LIVE Price Database Suppliers B2B suppliers Quality & badges Encyclopedia Articles
LONGEVITY TOPICS
NAD+ Precursors Sirtuin Activators Senolytics Autophagy Mitochondrial Hormesis
About PeptideCompare Business Network Contact Policy
MONOGRAPH No. 135
EVIDENCE BASELimited
TYPE
Polypeptide extract (bovine retina)
MW
No data
CAS
Not assigned
EU STATUS
Russian Rx drug · not EU-authorised
WADA
Not named on 2026 List
MIN PURITY
≥98% HPLC
View prices →
Khavinson Bioregulators

Retinalamin — EU research guide.

Retinalamin is a water-soluble polypeptide complex extracted from cattle retina and registered as a medicine in Russia. It is a mixture of many peptide fractions, not a single molecule, and the clinical literature is small and largely from the developers' own network.

Last reviewed:

What is Retinalamin?

Retinalamin is a mixture of peptide fractions extracted from bovine retina, so it has no single formula, molecular weight or CAS number. It was created in Saint Petersburg (Khavinson and colleagues, Institute of Bioregulation and Gerontology) and is used in Russia for retinal disorders. The Russian instruction describes a reparative, retina-protective action on photoreceptors and retinal tissue, and developer-affiliated authors propose that short peptides regulate gene expression in retinal cells. This mechanism is a proposal from the developing group and has not been shown independently in humans.

What does the research show?

The published human literature is mostly Russian-language, small and largely from the developers' own network; no large independent randomised trial was found in the international literature. Developer-affiliated authors (Khavinson et al., Stem Cell Reviews and Reports 2019) claim that thirty years of use of peptide bioregulators in ophthalmology improved visual function in 80% of patients, but that review gives no trial data. A 2018 meta-analysis (Erichev, Petrov, Volzhanin, Ophthalmology in Russia) claimed efficacy in dry age-related macular degeneration, but the journal page carries a retraction notice, so it should not be relied on. A 2020 paper in Vestnik Oftalmologii compared routes of administration in glaucoma and concluded that retinalamin was most effective in early and moderate stages; the numbers could not be checked and are not reproduced here. A 2021 study used a rabbit model of light-induced retinal damage, which is animal-only data. No pharmacokinetic study was found.

EU legal status

Retinalamin is not authorised as a medicine in the EU: no EMA or national EU marketing authorisation was found, although not every national register was searched. It is a registered medicine in Russia: the medi.ru instruction lists registration number ЛС-000684 for a 5 mg lyophilisate for intramuscular and parabulbar injection, and the RLS page names GEROPHARM, Saint Petersburg as manufacturer. Registration dates differ between the two Russian pages, so the State Register of Medicines should be checked. The registered form is a freeze-dried vial, whereas a vendor lists a pre-filled pen (10 mg in 2 mL), so the vendor product is not the registered dosage form. Retinalamin is not named on the 2026 WADA Prohibited List (not verified on the WADA site).

⚠ Evidence is small, mostly Russian-language and developer-linked, and the only meta-analysis found carries a retraction notice. Composition, batch consistency and immunogenicity of this animal-derived (bovine) extract are not documented in the sources read. This is a research compound, not a medication.
✓ PeptideCompare compares Retinalamin listings from EU research vendors and shows COA status per supplier where available.
EVIDENCE SUMMARY
LIMITED
Retinal disorders (Russian clinical reports) — Developer-affiliated authors claim improved visual function in 80% of patients after thirty years of peptide bioregulator use in ophthalmology, without trial data (Khavinson 2019). A 2020 glaucoma paper concluded that retinalamin was most effective in early and moderate stages; its numbers were not verified.
LIMITED
Dry AMD meta-analysis (retraction notice) — A 2018 meta-analysis claiming efficacy in dry age-related macular degeneration carries an 'Article retracted' notice on the journal page; the reason and date could not be confirmed. It should not be relied on.
ANIMAL ONLY
Light-induced retinal damage (rabbits) — A 2021 Vestnik Oftalmologii study used a rabbit model of photochemical retinal damage. This is animal-only data, and details were not verified.

Molecular information

Molecular formula
No data
Molecular weight
No data
CAS number
Not assigned

Pharmacokinetics

No established human pharmacokinetic data. Published human PK parameters for this compound are not available; reported data are limited to animal models or absent. No curve is shown, to avoid implying data that does not exist.

Potency retained over time

Each line is one storage condition: it starts at 100% and falls as potency is lost. Above the dashed 80% line the material is considered reliable — hover for exact values.

Freezer −20 °C
36+ mo
Stable · >95% potency
Fridge 4 °C
4-5 wks
In use · after recon
Room 20 °C
5-6 days
Avoid · increased loss
Warm 37 °C+
<1 day
Critical · rapid degradation

⚠ Modelled per compound from molecular structure — chain length, cyclisation, oxidation- and deamidation-prone residues and light sensitivity. Indicative only, not lab-measured per batch.

Retinalamin across EU suppliers

COA-verified EU vendors · Updated monthly

References

  1. Official Russian instruction: composition (bovine retina polypeptide complex), indications, manufacturer, storage and shelf life. Retinalamin (lyophilisate for intramuscular and parabulbar injection, 5 mg). Official instruction, RLS Encyclopedia of Medicines (Russia). Source
  2. Russian instruction: registration number ЛС-000684, contraindications, no pharmacokinetic section. Retinalamin. Instruction for use (Ретиналамин. Инструкция по применению), medi.ru. Source
  3. Developer-affiliated review: origin of the product and the claim of visual improvement in 80% of patients, without trial data. Khavinson V, Trofimova S, Trofimov A, Solomin I. Stem Cell Rev Rep 2019. Source
  4. Russian-language glaucoma study comparing routes of retinalamin administration (author list and numbers not verified). Peptide bioregulators: delivery and efficacy. Vestn Oftalmol 2020;136(2):56-62. PubMed 32366071Source
  5. Meta-analysis claiming efficacy in dry AMD; the journal page shows a retraction notice, so it is listed as a caution. Erichev VP, Petrov SYu, Volzhanin AV. Ophthalmology in Russia 2018;15(1):69-79 (retraction notice on the journal page). Source
  6. Animal-only (rabbit) data on retinoprotective effects (title and PMID seen in a search listing only). Retinoprotective effects of Retinalamin studied in an experimental model of photochemical damage to rabbit retinas. Vestn Oftalmol 2021. PubMed 34726859Source

Related guides

PeptideCompare AssistantOnline · replies instantly
Hi! I help you quickly find the right page — about legality, COAs, badges or suppliers. No price advice, no dosing.
Try a question
Find a supplier Questions about a peptide? Read our articles Compare prices Is this legal in the EU? How to read a COA What do badges mean? Will customs stop my order? What is BAC water? Talk to a doctor first?
Navigation assistant · no medical advice