Oliver's mTOR Atlas Evidence Platform
Reading level
Mode

Pathway link MTORC1-OXPHOS

mTORC1 Oxidative phosphorylation

mTORC1 activates Oxidative phosphorylation.

mTORC1 boosts how much energy mitochondria can produce, through both gene activation and protein-building. One mouse experiment points the other way – removing mTORC1 from fat tissue RAISED respiration – so this direction is not settled in a living animal.

mTORC1 raises mitochondrial respiratory capacity through a YY1–PGC-1α transcriptional programme and through 4E-BP-dependent translation of respiratory components.

The conditions it holds under

Effect size varies strongly by tissue; the transcriptional and translational arms have not been cleanly separated in vivo. OVERLAP (audit 2026-09-04): this edge and MTORC1-MITO assert overlapping biology from overlapping citations (CUN2007, MOR2013) at different tiers and different consensus levels. Read them together; they are not independent support.

Time it takes
hours
Step
indirect (through steps not drawn here)
Measured in
mammalian cells
Where in the cell
mitochondrion
Reaches people?
plausible in people, not shown directly
How settled
emerging, few independent studies

Studies behind it

YearEvidenceStudy
2007 M mTOR controls mitochondrial oxidative function through a YY1-PGC-1alpha transcriptional complexCUN2007 Showed mTOR isn't just about building proteins - it also runs the cell's POWER plants. mTORC1 drives mitochondrial gene expression and oxygen consumption through a YY1-PGC-1alpha transcriptional program; block mTOR with rapamycin and mitochondrial output falls. Explains part of why mTOR inhibition reshapes metabolism.
2013 M mTORC1 controls mitochondrial activity and biogenesis through 4E-BP-dependent translational regulationMOR2013 mTORC1 controls mitochondrial biogenesis and activity through 4E-BP-dependent translation.

Points the other way

YearEvidenceStudy
2008 A Adipose-specific knockout of raptor results in lean mice with enhanced mitochondrial respirationPOL2008 Adipose raptor knockout yields lean, metabolically protected mice, revealing mTORC1's role in fat metabolism.

Who has checked this

Checked by
No researcher outside the project has checked this link yet.
Curator sign-off
Not signed off yet. This link was drafted with AI help and has not been reviewed link by link; treat it as a proposal until it is.
Curated by
Oliver Barton, with AI help for drafting; see how links are checked.

“How settled” describes how far researchers in the field agree. It is not the same as the sign-off above, which only says whether a named curator has checked this page.

If this link rests on your own work: a click on “This looks right” below, or a short note through “Report an error”, helps us more than anything else on this page.

← The whole pathway · This link as JSON

Was this page useful?
Spotted something wrong or out of date about this link?