M1
1 paper studies it5 findings
- 1 lab
- Cells1
Outcomes
1Per-well respiratory readouts
upin human cells1
1 study
Per-well respiratory readouts
upin human cells1
M1 increases per-well respiratory readouts in human cells.
“M1 treatment induced a less fragmented, elongation-associated mitochondrial morphology accompanied by altered DRP1 phosphorylation, increased per-well respiratory readouts, and increased ATP fluorescence.”
Cellslate-passage cellsHGL5
MitochondrionOct 17, 2026
Associations
4CMXRos fluorescence
upin human cells1
1 study
CMXRos fluorescence
upin human cells1
M1 is associated with CMXRos fluorescence in human cells.
“M1 increased polar body extrusion and was associated with reduced DCFDA fluorescence and increased CMXRos fluorescence.”
Cellsex vivooocyte
MitochondrionOct 17, 2026
DCFDA fluorescence
downin human cells1
1 study
DCFDA fluorescence
downin human cells1
M1 is associated with DCFDA fluorescence in human cells.
“M1 increased polar body extrusion and was associated with reduced DCFDA fluorescence”
Cellsex vivooocyte
MitochondrionOct 17, 2026
DRP1 phosphorylation
mixedin human cells1
1 study
DRP1 phosphorylation
mixedin human cells1
M1 is associated with DRP1 phosphorylation in human cells.
“M1 treatment induced a less fragmented, elongation-associated mitochondrial morphology accompanied by altered DRP1 phosphorylation”
Cellslate-passage cellsHGL5
MitochondrionOct 17, 2026
Mitochondrial morphology
mixedin human cells1
1 study
Mitochondrial morphology
mixedin human cells1
M1 is associated with mitochondrial morphology in human cells.
“In late-passage HGL5 cells, M1 treatment induced a less fragmented, elongation-associated mitochondrial morphology”
Cellslate-passage cellsHGL5
MitochondrionOct 17, 2026