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Summary: Fasoracetam is a newer addition to the racetam family. It’s a nootropic that helps in relieving anxiety, enhancing memory, and improving overall cognition.
What is Fasoracetam?
Fasoracetam is a promising and exciting addition to the racetam family. It’s reported to have the ability to enhance memory and cognition while relieving depression and anxiety. Additionally, it also has a potential for treating ADHD symptoms. Even though Fasoracetam is a new name on the nootropic scene, it was developed by a Japanese pharmaceutical company more than 20 years ago as a potential treatment for vascular dementia. However, it was put on hiatus after a failed trial. The clinical data were then bought by NeuroFix in 2013. Clinical trials began in 2016 with its focus on treating ADHD symptoms in children. The experiments have shown a great promise as a potential ADHD treatment.
In 2016, the FDA accepted the substance for evaluation.
Fasoracetam is a research chemical of the racetam family. It is a putative nootropic that failed to show sufficient efficacy in clinical trials for vascular dementia. It is currently being studied for its potential use for attention deficit hyperactivity disorder. Wikipedia
Fasoracetam minimizes memory decline, forgetfulness, and amnesia. Individuals who use it report it positively impacts their memory. That is due to the chemical that it produces, which increases learning, memory and cognitive functions. (R)
Fasoracetam Relieves Anxiety and Depression
Fasoracetam relieves anxiety, improves mood, and eases depression by acting on glutamate and gamma-aminobutyric acid (GABA). By up-regulating GABA and suppressing the excess production of the excitatory neurotransmitter glutamate, Fasoracetam offers a non-jittery and smooth feeling of calmness, relaxation and improved mood. (R) (R)
Potential ADHD Treatment
A study on 30 individuals ranging between 12 to 17 years old test the impact of Fasoracetam on ADHD patients. The subjects were receiving fasoracetam for five weeks, after which improvements were observed relating to ADHD symptoms. (R)
Increases Creativity and Motivation
With more research done on Fasoracetam, the improvement in creativity and motivation progresses as well. Many users report that not only it makes them inspired by nature but keeps them motivated too. These self-reports are credible for boosting moods and ability to increase the release and production of the neurotransmitter acetylcholine which is responsible for cognition and learning.
Mechanism of Action
How Does Fasoracetam Work?
There is no clear evidence to support how it works to improve cognition. The theories that exist that describe that it as an interaction with the receptors of glutamate and GABA and the cholinergic system.
Fasoracetam works of a specific group of glutamate receptors known as metabotropic glutamate receptors, which play multiple roles in the brain and body mainly relating to memory, learning, and anxiety.
In increasing acetylcholine fasoracetam is a powerful cholinergic, significantly increasing the uptake of choline in the cortex and hippocampus.
The brain uses the additional choline to produce more acetylcholine, the neurotransmitter most strongly associated with learning, memory, and overall cognition.
How to Take Fasoracetam?
A 20 mg dose is a good starting point.
Anecdotal reports suggest smaller doses of 15 to 30 mg per day, while dosages used in clinical trials for ADHD were 100, 200, and 400mg twice a day.
Personally I tried anywhere from 20 mg per dose to 60 mg per dose. The difference was barely notable to me.
Always pair it with Alpha GPC or any choline source to potentiate the effect and prevent a headache.
What Are Fasoracetam Side Effects?
Fasoracetam is safe when taken responsibly. The most common side effect, similar to all racetams, including fatigue, headache, and digestive discomfort.
The is no scientific evidence available on the specific interactions between other drugs and fasoracetam.
Fasoracetam Reviews from Different Users
Here is an on-going discussion thread on Reddit’sstack advice regarding Fasoracetam usage that is packed with both information on the nootropic, as well as different user experiences (myself included), suggestions, and thoughts on the nootropic:
Some of the interesting & diverse comments from that thread:
Not from me, unfortunately. Made me feel worse. I’ve lost any faith in common nootropics because they do nothing for me. Oxetine
10-20mg gave me near instantaneous relief from anxiety—sublingual that is. tawatson2
While it seemed to help somewhat with anxiety (not a magic bullet) I also felt like some cognitive abilities were actually reduced by it. I had problems carrying out my work with usual performance and with internalizing new tasks. Sometimes you can’t judge if a nootropic really helps much of anything at all but in case of fasoracetam the downsides seemed pronounced enough for me not to continue. sheldonopolis
Fasoracetam (as well as Coluracetam) is a new nootropic but has had numerous experiments done on it. However, it has already developed a strong force in the nootropic community.
Many people find it an excellent choice to relieve anxiety and depression. Some people also say that it helps in cognition, clarity, and focus. It works well when used responsibly.
Frequently Asked Questions
What is the effect of Fasoracetam?
“I have been dosing for 3 days now. I started noticing my legs were becoming relaxed as if I took a benzo combined with that sense of horniness phenibut gave me when I first began taking it. Typically after a few days of Phenibut use dopamine builds up which leads to euphoria combined with anxiolytic effects. Those effects have been long gone and I’ve basically just been taking about 1.6 grams to avoid withdrawals. I’ve gotten off it a few times only to go back on. Now i’m feeling the orginal effects coming back stronger after each dose of Fasoracetam. I can honestly say I don’t feel many other effects aside from the Phenibut now. I’m dosing Phenibut low so its amazing that the effects are coming back with such low doses. I’m wondering if Fasoracetam will completely abolish all Phenibut Withdrawal. It almost seems like that may be the case since its Re-upregulating Gaba B. I wish I understand the Upregulation and Downregulation process on a deeper level”
Summary: N-Acetyl L-Tyrosine, often abbreviated to NALT, is a more bioavailable form of L-Tyrosine, an amino acid that also has nootropic benefits. It improves mood, memory, and enhances cognitive abilities in many ways. It has great effects of reducing stress and maintaining mental performance during sleep deprivation.
What is N-Acetyl-L-Tyrosine? (NALT)
Tyrosine is an amino acid the body produces from various dietary sources. Some of its primary functions are maintaining brain chemistry. A result of providing the necessities for the formation of dopamine, norepinephrine, and epinephrine; which are vital neurotransmitters that profoundly affect energy levels, moods motivation, and brain function. It works as the buffer delivering the necessary materials for the brain to produces them. Particularly under conditions where stress has depleted them. Another feature is its protein synthesis and the regulation of hormones required in the creation of melanin; supporting skin, hair, and eyes. Moreover, Tyrosine is related to the thyroid hormones.
It also supports weight maintenance and loss by suppressing appetite and helping the body’s ability to burn fats. Although the body produces sufficient amounts of L-Tyrosine on its own, studies suggest that additional supplementation provide physical and mental benefits especially under the circumstances of environmental stress.
Benefits & Effects
What Are the Benefits of N-Acetyl L-Tyrosine (NALT)?
N-Acetyl L-Tyrosine Enhances Cognition Under Stress
A recent study found that Tyrosine effectively impacts memory and information processing decline under stressors such as extreme weather or extreme cognitive demand. The study hypothesizes that this effect is because tyrosine grants substance from which the brain can produce neurotransmitters. Thereby neutralizing the depletes caused by stress. The report concludes that individuals are facing demanding requirements, whether mountain climbing or meeting job deadline, can benefit from L-Tyrosine. (R), (R)
Improves Memory Under Pressure and Challenges
A study investigating L-Tyrosine’s impact on individuals doing challenging mental tasks shows that those receiving L-Tyrosine perform better at the more difficult levels of the job. The study confirms L-Tyrosine to provide most benefits at higher levels of demand. (R)
Additionally, NALT is able to attenuate a decrease in memory formation associated with acute stressors
Increases Dopamine in the Brain and Boosts Cognitive Flexibility
A study of 22 individuals shows L-Tyrosine supplementation enhances cognitive flexibility as well as the ability to switch between tasks and thoughts. This result is attributed to L-Tyrosine’s capability to increase dopamine in the brain, which further enhances mental versatility.
Increases Focus and Supports ADHD Treatment
A study on ADHD patients shows 77% of participants receiving L-Tyrosine alone showed significant improvement over a period of 10 weeks. Further studies indicate that the simultaneous use of L-Tyrosine especially boosted the effect of ADHD medication such as Ritalin and Adderall. Non-ADHD nootropic users report that tyrosine improves focus. Therefore it is commonly added in nootropic stacks for that purpose. (R)
Mechanism of Action
How Does N-Acetyl L-Tyrosine Work?
L-Tyrosine forms in the body from a range of high dietary sources such as meats, fish, seeds, milk, yogurt, and cheese. It develops as a result of the precursor aminoalkanoic acid, known as essential amino acid, metabolizing within the liver. After metabolizing into L-Tyrosine, it further metabolizes by an associate protein known as hydroxylase, which prepares L-Tyrosine to be in use for the creation of different neurotransmitters. Once the protein hydrolyzes it, L-Tyrosine is carried in plasma and may metabolize into catecholamines in various membranes.
The discharge is activated by stimulation of adrenergic neurons within the brain, creating a restrictive interior system that maintains adequate internal secretion levels when the body is experiencing stress. Once there’s a high demand on the body’s stores of the vasoconstrictor, the brain responds with the release of adrenergic transmitters. The release, therefore, increases the quantity of the modifying protein discharged. A lot of L-Tyrosine transforms into catecholamines, thereby preventing deficits. This process is associating evidence in favor of L-Tyrosine supplement.
Once the discharge multiplies over a sustained amount, internal secretion synthesis is assumed to be addicted to concentrations of amino acid. Moreover, supplementation could increase internal secretion synthesis and unleash by making a certain sufficiency of amino acid throughout prolonged periods of stimulation.
How To Take L-Tyrosine?
The standard L-Tyrosine dosage is 500-1000 mg daily, divided into 2 to 3 doses, half-hour before meals.
“Studies in humans showing most anti-stress promise for acute supplemental L-Tyrosine use a dosage range of 100-150mg/kg bodyweight which can be taken 60 minutes before exercise; this is a dosage range of 9-13.5g for a 200lb person and 7-10g for a 150lb person.
If using higher doses and finding digestive issues, this may be split into two doses separated by half an hour (30 and 60 minutes prior to acute stress).” as mentioned on Examine.com
How To Take N-Acetyl L-Tyrosine (NALT)?
The NALT dosage, however, is lower due to its higher bioavailability. With NALT, the typical daily dosage is 300 mg.
L-Tyrosine is highly effective at improving cognition in situations involving intense stress. A robust body of research indicates that L-Tyrosine prevents cognitive decline in these situations. Furthermore, studies show that it enhances memory, increases cognitive flexibility, and improves mental performance under stress and cognitive demand.
The clinical studies, as well as anecdotal data from the nootropic community, indicate that L-Tyrosine is useful to everyone; not necessarily limited to those experiencing military-grade stress.
Working or studying long hours, struggling with anxiety, and even intense exercise are all stressors that impact cognition. Because L-Tyrosine is available through familiar dietary sources, supplementation is a choice rather than a health necessity. In situations that involve acute environmental stressors, it is a wise choice that will boost cognition. Therefore, tyrosine is worthy of consideration as a day to day supplement.
I have been taking l-tyrosine with some other amino acids and supplements every day 3 times a day for a while now. I take it bc I am on Adderall and Wellbutrin, so I like to give support to those systems they affect. I’ve had no side effects. I think they are doing great for my mood, but that could be the dl-phenylalanine, too.
I have been taking L-Tyrosine for 15 years or so as part of my ADHD stack. I do 500mg once a day 3-5 days a week. It can elevate anxiety levels and I find it seems to elevate norepinephrine more than dopamine based on my experience with other nootropics and meds. I notice if I go more than three or four days without it I start to feel foggy and don’t have the same level of mental clarity. But I take it with Taurine to take the edge off. If I take it for a couple of days without Taurine I also notice that it makes me a little edgy. It’s definitely a balance with this one.