BC₃H1 Cell Lysate: sc-2299

The BC3H1 cell lysate is derived from a murine myogenic cell line that has been instrumental in various research domains, particularly in studying muscle cell differentiation and function. BC3H1 cells, originally established from a mouse muscle tumor, are characterized by their ability to differentiate into muscle-like cells, making them an excellent model for exploring the molecular biology of muscle cells. This lysate, containing a rich array of cellular contents such as proteins, nucleic acids, and other cytoplasmic components, allows researchers to delve deep into the protein expression profiles and signaling pathways active in muscle cells. Notably, the BC3H1 cell lysate has been utilized in proteomic studies to identify and quantify protein interactions and modifications that occur during the differentiation process. Such analyses assist in elucidating the complex regulatory networks that control muscle cell behavior, including muscle development and regeneration. By providing a comprehensive snapshot of the cellular environment, BC3H1 cell lysate aids in advancing our understanding of muscle physiology at the molecular level. This makes it a valuable tool for basic biological research aimed at deciphering the complex mechanisms underlying muscle cell functions and their transitions during various states of differentiation.