Cerebrolysin 60mg

$40.00

🔬 What Is Cerebrolysin?

  • Cerebrolysin is a neuropeptide mixture derived from enzymatic breakdown of porcine brain proteins.

  • It contains low–molecular weight peptides and amino acids that can cross the blood–brain barrier.

  • It is marketed in several countries (Europe, Asia, Latin America) as a neuroprotective and neurotrophic agent.

  • Not FDA-approved in the U.S., but widely studied and used off-label.

📌 Clinical Uses (Investigational/Approved in Some Regions)

Cerebrolysin is studied and sometimes prescribed for:

  • Stroke recovery (ischemic stroke)

  • Traumatic brain injury (TBI)

  • Vascular and degenerative dementia (including Alzheimer’s disease)

  • Cognitive impairment and neurorehabilitation

  • Parkinson’s disease (supportive)

  • Multiple sclerosis & neuropathies (experimental)

💉 Dosing – 60 mg Context

Cerebrolysin is usually available in ampoules or vials of 1 ml (5 mg/ml), 5 ml (215 mg/5 ml), 10 ml, and 30 ml.
So, 60 mg is a relatively small dose—most therapeutic protocols use much higher doses:

  • Typical dose range in studies:

    • 5–30 ml daily IV (which equals 215–1290 mg/day), usually for 10–20 consecutive days.

  • Maintenance cycles: treatment may be repeated several times a year.

👉 This means that a single 60 mg dose is very low, and may be more common in compounded or research settings, not in standard therapeutic protocols.

⚠️ Safety & Side Effects

  • Generally considered safe, with decades of clinical use.

  • Reported side effects:

    • Headache, dizziness, agitation, sweating

    • Rare: seizures, confusion (in predisposed patients)

  • Not recommended in:

    • Severe epilepsy

    • Severe kidney impairment

âś… Key Takeaways

  • Cerebrolysin = neuropeptide mixture with neuroprotective & neurotrophic effects.

  • 60 mg is a very small amount compared to typical clinical doses (hundreds of mg).

  • Used in research/clinical settings for stroke, dementia, TBI, and neurodegeneration.

  • Safe overall, but efficacy data is mixed—some studies show benefits, others less conclusive.

🔬 What Is Cerebrolysin?

  • Cerebrolysin is a neuropeptide mixture derived from enzymatic breakdown of porcine brain proteins.

  • It contains low–molecular weight peptides and amino acids that can cross the blood–brain barrier.

  • It is marketed in several countries (Europe, Asia, Latin America) as a neuroprotective and neurotrophic agent.

  • Not FDA-approved in the U.S., but widely studied and used off-label.

📌 Clinical Uses (Investigational/Approved in Some Regions)

Cerebrolysin is studied and sometimes prescribed for:

  • Stroke recovery (ischemic stroke)

  • Traumatic brain injury (TBI)

  • Vascular and degenerative dementia (including Alzheimer’s disease)

  • Cognitive impairment and neurorehabilitation

  • Parkinson’s disease (supportive)

  • Multiple sclerosis & neuropathies (experimental)

💉 Dosing – 60 mg Context

Cerebrolysin is usually available in ampoules or vials of 1 ml (5 mg/ml), 5 ml (215 mg/5 ml), 10 ml, and 30 ml.
So, 60 mg is a relatively small dose—most therapeutic protocols use much higher doses:

  • Typical dose range in studies:

    • 5–30 ml daily IV (which equals 215–1290 mg/day), usually for 10–20 consecutive days.

  • Maintenance cycles: treatment may be repeated several times a year.

👉 This means that a single 60 mg dose is very low, and may be more common in compounded or research settings, not in standard therapeutic protocols.

⚠️ Safety & Side Effects

  • Generally considered safe, with decades of clinical use.

  • Reported side effects:

    • Headache, dizziness, agitation, sweating

    • Rare: seizures, confusion (in predisposed patients)

  • Not recommended in:

    • Severe epilepsy

    • Severe kidney impairment

âś… Key Takeaways

  • Cerebrolysin = neuropeptide mixture with neuroprotective & neurotrophic effects.

  • 60 mg is a very small amount compared to typical clinical doses (hundreds of mg).

  • Used in research/clinical settings for stroke, dementia, TBI, and neurodegeneration.

  • Safe overall, but efficacy data is mixed—some studies show benefits, others less conclusive.