What is the matter with missing protein in colon cancer

What is the missing protein in colon cancer? The missing protein in colon cancer is a subgroup of the immunoglobulin superfamily, mainly composed of three functional regions. The extracellular part is composed of four immunoglobulins and six type III fibronectins. The transmembrane region is rich in hydrophobic amino acids, and the intracellular part is composed of P1, P2, and P3 domains.

Colon cancer missing protein is a subgroup of the immunoglobulin superfamily, mainly composed of three functional regions, including four immunoglobulins and six type III fibronectins in the extracellular domain, the transmembrane region is rich in hydrophobic amino acids, and the intracellular domains are P1, P2, and P3 domains. Colon cancer missing protein is expressed when the growth cone of the axon of the spinal cord fusion neuron grows toward the base plate, after crossing over, and then grows to the ventral cord. It has the activity of directly binding to netrin-1. The binding sites include the laminin domain of netrin and the fifth extracellular fibronectin domain of colon cancer missing protein, which then triggers the dimerization of the downstream intracellular P3 region, transmitting attractive signals to mediate the growth of axons toward areas with high netrin concentrations.

Under normal circumstances, a dynamic balance is maintained between cell proliferation and cell apoptosis. Uncontrolled cell proliferation or blocked cell apoptosis can lead to tumorigenesis, and GS-Rh2 plays the role of a balance messenger. Regulating the proliferation cycle of tumor cells and inducing apoptosis are the most basic and effective ways in the anti-tumor mechanism of GS-Rh2.