Preferred Label : 12E7 Antigen;
MeSH definition : A cell adhesion molecule that, in humans, is encoded by a gene on the PSEUDOAUTOSOMAL
REGION of SEX CHROMOSOMES. It functions in CELL ADHESION of T-LYMPHOCYTES and ROSETTE
FORMATION by ERYTHROCYTES. It is also involved in the migration of LEUKOCYTES through
the ENDOTHELIUM BASEMENT MEMBRANE. CD99 co-localizes with, but functions independently
of PECAM-1.; A cell adhesion molecule that, in humans, is encoded by a gene on the PSEUDOAUTOSOMAL
REGION of SEX CHROMOSOMES. It functions in CELL ADHESION of T-LYMPHOCYTES and ROSETTE
FORMATION by ERYTHROCYTES. It is also involved in the migration of LEUKOCYTES through
the ENDOTHELIUM BASEMENT MEMBRANE. The 12E7 antigen co-localizes with, but functions
independently of PECAM-1.;
MeSH synonym : CD99 Antigens; CD99 Antigen; Antigen, CD99; MIC2 Protein; 12E7 Protein; E2 Antigen; Antigen, E2; T-Cell Surface Glycoprotein E2; T Cell Surface Glycoprotein E2; CD99 Molecule; Antigen, 12E7; Antigens, CD99;
Wikipedia link : https://en.wikipedia.org/wiki/Cd99 antigens;
Origin ID : D000071443;
UMLS CUI : C0058889;
Allowable qualifiers
- Automatic exact mappings (from CISMeF team)
- Currated CISMeF NLP mapping
- Record concept(s)
- Related MeSH Supplementary Concept(s)
- Semantic type(s)
- UMLS correspondences (same concept)
- Validated automatic mappings to BTNT
A cell adhesion molecule that, in humans, is encoded by a gene on the PSEUDOAUTOSOMAL
REGION of SEX CHROMOSOMES. It functions in CELL ADHESION of T-LYMPHOCYTES and ROSETTE
FORMATION by ERYTHROCYTES. It is also involved in the migration of LEUKOCYTES through
the ENDOTHELIUM BASEMENT MEMBRANE. CD99 co-localizes with, but functions independently
of PECAM-1.
A cell adhesion molecule that, in humans, is encoded by a gene on the PSEUDOAUTOSOMAL
REGION of SEX CHROMOSOMES. It functions in CELL ADHESION of T-LYMPHOCYTES and ROSETTE
FORMATION by ERYTHROCYTES. It is also involved in the migration of LEUKOCYTES through
the ENDOTHELIUM BASEMENT MEMBRANE. The 12E7 antigen co-localizes with, but functions
independently of PECAM-1.
