terms |
syndecan |
As nouns the difference between terms and syndecan
is that
terms is while
syndecan is any of a class of single transmembrane domain proteins thought to act as coreceptors, especially for g protein-coupled receptors.
syndecan |
syntenin |
As nouns the difference between syndecan and syntenin
is that
syndecan is any of a class of single transmembrane domain proteins thought to act as coreceptors, especially for g protein-coupled receptors while
syntenin is (protein) a protein that binds the cytoplasmic c-terminal fya motif of the syndecans.
domain |
syndecan |
As nouns the difference between domain and syndecan
is that
domain is domain (dns domain name) while
syndecan is any of a class of single transmembrane domain proteins thought to act as coreceptors, especially for g protein-coupled receptors.
receptor |
syndecan |
As nouns the difference between receptor and syndecan
is that
receptor is (biochemistry|medicine) a protein on a cell wall that binds with specific molecules so that they can be absorbed into the cell in order to control certain functions while
syndecan is any of a class of single transmembrane domain proteins thought to act as coreceptors, especially for g protein-coupled receptors.
coreceptor |
syndecan |
As nouns the difference between coreceptor and syndecan
is that
coreceptor is (molecular biology) a cell surface receptor that binds a signaling molecule in addition to a primary receptor in order to facilitate ligand recognition and initiate a biological process, such as entry of a pathogen into a host cell while
syndecan is any of a class of single transmembrane domain proteins thought to act as coreceptors, especially for g protein-coupled receptors.
protein |
syndecan |
As nouns the difference between protein and syndecan
is that
protein is protein while
syndecan is any of a class of single transmembrane domain proteins thought to act as coreceptors, especially for g protein-coupled receptors.
transmembrane |
syndecan |
As nouns the difference between transmembrane and syndecan
is that
transmembrane is (cytology) a transmembrane protein, or the transmembrane portion of a protein while
syndecan is any of a class of single transmembrane domain proteins thought to act as coreceptors, especially for g protein-coupled receptors.
As an adjective transmembrane
is (biology) traversing a cellular membrane.