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/mechanistic-understanding-of <p><b>Speaker: </b> Prof Sami DRIDI Univ of Arkansas, USA <br><br><b>Presentation:</b><br>Understanding and mediating the effect of heat stress on gut barrier function is key for future development in poultry production. The role of dsRNA dysmetabolism in mediating the effect of heat stress on gut barrier integrity and function is shown. <br><br><p><b><u>Poultry Science Association Annual Meeting 2019</u></b></p> <p><b>The bird and its ecosystem:&nbsp;</b><span><br> A global approach for an efficient production.<br> How to work with a complete and dynamic ecosystem is the challenge facing today’s nutritionist.&nbsp;Having a global and integrative view of how the intestinal microbiome and the animal’s body function together is the basis of sustainable nutrition.</span></p></p><p><a href="http://www.feedchannel.online/mechanistic-understanding-of"><img src="http://www.feedchannel.online/64968579/66499228/4ea916b7cd012ec2b1ca3312760085b7/standard/download-5-thumbnail.jpg" width="600" height="338"/></a></p> http://www.feedchannel.online/photo/66499228 Thu, 22 Aug 2019 00:00:00 GMT Mechanistic understanding of intestinal barrier dysfunction induced by heat... Speaker: Prof Sami DRIDI Univ of Arkansas, USA Presentation:Understanding and mediating the effect of heat stress on gut barrier function is key for future development in poultry production. The role of dsRNA dysmetabolism in mediating the effect of heat stress on gut barrier integrity and function is shown. Poultry Science Association Annual Meeting 2019 The bird and its ecosystem: A global approach for an efficient production. How to work with a complete and dynamic ecosystem is the challenge facing today’s nutritionist.Having a global and integrative view of how the intestinal microbiome and the animal’s body function together is the basis of sustainable nutrition. Speaker: Prof Sami DRIDI Univ of Arkansas, USA Presentation:Understanding and mediating the effect of heat stress on gut barrier function is key for future development in poultry production. The role of dsRNA dysmetabolism in mediating the effect... FeedChannel 37:40 <p><b>Speaker: </b> Prof Sami DRIDI Univ of Arkansas, USA <br><br><b>Presentation:</b><br>Understanding and mediating the effect of heat stress on gut barrier function is key for future development in poultry production. The role of dsRNA dysmetabolism in mediating the effect of heat stress on gut barrier integrity and function is shown. <br><br><p><b><u>Poultry Science Association Annual Meeting 2019</u></b></p> <p><b>The bird and its ecosystem:&nbsp;</b><span><br> A global approach for an efficient production.<br> How to work with a complete and dynamic ecosystem is the challenge facing today’s nutritionist.&nbsp;Having a global and integrative view of how the intestinal microbiome and the animal’s body function together is the basis of sustainable nutrition.</span></p></p><p><a href="http://www.feedchannel.online/mechanistic-understanding-of"><img src="http://www.feedchannel.online/64968579/66499228/4ea916b7cd012ec2b1ca3312760085b7/standard/download-5-thumbnail.jpg" width="600" height="338"/></a></p> alkalosis avian Grp75 birds body weight carcass parameters cells design Dicer1 dsRNA duodenum dysmetabolism enzymes experiment feed intake gut integrity healthy heat stress ileum immune system jejunum junctions leaky gut syndrome liver macrophages mechanisms mediation mitochondria mitochondrial bioenergetics molecular signaling muscles oekologie pathways performance poultry proteins PSA 2019 reduction thermogenesis water consumption http://www.feedchannel.online/the-gut-under-hot-climates <p><b>Speaker: </b>Prof Richard Ducatelle, Ghent University, Belgium<br><br> The most metabolically active cells are the epithelial cells of the intestine, thus the most susceptible cells to oxidative stress. Heat stress is one of the stress factors challenging the intestine from the microbiota to the mucosa.<br><br><br><b>Advancia Academy 2018: Rearing Birds Under Hot Conditions - Presentations</b><br></p><p><a href="http://www.feedchannel.online/the-gut-under-hot-climates"><img src="http://www.feedchannel.online/64968561/69541795/b5190c4de718d4b6817303ea4a6756c0/standard/download-11-thumbnail.jpg" width="600" height="338"/></a></p> http://www.feedchannel.online/photo/69541795 Thu, 05 Apr 2018 00:00:00 GMT The gut under hot climates: challenging microbiota Speaker: Prof Richard Ducatelle, Ghent University, Belgium The most metabolically active cells are the epithelial cells of the intestine, thus the most susceptible cells to oxidative stress. Heat stress is one of the stress factors challenging the intestine from the microbiota to the mucosa.Advancia Academy 2018: Rearing Birds Under Hot Conditions - Presentations Speaker: Prof Richard Ducatelle, Ghent University, Belgium The most metabolically active cells are the epithelial cells of the intestine, thus the most susceptible cells to oxidative stress. Heat stress is one of the stress factors challenging the... FeedChannel 28:27 <p><b>Speaker: </b>Prof Richard Ducatelle, Ghent University, Belgium<br><br> The most metabolically active cells are the epithelial cells of the intestine, thus the most susceptible cells to oxidative stress. Heat stress is one of the stress factors challenging the intestine from the microbiota to the mucosa.<br><br><br><b>Advancia Academy 2018: Rearing Birds Under Hot Conditions - Presentations</b><br></p><p><a href="http://www.feedchannel.online/the-gut-under-hot-climates"><img src="http://www.feedchannel.online/64968561/69541795/b5190c4de718d4b6817303ea4a6756c0/standard/download-11-thumbnail.jpg" width="600" height="338"/></a></p> advancia 2018 alterations altered metabolisms antioxidant capacity bacteria caecum ceca disease gut heat stress high temperatures immunity intake intestinal permeability intestines leak leakage metabolic pathways microbiota microflora oxidative stress polyunsaturated fatty acids PUFA reduction