Recovery / Nerve & Inflammation Injury Recovery & Healing

ARA-290

Cibinetide — an 11-amino-acid peptide derived from EPO, researched for nerve protection and tissue repair without red-blood-cell stimulation.

Typical bottle: 16 mg
Research note: Human research has investigated ARA-290 in neuropathic pain, inflammation, and metabolic function with some encouraging findings, but the overall body of clinical evidence remains limited.

What It Is

ARA-290, also known as cibinetide, is an 11-amino-acid peptide derived from erythropoietin (EPO). Unlike traditional EPO, ARA-290 was developed to investigate the tissue-protective and repair-related effects of EPO signaling without its primary red-blood-cell-stimulating activity.

ARA-290 works through the Innate Repair Receptor (IRR) pathway, involved in the body’s response to tissue injury and inflammation. Research has focused particularly on its potential ability to help regulate excessive inflammatory signaling while supporting nerve protection, tissue repair, and recovery.

Who May Benefit

  • Nerve health and recovery research
  • Neuropathic pain and nerve-related discomfort
  • Small fiber neuropathy research
  • Recovery following injury or surgery
  • Chronic inflammatory conditions
  • Tissue repair and regeneration
  • Inflammation-related recovery

What to Expect

ARA-290 is generally researched as a recovery and nerve-support compound rather than something expected to produce an immediate effect. Research has investigated changes in nerve function, neuropathic symptoms, inflammatory signaling, and tissue recovery over time.

Some report improvements in burning, tingling, nerve discomfort, sensation, and overall recovery — these experiences are anecdotal. Response can vary considerably depending on the underlying condition, severity, duration of symptoms, and individual biology.

What to Pair It With

Commonly researched for tissue repair and recovery, complementary when injury recovery is the overall goal.
Tissue repair and cellular migration provide a different mechanism from ARA-290’s nerve focus.
Tissue remodeling and wound-healing pathways make it another recovery-focused pairing.
Complementary when nerve health and inflammation regulation are part of a joint-recovery research objective.

Reconstitution

Vial
16 mg
Diluent
1.6 mL Bac. Water
Final Concentration
10 mg/mL
20 units = 2 mg40 units = 4 mg

Suggested Research Dosing Strategy

Maintenance / Lower Range
2 mg (20 units)
Once daily · subcutaneous · suggested research cycle 4–12 weeks.
Advanced / Higher Range
4 mg (40 units)
Once daily · subcutaneous · suggested research cycle 4–12 weeks.
Appropriate research duration may vary depending on the objective and the specific area being investigated.

Administration Notes

Subcutaneous administration is commonly used in research protocols.

ARA-290 is generally researched as a systemic compound rather than requiring injection directly into an area of discomfort.

Consistency is important when evaluating longer-term recovery or nerve-related outcomes.

Research Considerations

One of ARA-290’s most interesting characteristics is that it was designed to investigate EPO’s tissue-protective signaling without intentionally reproducing its primary hematopoietic (red-blood-cell) effect.

Promising early research does not necessarily translate into predictable clinical results — ARA-290 is not an established treatment for neuropathy or chronic pain.

Pulse

Have a specific question about ARA-290? Chat with Pulse, Signal IQ’s free AI research assistant — ask about mechanisms, stacking, or how it compares to other compounds.

For research purposes only. Not approved for human use. This information is provided for educational and research purposes and is not medical advice. Signal IQ does not sell peptides.
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