EB1 Cell Lysate: sc-24668

EB1 cell lysate, derived from a model cell line used primarily in cancer research, is instrumental in studying the dynamics of microtubule behaviors and their role in cellular processes such as mitosis and signal transduction. This lysate provides a crucial tool for investigating EB1 protein interactions, a key regulator of microtubule dynamics associated with microtubule growth and stabilization at the plus-end. Researchers utilize EB1 lysate to delve into the molecular mechanisms of cell division, focusing on how EB1 facilitates the proper alignment and segregation of chromosomes during mitosis. The insights gained from studying EB1 interactions and functions in the lysate help explain its role in maintaining genomic stability, a critical aspect in understanding tumorigenesis and the cellular response to mitotic stress. Furthermore, studies using this lysate contribute to a broader comprehension of intracellular transport and cell polarity, as EB1 is pivotal in directing intracellular trafficking and spatial organization of the cytoskeleton. By examining these fundamental processes in a research context, EB1 cell lysate aids in advancing our knowledge of cell biology and the molecular mechanisms that underlie critical cellular functions.