Vinpocetine is a well-known nootropic in the health-hacking community that has a variety of health benefits. For example, vinpocetine is used to increase brain circulation, alertness, cognitive function, concentration, memory and mood, and lower inflammation and oxidative stress.
This article will explore vinpocetine’s history, how it works, it’s possible health benefits, and any possible safety issues you should consider before taking it.
- Pharmacology of Vinpocetine
- My Favorite Vinpocetine Product
- Health Benefits of Vinpocetine
- 1) Vinpocetine Enhances Memory
- 2) Vinpocetine Increases Brain Blood Flow & Oxygenation
- 3) Vinpocetine Increases Cognitive Power
- 4) Vinpocetine Slows Cognitive Decline
- 5) Vinpocetine Improves Mitochondrial Function
- 6) Vinpocetine Might be a Useful Pain Killer
- 7) Vinpocetine Improves Reaction Times
- 8) Vinpocetine is Anti-Inflammatory
- 9) Vinpocetine May Inhibit Cancer Growth
- 10) Vinpocetine is Heart Healthy
- 11) Vinpocetine Improves Liver Function
- 12) Vinpocetine Prevents Hearing Loss
- 13) Vinpocetine May Treat Headaches
Source and Use
Many countries, including Japan, Mexico, Russia, and many in Europe, prescribe Vinpocetine for the treatment of cognitive and circulatory brain disorders. However, in the United States and Canada, Vinpocetine is an over-the-counter supplement.
The main use of Vinpocetine is to increase blood flow to the brain.
History of Vinpocetine
Vinpocetine was first isolated from the lesser periwinkle plant in 1975 by chemist Csaba Szántay.
Gedeon Richter, a Hungarian drug company, began manufacturing Vinpocetine in 1978 under the brand name, Cavinton (R).
Vinpocetine has historically been used in European countries as a way to enhance blood flow to the brain in the treatment of cognitive decline, stroke recovery, and epilepsy.
More recently, vinpocetine has been picked up by the nootropic community for its potential to enhance memory and cognition.
Mechanisms of Action
Vinpocetine influences the flow of certain ions by:
- Inhibiting sodium channels (R).
- Inhibiting certain types (L-type) of calcium channels (R, R2).
- Slowing down net potassium channel flow (R).
These ion channel interactions result in lowered neurotransmitter release. Neuroprotection occurs as dopamine or glutamate (both neurotransmitters), which can increase oxidative damage when stimulated by toxins, are suppressed (R)
Vinpocetine has also been shown to interact with the alpha adrenergic receptors and the TPSO receptor, although it is still unclear how these interactions affect the brain.
Pharmacology of Vinpocetine
Studies demonstrate that, in humans, Vinpocetine has a bioavailability of 6.2-6.7% when consumed in water-based solution (R).
Interestingly, Vinpocetine has a much higher bioavailability in rodents – close to 52%. It might be the case that a similar bioavailability can be achieved in humans under certain circumstances (R, R2).
For example, ingesting Vinpocetine with a meal, rather than in a fasted state, can increase its bioavailability by 60-100% (R).
One study found that a topical Vinpocetine patch was twice as bioavailable as oral ingestion (R).
Vinpocetine is excreted after being metabolized. This is why no Vinpocetine residue can be found in urine – only its metabolites (R).
Vinpocetine is detectable in the blood within 20 minutes of consumption (R).
Oral administration with 5mg of vinpocetine resulted in peak blood levels of approximately 64ng/mL (R).
The half-life of Vinpocetine is around 1.46 hours (R).
Vinpocetine is undetectable in the blood 2-3 hours after ingestion (R).
Vinpocetine binds to proteins in the blood at rates from 86.6% to complete binding (R).
Vinpocetine does not accumulate in the body when sensible oral doses (5-30mg daily) are used (R).
Indeed, Vinpocetine is rapidly absorbed into the human brain, with 3.18–4.27% entering the brain within 2 minutes of an IV dose (R)
After consumption, Vinpocetine appears to increase in the brains of humans more than the rest of the body (R).
Vinpocetine has an affinity to specific areas of the brain e.g. thalamus (24% higher than average), basal ganglia, putamen, and visual cortex (R, R2). These parts of the brain then receive the most additional blood flow (R).
My Favorite Vinpocetine Product
Health Benefits of Vinpocetine
1) Vinpocetine Enhances Memory
In a mice study, researchers deliberately damaged neurons in the brain in order to inhibit hippocampus function and long-term memory potentiation. However, administration of Vinpocetine after the operation caused a complete restoration of long-term potentiation and memory formation (R).
40mg of Vinpocetine, taken 3 times per day, improved memory in 12 female subjects (measured by Steinberg technique) (R).
At 40mg per day, Vinpocetine increases memory scanning speed (R).
Vinpocetine increases memory by long-term potentiation – the strengthening of synapses based on recent patterns of activity (R).
Another way Vinpocetine enhances memory is by affecting alpha-adrenergic receptors in the brain (R).
2) Vinpocetine Increases Brain Blood Flow & Oxygenation
In six healthy men, an infusion of 20mg vinpocetine resulted in a 7% increase in blood flow to the brain (R).
Another 20mg infusion of Vinpocetine improved blood flow in stroke victims without altering average blood pressure (R).
This enhanced blood flow is linked with cognitive protection (R).
3) Vinpocetine Increases Cognitive Power
In one study, patients received either 30 mg of Vinpocetine per day, 60 mg of Vinpocetine per day or a placebo. After 16 weeks, both Vinpocetine groups had notable improvements in cognitive performance.
Thus, Vinpocetine is a candidate for the management of symptoms of dementia.
There was no significant difference in cognitive benefits between taking 30mg and 60mg per day (R).
4) Vinpocetine Slows Cognitive Decline
One week of intravenous infusions of vinpocetine, followed by 90 days of 30mg oral dosage, significantly improved the symptoms of cognitive decline in individuals with poor blood circulation in the brain. For example, physical balance was markedly improved (R).
Another study gave Vinpotropile (Vinpocetine & Piracetam) to patients aged 50-78 with low blood flow to the brain. The rate of cognitive decline slowed significantly (e.g. speech performance tests), and subjective measures of well-being improved (R).
The TPSO system (a sensor of brain injury and microglia activation) is upregulated in people with cognitive impairment or brain trauma (R, R2). By attaching to receptors in the TSPO system, Vinpocetine might be able to reduce the activity of this system and, thus, reduce cognitive decline & aging (R, R2).
5) Vinpocetine Improves Mitochondrial Function
Vinpocetine reduces the loss in mitochondrial membrane potential (needed to create ATP) caused by excitotoxicity (when neurons are damaged and killed by the overactivations of receptors for the excitatory neurotransmitters) (R).
Similarly, at high blood levels, Vinpocetine is able to reverse the decrease in mitochondrial function seen with beta-amyloid pigmentation (R).
6) Vinpocetine Might be a Useful Pain Killer
7) Vinpocetine Improves Reaction Times
In healthy female volunteers between the ages of 25-40, 80mg of Vinpocetine a day significantly reduced reaction times, from approximately 610ms to 430ms (R).
8) Vinpocetine is Anti-Inflammatory
Potent anti-inflammatory effects occurred in mice given Vinpocetine at 5mg/kg per day (R).
9) Vinpocetine May Inhibit Cancer Growth
In mice, 10-20mg/kg of injected Vinpocetine reduced tumor growth and caused no adverse effects (R).
10) Vinpocetine is Heart Healthy
This improvement was likely due to a reduction in the receptor for oxidized LDL (LOX-1) and, thus, less LDL oxidation (R).
11) Vinpocetine Improves Liver Function
At the highest dose (8.4mg/kg) there was an 82.6% reduction in liver cell death (R).
12) Vinpocetine Prevents Hearing Loss
In Guinea pigs, Vinpocetine, given at 2mg/kg injections, offers protection against hearing loss caused by taking antibiotics (R).
13) Vinpocetine May Treat Headaches
Vinpocetine enhances blood flow to the brain without changing blood pressure throughout the body (R).
Thus, Vinpocetine might be able to reduce headaches caused by excessive pressure. This makes sense given that the traditional usage of the periwinkle plant (source of Vinpocetine) is to reduce headaches.
Take Vinpocetine with meals to enhance absorption.
The standard low dose is 5mg of Vinpocetine at each of these three meals, with 20mg per meal seen as a high dose. This dose range is suitable for the purposes of neuroprotection, enhancing cerebral blood flow, and reducing the rate of cognitive decline.
IV administration of Vinpocetine can cause serious adverse effects, such as death from sudden falls in blood pressure and heart rate (R, R2). However, this is not an issue with oral Vinpocetine at the standard dosages.
There have been reports of skin allergy to vincamine (R).
There was also one report of a sudden drop in white blood cell count at 15mg per day (R).
PDE1 – a phosphodiesterase enzyme
cGMP – a cyclic nucleotide derived from guanosine triphosphate
TPSO system – a sensor of brain injury and microglia activation
Liposome – a spherical vesicle with at least one lipid bilayer, used to efficiently administer nutrients and drugs.
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