TRAPP Complex Regulates Vesicle Traffic in Cells (P18312)

Target Name: TRAPP complex

NCBI ID: P18312

TRAPP complex

Other Name(s): Multisubunit trafficking protein particle (TRAPP) vesicle tethering complex | TRAPP (transport protein particle) complex

TRAPP Complex Regulates Vesicle Traffic in Cells

The TRAPP complex is a protein particle that is involved in the regulation of vesicle traffic in cells. It is a multiprotein complex that is composed of four subunits: TRAPP1, TRAPP2, TRAPP3, and TRAPP4. The TRAPP complex plays a critical role in the regulation of endosomal traffic by trapping vesicles in the endosomal vesicle membrane and in the release of vesicles from the endosomal vesicle membrane.

The TRAPP complex is a well-known protein particle that is involved in the regulation of vesicle traffic in cells. It is a multiprotein complex that is composed of four subunits: TRAPP1, TRAPP2, TRAPP3, and TRAPP4. The TRAPP complex plays a critical role in the regulation of endosomal traffic by trapping vesicles in the endosomal vesicle membrane and in the release of vesicles from the endosomal vesicle membrane.

TRAPP1 is the protein that is responsible for trapping vesicles in the endosomal vesicle membrane. It is composed of a long N-terminus that contains a nucleotide exchange loop, a transmembrane domain, and a C-terminus that contains a protein-coding region. TRAPP1 is also known as SSB-1, and it is a nucleotide exchange loop protein that is involved in the regulation of vesicle traffic in cells.

TRAPP2 is the protein that is responsible for releasing vesicles from the endosomal vesicle membrane. It is composed of a long N-terminus that contains a nucleotide exchange loop, a transmembrane domain, and a C-terminus that contains a protein-coding region. TRAPP2 is also known as SSB-2, and it is a nucleotide exchange loop protein that is involved in the regulation of vesicle traffic in cells.

TRAPP3 is the protein that is responsible for regulating the trafficking of vesicles from the endosomal vesicle to the cytosol. It is composed of a long N-terminus that contains a nucleotide exchange loop, a transmembrane domain, and a C-terminus that contains a protein-coding region. TRAPP3 is also known as SSB-3, and it is a nucleotide exchange loop protein that is involved in the regulation of vesicle traffic in cells.

TRAPP4 is the protein that is responsible for regulating the trafficking of vesicles from the endosomal vesicle to the endosomal membrane. It is composed of a long N-terminus that contains a nucleotide exchange loop, a transmembrane domain, and a C-terminus that contains a protein-coding region. TRAPP4 is also known as SSB-4, and it is a nucleotide exchange loop protein that is involved in the regulation of vesicle traffic in cells.

The TRAPP complex plays a critical role in the regulation of endosomal traffic by trapping vesicles in the endosomal vesicle membrane and in the release of vesicles from the endosomal vesicle membrane. It is composed of four subunits: TRAPP1, TRAPP2, TRAPP3, and TRAPP4. The TRAPP complex is a well-known protein particle that is involved in the regulation of vesicle traffic in cells, and it may be a drug target or biomarker.

Protein Name: TRAPP Complex

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