Tursiops truncatus Receptor cluster
※ Receptor cluster introduction One of the most actively studied areas in which spatial heterogeneity is emerging as a key factor is signal transduction at the cell membrane. In addition to imposing a quasi-two-dimensional geometry, the membrane plays host to a large diversity of cellular components, and interactions among these components give rise to a complex spatial organization. A central theme of recent work in this field is the prevalence and role of membrane clusters, groups of colocalized molecules that often participate in the detection of external signals and subsequently drive responses within the cell (1). Reference
1. Mugler A., et al (2012) Membrane Clustering and the Role of Rebinding in Biochemical Signaling. Biophys J, 102(5): 1069–1078. PMID: 22404929
There are 3 genes. Reviewed (0)
or Unreviewed (3) 
※ Receptor cluster introduction One of the most actively studied areas in which spatial heterogeneity is emerging as a key factor is signal transduction at the cell membrane. In addition to imposing a quasi-two-dimensional geometry, the membrane plays host to a large diversity of cellular components, and interactions among these components give rise to a complex spatial organization. A central theme of recent work in this field is the prevalence and role of membrane clusters, groups of colocalized molecules that often participate in the detection of external signals and subsequently drive responses within the cell (1). Reference
1. Mugler A., et al (2012) Membrane Clustering and the Role of Rebinding in Biochemical Signaling. Biophys J, 102(5): 1069–1078. PMID: 22404929
There are 3 genes. Reviewed (0)
or Unreviewed (3) | No. | Status | DrLLPS ID | Ensemble Gene ID | UniProt Accession | Gene Name |
|---|---|---|---|---|---|
| 1 | | ||||
| 2 | | ||||
| 3 | |