Studies involving acoustic and chemical insults show that growth factors represent a compelling class of otoprotective compounds (Yagi et al., The HGF mimetic Dihexa is a synthetically derived Angiotensin IV analog that is blood-brain barrier permeable, stable, and orally bioavailable (McCoy et al., in vitro and in vivo , making a strong case for a small molecule activator of HGF/c-Met to confer a neuroprotective benefit (Zhang et al., The experimental value of zebrafish as an animal model for in vivo drug discovery has grown rapidly due to their ease of assessment, large clutch size, and ability to recapitulate human disease conditions (MacRae and Peterson, in vivo , demonstrating that otoprotective drug discovery in zebrafish translates to mammalian systems (Owens et al., In this study, we demonstrate that Dihexa protects lateral line hair cells from aminoglycoside ototoxicity
Dangerous for multi-dose vials
Further, SHS resulted in the accumulation of most Sph_12-38 in viable epidermis and dermis
Biol Psychiatry 81:e19e21
It reflects a specific mechanistic logic about how angiogenesis and cell migration interact in tissue repair research, plus a practical research reality about how these two compounds are studied together in published literature
Sprains