Glycerol kinase 4 pseudogene (GK4P)

Glycerol kinase 4 pseudogene (GK4P) is a non-coding locus within the glycerol kinase gene family, related to genes encoding glycerol kinase enzymes that catalyze the phosphorylation of glycerol to glycerol 3-phosphate in metabolic pathways[1][3]. Unlike the functional glycerol kinase genes responsible for key roles in glucose and lipid metabolism, GK4P does not produce protein and is considered a genomic remnant without known physiological or disease relevance. Pseudogenes sometimes play regulatory roles, but no such activity is documented for GK4P. There is no evidence from available sources that GK4P encodes an active molecule or participates in biological processes; it is distinct from functional glycerol kinase family members like GK (GLPK)[1][2][3][4][5]. If structured information is needed for a protein, enzyme, or therapeutic target, it should use a functional form such as "Glycerol kinase" (GK), not the pseudogene GK4P.

Other names

GK4 pseudogeneglycerol kinase pseudogene 4

None. As GK4P does not encode a protein, there is no mechanism of action for drug interaction.