Extracellular Domain Biology

Cd83 is a type i membrane protein and an efficient marker for identifying mature dendritic cells. In summary the entire extracellular domain of car is of vital importance to the biology of this highly conserved and important protein. All g protein linked receptors have seven transmembrane domains but each receptor has its own specific extracellular domain and g protein binding site.

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The ligand binding domain is also called the extracellular domain.

Extracellular domain biology. In conclusion the extracellular domain plays an important role in the biology of car from epithelial subcellular localization and adhesion to viral infection. Car is an extremely well conserved protein that likely plays key roles in the biology of the cell with effects on protein trafficking localization cell signaling growth and adhesion. When a ligand binds to the extracellular domain a signal is transferred through the membrane activating the enzyme.

Car is an extremely well conserved protein that likely plays key roles in the biology of the cell with effects on protein trafficking localization cell signaling growth and adhesion. Whereas membrane bound full length cd83 co stimulates the immune system a soluble variant scd83 consisting of the extracellular domain only displays strong immune suppressive activities. Surprisingly the d2 domain was required for adenovirus fiber knob binding and infection.

In conclusion the extracellular domain plays an important role in the biology of car from epithelial subcellular localization and adhesion to viral infection.

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