A very likely key regulator of this process is ALG-2, a calcium-binding protein. Reactive oxygen species may cause Bcl-2 to activate Bax, which leads to activation of various caspases. Its indicators include exposure of surface phospholipids to phosphatidylserine and the sec
A very likely key regulator of this process is ALG-2, a calcium-binding protein. Reactive oxygen species may cause Bcl-2 to activate Bax, which leads to activation of various caspases. Its indicators include exposure of surface phospholipids to phosphatidylserine and the secretion of TGF-beta by cytokines. In plants, it is accomplished by proteases that cleave at asparagine residues, which cause collapse of the central vacuole. It is involved in such events as formation of synapses and the sloughing-off of the endometrial lining. FTP, identify this process by which normal development of multicellular organisms is genetically controlled, and which is different from necrosis.
A very likely key regulator of this process is ALG-2, a calcium-binding protein.
apoptosis (accept programmed cell death)