The SU subunit stays closely linked to the TM subunit through noncovalent interactions, and together, they are transported to the cell surface.
Here is an interesting post breaking down this scientific concept: 🔬 The Secret Key: How Viruses Enter Our Cells maturesu s a
Based on the search results, "maturesu s a" likely refers to the of a retrovirus. This is a protein that plays a key role in how viruses bind to cell receptors, essentially acting as the key that unlocks the cell. The SU subunit stays closely linked to the
It starts as a precursor protein, which is glycosylated in the Golgi apparatus. Finally, it is cleaved by a cellular furin protease into the mature SU (roughly 70 kDa) and TM (Transmembrane) subunits. maturesu s a
The SU subunit stays closely linked to the TM subunit through noncovalent interactions, and together, they are transported to the cell surface.
Here is an interesting post breaking down this scientific concept: 🔬 The Secret Key: How Viruses Enter Our Cells
Based on the search results, "maturesu s a" likely refers to the of a retrovirus. This is a protein that plays a key role in how viruses bind to cell receptors, essentially acting as the key that unlocks the cell.
It starts as a precursor protein, which is glycosylated in the Golgi apparatus. Finally, it is cleaved by a cellular furin protease into the mature SU (roughly 70 kDa) and TM (Transmembrane) subunits.