannel.online/photo/66511386 Fri, 12 Jun 2020 00:00:00 GMT Webinar #10 : Resilient Microbiota and Performance Speakers: Prof Ducatelle, Prof Rychlik and Dr Pierre-Andre GeraertAn animal is in fact an ecosystem with more bacteria cells than host cells. Much of the resilience we are looking for is thus due to its microbiota. A resilient microbiota means a bacterial ecosystem that is able to support external challenges such as dietary and environmental issues, vaccinations, antibiotic replacements,... Birds start their life without being exposed to their mother hens, and rapid growing broilers have to develop their own microbial ecosystem, which need to be stable and resilient in a rather short time.What links resilient microbiota and performance: more homogeneous performance, reduced mortality, better “resistance” to stress or challenging conditions.What a resilient microbiota means:How to define it, how long it takes to obtain such a resilient microbiota…How we influence the microbiotathrough feed formulation and dietary changes: from feed materials (fibers, substrates) to feed additives (probiotics, prebiotics…) and their interaction with microbiota…How hot conditions can affect the microbiota…Are some of the aspects discussed with Prof Ducatelle and Prof RychlikBut resilient microbiota is only part of the resilience of an animal.Webinar #10 : Resilient Microbiota and PerformanceWhat means a resilient microbiota:a bacterial ecosystem that is able to support external challenges such as dietary and environmental issues, vaccinations, antibiotic replacements... Speakers: Prof Ducatelle, Prof Rychlik and Dr Pierre-Andre GeraertAn animal is in fact an ecosystem with more bacteria cells than host cells. Much of the resilience we are looking for is thus due to its microbiota. A resilient microbiota means a... FeedChannel 01:27:34 <p><b>Speakers: </b>Prof Ducatelle, Prof Rychlik and Dr Pierre-Andre Geraert<br><p>An animal is in fact an ecosystem with more bacteria cells than host cells. Much of the resilience we are looking for is thus due to its microbiota. A resilient microbiota means a bacterial ecosystem that is able to support external challenges such as dietary and environmental issues, vaccinations, antibiotic replacements,... Birds start their life without being exposed to their mother hens, and&nbsp; rapid growing broilers have to develop their own microbial ecosystem, which need to be stable and resilient in a rather short time.<br></p><p><b>What links resilient microbiota and performance</b>: more homogeneous performance, reduced mortality, better “resistance” to stress or challenging conditions.</p><p><b>What a resilient microbiota means:</b>&nbsp;How to define it, how long it takes to obtain such a resilient microbiota…</p><p><b>How we influence the microbiota&nbsp;</b>through feed formulation and dietary changes: from feed materials (fibers, substrates) to feed additives (probiotics, prebiotics…) and their interaction with microbiota…&nbsp;</p><p><b>How hot conditions can affect the microbiota&nbsp;…</b></p><p>Are some of the aspects discussed with Prof Ducatelle and Prof Rychlik</p><p><b>But resilient microbiota is only part of the resilience of an animal.</b></p><p><br></p><p><b>Webinar&nbsp; #10 : Resilient Microbiota and Performance</b><br>What means a resilient microbiota:&nbsp;a bacterial ecosystem that is able to support external challenges such as dietary and environmental issues, vaccinations, antibiotic replacements...</p><div></div></p><p><a href="http://www.feedchannel.online/webinar-10-resilient-microbiota"><img src="http://www.feedchannel.online/64968576/66511386/dab5d487e90608bd6949eaaa70e7b339/standard/download-5-thumbnail.jpg" width="75" height=""/></a></p> age bacterial species bacteriology balance broilers caecal development caecum cecal colon colonization diseases enteroendocrine equilibrium factors families fibers fibres formulation hatching conditions heat stress hens hypoxanthine immune system intestinal frontier L. cells markers mucus barrier pathogens performances probiotics questions resistance tetracycline therapy transfers typology villi http://www.feedchannel.online/reproduction-roles-of-methionine <p>During this webinar Dr. Phil Cardoso, Department of Animal Science, University of Illinois is prsenting his insights on: Reproduction: Roles of Methionine and Lysine Fulfilling amino acid requirements contributes to dairy reproduction, production, and health. The essential nutrients methionine and lysine impact reproduction in several ways: Through follicle quality, uterine environment, embryo composition, pregnancy recognition, pregnancy loss, placenta signaling, and calf birthweight.<br><br><br><b>Smart Science Series</b><br>Through the Smart Science Series of six webinars, explore the rewards of amino acid balancing and ration formulation. In the first five webinars, a university professor discusses the aspect in which he is the top industry expert. The sixth webinar is forward looking, as two university professors discuss aligning genetic potential with nutritional requirements for longevity and sustainability.<br></p><p><a href="http://www.feedchannel.online/reproduction-roles-of-methionine"><img src="http://www.feedchannel.online/64968555/66510390/02031470f5d2875ee7d9f9a93e028c5d/standard/download-5-thumbnail.jpg" width="600" height="338"/></a></p> http://www.feedchannel.online/photo/66510390 Tue, 26 May 2020 00:00:00 GMT Reproduction: Roles of Methionine and Lysine During this webinar Dr. Phil Cardoso, Department of Animal Science, University of Illinois is prsenting his insights on: Reproduction: Roles of Methionine and Lysine Fulfilling amino acid requirements contributes to dairy reproduction, production, and health. The essential nutrients methionine and lysine impact reproduction in several ways: Through follicle quality, uterine environment, embryo composition, pregnancy recognition, pregnancy loss, placenta signaling, and calf birthweight.Smart Science SeriesThrough the Smart Science Series of six webinars, explore the rewards of amino acid balancing and ration formulation. In the first five webinars, a university professor discusses the aspect in which he is the top industry expert. The sixth webinar is forward looking, as two university professors discuss aligning genetic potential with nutritional requirements for longevity and sustainability. During this webinar Dr. Phil Cardoso, Department of Animal Science, University of Illinois is prsenting his insights on: Reproduction: Roles of Methionine and Lysine Fulfilling amino acid requirements contributes to dairy reproduction,... FeedChannel 58:54 <p>During this webinar Dr. Phil Cardoso, Department of Animal Science, University of Illinois is prsenting his insights on: Reproduction: Roles of Methionine and Lysine Fulfilling amino acid requirements contributes to dairy reproduction, production, and health. The essential nutrients methionine and lysine impact reproduction in several ways: Through follicle quality, uterine environment, embryo composition, pregnancy recognition, pregnancy loss, placenta signaling, and calf birthweight.<br><br><br><b>Smart Science Series</b><br>Through the Smart Science Series of six webinars, explore the rewards of amino acid balancing and ration formulation. In the first five webinars, a university professor discusses the aspect in which he is the top industry expert. The sixth webinar is forward looking, as two university professors discuss aligning genetic potential with nutritional requirements for longevity and sustainability.<br></p><p><a href="http://www.feedchannel.online/reproduction-roles-of-methionine"><img src="http://www.feedchannel.online/64968555/66510390/02031470f5d2875ee7d9f9a93e028c5d/standard/download-5-thumbnail.jpg" width="600" height="338"/></a></p> choline CP crude proteins dairy cows diet diets embryonic loss factors fatty acids follicle follicular genes health disorders immune response inflammation inflammatory lactating lactation lysine MET milk yield placenta PMN polymorphonuclear cells postpartum pregnancy production recommendations reproduction requirements RPL RPM rumen-protected methionine Smart Science Series supplementation transcriptome transition period uterine samples uterus