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Acetylated Cellulose Suppresses Body Mass Gainthrough Gut Commensals Consuming Hostaccessible Carbohydrates Tadashi Takeuchi Eiji Miyauchi Yumiko Nakanishi Yusuke Ito Tamotsu Kato Katsuki Yaguchi Masami Kawasumi Naoko Tachibana Ayumi Ito Shu Shimamoto Akinobu Matsuyama Nobuo Sasaki Ikuo Kimura Hiroshi Ohno

  • SKU: BELL-235390778
Acetylated Cellulose Suppresses Body Mass Gainthrough Gut Commensals Consuming Hostaccessible Carbohydrates Tadashi Takeuchi Eiji Miyauchi Yumiko Nakanishi Yusuke Ito Tamotsu Kato Katsuki Yaguchi Masami Kawasumi Naoko Tachibana Ayumi Ito Shu Shimamoto Akinobu Matsuyama Nobuo Sasaki Ikuo Kimura Hiroshi Ohno
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Acetylated Cellulose Suppresses Body Mass Gainthrough Gut Commensals Consuming Hostaccessible Carbohydrates Tadashi Takeuchi Eiji Miyauchi Yumiko Nakanishi Yusuke Ito Tamotsu Kato Katsuki Yaguchi Masami Kawasumi Naoko Tachibana Ayumi Ito Shu Shimamoto Akinobu Matsuyama Nobuo Sasaki Ikuo Kimura Hiroshi Ohno instant download after payment.

Publisher: The Authors
File Extension: PDF
File size: 7.89 MB
Author: Tadashi Takeuchi & Eiji Miyauchi & Yumiko Nakanishi & Yusuke Ito & Tamotsu Kato & Katsuki Yaguchi & Masami Kawasumi & Naoko Tachibana & Ayumi Ito & Shu Shimamoto & Akinobu Matsuyama & Nobuo Sasaki & Ikuo Kimura & Hiroshi Ohno
Language: English
Year: 2025

Product desciption

Acetylated Cellulose Suppresses Body Mass Gainthrough Gut Commensals Consuming Hostaccessible Carbohydrates Tadashi Takeuchi Eiji Miyauchi Yumiko Nakanishi Yusuke Ito Tamotsu Kato Katsuki Yaguchi Masami Kawasumi Naoko Tachibana Ayumi Ito Shu Shimamoto Akinobu Matsuyama Nobuo Sasaki Ikuo Kimura Hiroshi Ohno by Tadashi Takeuchi & Eiji Miyauchi & Yumiko Nakanishi & Yusuke Ito & Tamotsu Kato & Katsuki Yaguchi & Masami Kawasumi & Naoko Tachibana & Ayumi Ito & Shu Shimamoto & Akinobu Matsuyama & Nobuo Sasaki & Ikuo Kimura & Hiroshi Ohno instant download after payment.

Cell Metabolism, Corrected proof. doi:10.1016/j.cmet.2025.04.013

SUMMARYEffective approaches to preventing and treating obesity are urgently needed. Although current strategies primarily focus on direct modulation of host metabolism, another promising approach may involve limitingnutrient availability through regulation of the gut microbiota, which links diet and host physiology. Here,we report that acetylated cellulose (AceCel), which markedly alters gut bacterial composition and function,reduces body mass gain in both wild-type and obese mice. AceCel limits carbohydrate oxidation and promotes fatty acid oxidation in the host liver in a microbiota-dependent manner. We further show that acetateenhances carbohydrate fermentation by the gut commensal Bacteroides thetaiotaomicron, depleting hostaccessible simple sugars in the gut of AceCel-fed mice. These findings highlight the potential of AceCel as aprebiotic that regulates carbohydrate metabolism in both bacteria and host, offering promise as a therapeuticstrategy for obesity.