ETHEREALPEPTIDES
RAD-140 — amber glass dropper bottle, research use only
Oral solution · dropper bottle
Androgen & Growth Axis

Representative render — packaging may vary

RAD-140

Also indexed as Testolone · RAD140

Research Use Only98.5% purity floor

All products currently listed on this site are for research purposes only.

A non-steroidal SARM developed as an AR ligand with reported tissue selectivity in primate and rodent binding studies.

Size

$64.00

per unit · EP-RAD-030

In stock — ready to ship
1

Add 2 more to reach $58.00 per unit.

Bulk pricing · 30mL solution
QuantityUnit priceSaving
1–2$64.00
3+$58.009%
5+$52.0019%

Certificate of analysis

Lot EP-RAD-2606A

Third-party verified

99%

Assayed purity

Guaranteed floor 98.5%

Tested
June 5, 2026
Laboratory
Colmaric Analyticals
Methods
HPLCMS
View the certificate (PDF)

Literature

Research context

RAD-140 is a benzonitrile-oxadiazole androgen receptor modulator originally described by Miller and colleagues. Published preclinical work covers AR binding constants, comparative anabolic-to-androgenic index in castrated rat models, and receptor-mediated signalling in neuronal cell lines. Not approved for human use in any jurisdiction.

Documented research areas

  • Androgen receptor ligand design
  • Tissue selectivity in rodent models
  • AR-mediated neuronal signalling in vitro
  • Anti-doping analytical reference work

Specification

Chemistry

CAS number
1182367-47-0
Molecular formula
C20H16ClN5O2
Molecular weight
393.83 g/mol
Form
Solution
Purity floor
≥ 98.5%
Appears in
4 documented research areas

Laboratory

Storage and handling

Storage

Store at 4°C, protected from light. Do not freeze solution.

Handling

For laboratory use by qualified personnel only. Not for human or veterinary use.

Research use only. This material is supplied for laboratory research by qualified personnel. It is not a drug, food, cosmetic or household product, and it is not for human or veterinary use. See our research use policy and prohibited uses.

Sources

Selected references

External links open in a new tab. Ethereal Peptides is not affiliated with the publishers or the authors listed.

Nearby

Studied alongside