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New study shows how to boost muscle regeneration and rebuild tissue


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IMAGE: Induction of Yamanaka factors (OKSM) in muscle fibers increases the number of myogenic progenitors. Top, control; bottom, treatment. Red-pink color is Pax7, a muscle stem-cell marker. Blue indicates muscle nuclei..
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Credit: Salk Institute
LA JOLLA (May 25, 2021) One of the many effects of aging is loss of muscle mass, which contributes to disability in older people. To counter this loss, scientists at the Salk Institute are studying ways to accelerate the regeneration of muscle tissue, using a combination of molecular compounds that are commonly used in stem-cell research.
In a study published on May 25, 2021, in
Nature Communications, the investigators showed that using these compounds increased the regeneration of muscle cells in mice by activating the precursors of muscle cells, called myogenic progenitors. Although more work is needed before this approach can be applied in humans, the research provides insight into t ....

Izpisua Belmonte , Hsin Kai Liao , Fundacion Ramon Areces , Futbolistas Espanoles , Tomoaki Hishida , Estrella Nunez Delicado , Pradeep Reddy , Ruben Rabadan Ros , Paloma Martinez Redondo , Concepcion Rodriguez Esteban , Isabel Guillen , Zaijun Ma , Pedro Guillen Garcia , Fundacion Pedro Guillen , Juan Carlos Izpisua Belmonte , Chao Wang , Roger Guillemin , Nature Communications , Salk Institute , Moxie Foundation , Salk Professor Juan Carlos Izpisua Belmonte , Roger Guillemin Chair , Lei Shi , Yuan Xue , Ling Huang , Universidad Catolica San Antonio De Murcia ,

Chimeric tool advanced for wide range of regenerative medicine, biomedical research applications


Credit: Salk Institute
LA JOLLA (April 15, 2021) The ability to grow the cells of one species within an organism of a different species offers scientists a powerful tool for research and medicine. It s an approach that could advance our understanding of early human development, disease onset and progression and aging; provide innovative platforms for drug evaluation; and address the critical need for transplantable organs. Yet developing such capabilities has been a formidable challenge.
Researchers led by Salk Professor Juan Carlos Izpisua Belmonte have now come one step closer toward this goal by demonstrating a new integration of human cells into animal tissue. Published in the journal ....

Yu Kang , Honglian Shao , Youyue Zhang , Reyna Hernandez Benitez , Izpisua Belmonte , Yuyu Niu , Shaoxing Dai , Weizhi Ji , Pengpeng Yang , Wei Si , Jun Wu , Concepcion Rodriguez Esteban , Tianqing Li , Nianqin Sun , Juan Carlos Izpisua Belmonte , Zhenzhen Chen , Chenyang Si , Phong Wang , W Travis Berggren , Llanos Martinez , Salk Institute , University Of Texas Southwestern Medical Center , University Of Science , World Health Organization , Technology In Yunnan , Salk Professor Juan Carlos Izpisua Belmonte ,