https://notaspampeanas.com/tags/muscle-tissue/ Recent content in Muscle Tissue on Notaspampeanas Hugo -- gohugo.io en © 2026 Notaspampeanas Sat, 09 May 2026 00:11:24 -0300 https://notaspampeanas.com/posts/1767106852401-ajo-envejecimiento/ Sat, 09 May 2026 00:11:24 -0300 https://notaspampeanas.com/posts/1767106852401-ajo-envejecimiento/ <p> <figure> <img class="my-0 rounded-md" loading="lazy" srcset=" /img/banner_Picadas_740x90_hu9380565369677989377.gif 330w, /img/banner_Picadas_740x90_hu15311669147461493558.gif 660w, /img/banner_Picadas_740x90_hu3474619167072339539.gif 1024w, /img/banner_Picadas_740x90_hu18142331471650150013.gif 2x" src="https://notaspampeanas.com/img/banner_Picadas_740x90_hu15311669147461493558.gif" alt="" /> </figure> </p> <div class="lead text-neutral-500 dark:text-neutral-400 !mb-9 text-xl"> Study reveals a new anti-aging approach that improves muscle function by activating fat−brain−muscle communication triggered by a garlic-derived compound. The study reveals that S-1-propenyl-L-cysteine (S1PC), a bioactive compound found in aged garlic extract, shows potential anti-aging effects. S1PC promotes inter-organ communication between fat tissue and the brain, ultimately enhancing muscle strength, pointing to its potential in improving muscle frailty in aged individuals. </div> <p> <figure> <img class="my-0 rounded-md" loading="lazy" srcset=" /posts/1767106852401-ajo-envejecimiento/featured_hu1231320853670902742.jpg 330w, /posts/1767106852401-ajo-envejecimiento/featured_hu5656040247150263453.jpg 660w, /posts/1767106852401-ajo-envejecimiento/featured_hu6794843230853199573.jpg 1024w, /posts/1767106852401-ajo-envejecimiento/featured_hu8857260499816228874.jpg 2x" src="https://notaspampeanas.com/posts/1767106852401-ajo-envejecimiento/featured_hu5656040247150263453.jpg" alt="A joint research team with principal investigator Kiyoshi Yoshioka of the Research Institute on Productive Aging (IRPA)『 and the Central Research Institute of Yukinaga Pharmaceutical Co., Ltd. has found that &lsquo;S-1-propenyl-L-cysteine&rsquo; (abbreviated as S1PC) has been shown to support health and antagonize aging through interorgan communication called fatty brain muscle (hypothalamus). Image credit: Shin-ichiro Imai et al." /> </figure> <strong>A joint research team with principal investigator Kiyoshi Yoshioka of the Research Institute on Productive Aging (IRPA)『 and the Central Research Institute of Yukinaga Pharmaceutical Co., Ltd. has found that &lsquo;S-1-propenyl-L-cysteine&rsquo; (abbreviated as S1PC) has been shown to support health and antagonize aging through interorgan communication called fatty brain muscle (hypothalamus). Image credit: Shin-ichiro Imai et al.</strong></p>