@befriendabacter ""In mice the total transit time is only between 6 and 7 h, up to ten times as fast as humans. https://t.co/yhkqQcEaS2
@befriendabacter In mice the total transit time is only between 6 and 7 h, up to ten times as fast as humans. https://t.co/yhkqQcEaS2
RT @jmirobla: Can we translate results from mice models in the #microbiome research to humans? check this review: "Mouse models for human i…
RT @jmirobla: Can we translate results from mice models in the #microbiome research to humans? check this review: "Mouse models for human i…
Can we translate results from mice models in the #microbiome research to humans? check this review: "Mouse models for human intestinal microbiota research: a critical evaluation" https://t.co/h6X3k5Nj9Z
Mouse models for human intestinal microbiota research: a critical evaluation. https://t.co/Pwq4UCp7TT
RT @AnnChildersMD: When I see diagrams like these I wonder how we extrapolate human nutritional physiology from rats and mice. Note that, p…
RT @AnnChildersMD: When I see diagrams like these I wonder how we extrapolate human nutritional physiology from rats and mice. Note that, p…
RT @AnnChildersMD: When I see diagrams like these I wonder how we extrapolate human nutritional physiology from rats and mice. Note that, p…
Thanks Ann for sharing this reflextion 🙏 @IgnacioCuaranta, ya ves, aparentemente no soy la única persona que lee, analiza, sintetiza y concluye sobre lo que se difunde. Dra Ann es alguien a quien definitivamente debes seguir 👍 https://t.co/h2Ptkzoy5k
RT @AnnChildersMD: When I see diagrams like these I wonder how we extrapolate human nutritional physiology from rats and mice. Note that, p…
When I see diagrams like these I wonder how we extrapolate human nutritional physiology from rats and mice. Note that, per the diagram on the right, normal human gastric pH is 1, as with carnivores (source of diagram right is as follows: https://t.co/2TR5u
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
RT @hmstaudacher: Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbio…
Hugenholz and de Vos 2018 review- Only 4% of bacterial genes in murine and human intestine are shared. Animal GI microbiota-diet studies must be replicated in humans! https://t.co/ShScLbwtTR https://t.co/QnTz8Vywrp
RT @zhangxu0521: How much do you know about your mice when doing microbiome study? https://t.co/CWBz1TbdUI
RT @zhangxu0521: How much do you know about your mice when doing microbiome study? https://t.co/CWBz1TbdUI
How much do you know about your mice when doing microbiome study? https://t.co/CWBz1TbdUI
Mouse models for human intestinal microbiota research: a critical evaluation. https://t.co/Ga9vQVEud1
Mouse and Human microbiomes differ - with implications for microbiome and nutritional studies using mouse models - from a #microbiome perspective: https://t.co/zuIoLPDYOw
Mouse models for human intestinal microbiota research: a critical evaluation. https://t.co/X1HOQ7Z2mo
Mouse models for human intestinal microbiota research: a critical evaluation. https://t.co/WUP5RrVxTT #microbiomebot https://t.co/EXcEFY1wW5
Mouse models for human intestinal microbiota research: a critical evaluat... - Hugenholtz F et al. - https://t.co/J7DyUhM8CI #microbiome