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SARMs

SR-9009 (Stenabolic)

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Definition

SR-9009 (commonly referred to as Stenabolic) is an investigational research compound frequently studied in metabolic and circadian biology. Unlike selective androgen receptor modulators (SARMs), SR-9009 does not act through the androgen receptor. Instead, it is primarily investigated as a synthetic ligand for the REV-ERBα and REV-ERBβ nuclear receptors, which regulate circadian rhythms and downstream metabolic gene expression. SR-9009 is not approved for human or veterinary use and is supplied strictly for laboratory and analytical research purposes.

Mechanism of Action

SR-9009 is studied as a REV-ERB (REV-ERBα and REV-ERBβ) agonist-like ligand in laboratory research. REV-ERB receptors function as transcriptional repressors that coordinate circadian timing and multiple metabolic processes. Common areas of mechanistic investigation include: Because experimental outcomes are highly dependent on dosing schedule, administration timing, and study design, circadian alignment is considered a critical variable when interpreting results.

  • Circadian gene regulation: Studied for its ability to modulate clock-gene expression through REV-ERB-mediated signaling
  • Mitochondrial metabolism: Investigated for effects on transcriptional programs governing mitochondrial function and oxidative metabolism in skeletal muscle and liver models
  • Lipid metabolism: Explored in studies evaluating fatty-acid oxidation and lipid-handling pathways under controlled metabolic conditions
  • Inflammatory signaling: Studied in selected immune and tissue models for circadian-linked effects on inflammatory signaling pathways
  • Energy expenditure: Investigated for indirect effects on energy expenditure and activity-related endpoints in animal research

Areas of Investigation

SR-9009 is commonly studied in

  • Circadian biology and clock-gene regulation
  • Skeletal-muscle oxidative capacity and endurance-related research
  • Lipid metabolism and hepatic-fat-handling studies
  • Mitochondrial biogenesis and metabolic-flexibility research
  • Circadian regulation of inflammatory and immune signaling
  • Body-composition research with standardized dietary intake and activity variables

Safety Profile

Reported observations are model- and exposure-dependent and may include

  • Sleep- or circadian-disruption findings when administration timing conflicts with the experimental light-dark cycle
  • Changes in appetite or activity patterns in certain animal models
  • Fatigue-, lethargy-, or altered-recovery-related findings depending on dosing schedule
  • Off-target signaling concerns resulting from broad transcriptional effects associated with nuclear receptor modulation
  • Skin-irritation findings in certain topical-application studies

Interaction Notes

SR-9009 is often investigated alongside interventions that overlap with circadian and metabolic signaling.

Disclaimer

For educational purposes only. Not for human consumption.