Target intelligence / Profile preview

GrpE protein homolog 2, mitochondrial (GRPEL2)

Target
GRPEL2
Molecular classification
Nucleotide exchange factor (NEF), Chaperone regulatory protein, Mitochondrial matrix protein, Protein-folding chaperone binding protein
01

Overview

GrpE protein homolog 2, mitochondrial (GRPEL2) is a component of the mitochondrial import machinery and functions as a nucleotide exchange factor (NEF) for mitochondrial Hsp70 (mtHsp70)[1][4]. It facilitates the exchange of ADP for ATP on mtHsp70, thereby regulating its chaperone activity during mitochondrial protein import and folding. GRPEL2 can form homo- and hetero-oligomeric complexes with its paralog GRPEL1, together helping to sustain mitochondrial function under stress conditions. While GRPEL1 is essential for basic mitochondrial function, GRPEL2 appears to be more important under oxidative stress, conferring stress resilience to mitochondrial protein quality control. GRPEL2 is not a traditional therapeutic target and currently has no known drugs interacting with it, but its deficiency has been associated with disorders such as Perrault Syndrome and impaired mitochondrial homeostasis in experimental models[1][4].

Other names
GrpE like 2, mitochondrialGRPEL2GRPE2_HUMANDKFZp451C205Mt-GrpE#2FLJ23713grpE protein homolog 2, mitochondrial
02

Biological functions

Regulation of mitochondrial protein importStimulation of mtHsp70 ATPase activityMaintenance of mitochondrial protein quality controlFacilitation of Fe–S cluster biogenesisCellular redox homeostasis (stress resistance under oxidative conditions)
03

Disease associations

Perrault SyndromeOther (emerging evidence for stress-related mitochondrial disorders)
04

Safety considerations

Potential mitochondrial dysfunction if GRPEL2 expression is altered (linked to impaired protein import, Fe–S cluster biogenesis, and resistance to oxidative stress in experimental models)

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