Racetam the godfather of Nootropics
Piracetam is also considered the “very first Nootropic”. In 1964 Piracetam was synthesized for the first time by a group of scientists from the Belgian pharmaceutical company UCB. Soon a name had to be devised that could describe the material to all and future members of the racetam family. For example, Roman scientist Dr. Corneliu E. Giurgea, who led the team of scientists, came up with the term Nootropic. Piracetam was launched by UCB under the name “Nootropil” which is still available under the same name in Europe to this day.
The emergence of the first Nootropic came by accident when Dr. Giurgea and his fellow scientists designed a molecule that was intended to combat motion sickness and an abnormal sleep pattern. During experimental studies, the scientists found that one of the side effects of the substance was an increase in mental state. An important discovery after which the team largely spent their lives investigating the role that racetam has on cognitive improvements.
In the following years, more scientists have studied the nootropic research to improve the generic Piracetam. Minor additions to the original racetam molecule have led researchers to reveal the superior Nootropic. And so Piracetam was born as the smart pioneer within the racetam family.
Piracetam increases cognitive functions
Piracetam can be a solution for people with a learning disability such as Dyslexia or other intellectual disabilities. One of the most special effects of Piracetam is that the information signals between the left and right brain are increased. Studies have proven that Piracetam increases blood flow to the brain, as well as cognitive functions in the event of lack of oxygen and glucose consumption. These factors improve brain function so that people with intellectual disabilities can benefit from it. In addition, Piracetam reinforces memory and various learning abilities.
In a study in which 16 healthy persons took a daily amount of 1200 mg Piracetam, the group performed better on verbal learning assignments. In another experiment, 16 healthy adults and 14 students took a daily amount of 1.6 g Piracetam. After 21 days the verbal learning ability of the adult group improved by 15% and the verbal learning ability of the student group improved by 8.6%.
Dyslexia and children
Dyslexia is a learning disability, making it more difficult to learn, read and spell. Research shows that Piracetam can help both adults and children with dyslexia to learn and read better. 11 studies with more than 620 children and adolescents with dyslexia show that taking 1.2 to 3.3 grams of Piracetam daily for up to 8 weeks significantly improves learning and understanding.
In the study, 225 children with dyslexia between the ages of 7 and 13 years were treated daily with 3.3 grams of Piracetam for 36 weeks. After 12 weeks there were significant improvements in their ability to read and understand text.
In another study, 257 boys with dyslexia between the ages of 8 and 13 years received 3.3 g Piracetam daily for 12 weeks. Here too cognitive improvements occurred. The children improved their reading speed and the short-term memory had grown considerably.
Piracetam minimizes the risk of brain damage after a trauma
Piracetam is also often used in stroke and alcoholism to minimize damage to the brain. Surgery can increase the risk of brain damage. For example, open heart surgery entails an increased risk of neurological damage and a stroke. One month of treatment with Piracetam improves, according to studies, memory problems and delayed nerve damage after a shock (hypoperfusion). This shows potential as a treatment for cerebrovascular dementia because it works on similar mechanisms.
Piracetam is promising as a neurological protector for patients with bypass surgery. An analysis of three studies looked at the effects of Piracetam on people undergoing coronary bypass surgery, a procedure that restores blood flow to the heart. Brain damage can be a side effect of this operation. Piracetam, however, improved short-term mental performance in post-operative people.
Administering Piracetam within seven hours of a chemical stroke prevents permanent brain damage. Piracetam helps to partially restore writing skills in stroke patients who have lost their language skills. This is promising for future research in restoring speech and language.
Protects against epileptic seizures
Epileptic seizures are described as uncontrolled muscle spasms. People suffering from epileptic seizures can experience many difficulties during daily tasks such as writing, washing, and eating. Several studies have shown that Piracetam can protect against these types of attacks.
A case study of a 47-year-old woman who had myoclonic seizures noted that taking 3.2 grams of Piracetam daily stopped her from uncontrolled muscle spasm.
A study of 18 adults with Unverricht-Lundborg disease showed that a daily intake of 24 grams of Piracetam improved the symptoms and signs of disability caused by the seizures.
In another study, 11 people took up to 20 grams of Piracetam daily with their existing medication for 18 months to further reduce the symptoms of epilepsy. Researchers discovered that Piracetam helps reduce the overall severity of epilepsy.
Protects against dementia
Dementia influences the ability to function, to be able to communicate but above all the memory. Alzheimer’s disease is the best known and most common cause of dementia. Studies show that Piracetam can improve mental performance in people. Mainly older adults with dementia, people with Alzheimer’s disease or having general brain damage.
An analysis of 19 studies with approximately 1500 adults with dementia or brain damage showed that 61% of people taking Piracetam are showing improved mental performance. In addition, a study of 104 people with Alzheimer’s disease who took 4.8 grams of Piracetam for 4 weeks, followed by 2.4 grams for 2 weeks, showed improved memory, reaction speed improved and concentration increased.
Will Piracetam really make you smarter?
Piracetam gives a boost to your brain, however, the positive results of Piracetam seem to be stronger for older adults, people with disabilities, dementia or learning disability. Studies show that Piracetam makes the cell membranes more fluid. This makes it easier for cells to send and receive signals, which promotes communication. That could be a reason why the effects of Piracetam appear to be stronger for older and people with mental problems because their cell membranes tend to be less fluid. In addition, other studies show that Piracetam increases blood flow to your brain, as well as oxygen and glucose consumption, especially in people with intellectual disabilities.
Piracetam can certainly improve mental performance for everyone, its effects need time to appear, but the results will give your brain a positive boost.