STENABOLIC

Metabolic & Endurance Support Compound

Nordic Labs Stenabolic (SR9009) is a research‑grade metabolic signalling compound favoured in laboratory and experimental settings for its potential to support endurance, fat oxidation, and energy utilisation. Often referred to simply as Stenabolic, SR9009 is a synthetic agonist of the Rev‑Erb protein, a regulator of metabolic pathways that influence mitochondrial function and cellular energy productio

Main Research Benefits of Nordic Lan.bs Stenabolic (SR9009)

• Supports increased endurance and exercise capacity — especially in prolonged activity models
• May promote enhanced metabolic rate and fat utilisation pathways
• Can aid in energy expenditure without traditional stimulants
• Useful for research involving mitochondrial activity and metabolic regulation
• Non‑hormonal compound — does not bind directly to androgen receptors

Stenabolic SR9009 is particularly popular among researchers investigating cellular metabolism, endurance physiology, and conditioning mechanisms. 

How It Works

SR9009 (Stenabolic) targets and activates the **Rev‑Erb protein**, a regulatory factor in metabolic signalling that can influence fat and glucose metabolism as well as mitochondrial function. Activation of Rev‑Erb may lead to increased energy production at the cellular level and improved endurance capacity, which makes it a compound of interest for studies on energy pathways and exercise physiology. 

Unlike hormone‑based compounds, SR9009 works through metabolic gene expression and energy utilisation pathways rather than androgen receptors.

Ingredients & Specifications

• Compound: Stenabolic (SR9009)
• Dose: Typically 10 mg per capsule
• Form: Capsules (60 count typical)
• Key Action: Rev‑Erb receptor agonist and metabolic signalling modulator
• Use: Research purposes only — not approved for human or veterinary use

Suggested Research Usage

• Common research protocols involve taking 1–2 capsules daily with meals, spaced throughout the day. 
• Because SR9009 has a relatively short activity window, splitting doses (e.g., morning + early afternoon) is typical in experimental designs.
• Avoid dosing close to bedtime to align with metabolic signalling timing. 

⚠️ Important: Nordic Labs Stenabolic (SR9009) is intended strictly for research use. It is not approved as a dietary supplement or therapeutic product, and should not be used for human or animal consumption. Always follow safety protocols and applicable local regulations in your research environment.

Who Is This Compound Best Suited For?

Nordic Labs Stenabolic SR9009 is best suited for advanced researchers and scientists exploring metabolic pathways, endurance physiology, cellular energy regulation, and fat utilisation mechanisms. It’s commonly included in study protocols that investigate performance, energy expenditure, and metabolic adaptation in controlled laboratory settings.

Frequently Asked Questions

What is SR9009 (Stenabolic)?

SR9009, often called Stenabolic, is a Rev‑Erb agonist — a compound that influences energy metabolism and mitochondrial signalling rather than directly acting on hormonal pathways. 

Does Stenabolic improve endurance?

Research models show that Stenabolic may support increased endurance and work capacity by influencing cellular energy pathways and mitochondrial efficiency. 

Is this a SARM?

No — although SR9009 is often grouped with SARMs, it is not technically a selective androgen receptor modulator. Its primary action is on Rev‑Erb protein and metabolic pathways. 

Are there potential side effects?

Because SR9009 operates through metabolic signalling, it does not suppress natural hormone production in the same way hormone‑targeted compounds might. However, like all research chemicals, responses can vary based on dosing and context, and safety protocols should always be observed.

Investigate metabolic signalling and endurance pathways with Nordic Labs Stenabolic — a research compound specially formulated to support energy utilisation, endurance, and metabolic gene expression in controlled scientific settings.