Discover The Truth With Reviews On Procera AVH

Have you heard about Procera AVH and its efficacy for memory related issues? Well, this all-natural brain enhancement supplement has gained popularity because of its effectual, clinically designed and tested formula. This formulation has been seen to benefit people of any age suffering from mental fog, mental fatigue, poor memory or lack of focus. You will find many Procera AVH online reviews that will help you explore about brain supplements. In this review, you will get to know about supplement that deals with environmental toxins, aging effects and stress.

Autism Changes Molecular Structure Of The Brain

Autism is a complex brain disorder that strikes in early childhood. The disease disrupts a child's ability to communicate and develop social relationships and is often accompanied by acute behavioral challenges. In the United States, autism spectrum disorders are diagnosed in one in 110 children — and one in 70 boys. Diagnoses have expanded tenfold in the last decade.

For decades, autism researchers have faced a baffling riddle: how to unravel a disorder that leaves no known physical trace as it develops in the brain. Now a UCLA study is the first to reveal how the disorder makes its mark at the molecular level, resulting in an autistic brain that differs dramatically in structure from a healthy one. The discovery also identifies a new line of attack for researchers, who currently face a vast array of potential fronts for tackling the neurological disease and identifying its diverse causes. 

 "If you randomly pick 20 people with autism, the cause of each person's disease will be unique," said principal investigator Dr. Daniel Geschwind, the Gordon and Virginia MacDonald Distinguished Chair in Human Genetics and a professor of neurology and psychiatry at the David Geffen School of Medicine at UCLA. "Yet when we examined how genes and proteins interact in autistic people's brains, we saw well-defined shared patterns. This common thread could hold the key to pinpointing the disorder's origins."

 The research team, led by Geschwind, included scientists from the University of Toronto and King's College London. They compared brain tissue samples obtained after death from 19 autism patients and 17 healthy volunteers. After profiling three brain areas previously linked to autism, the group zeroed in on the cerebral cortex, the most evolved part of the human brain. 

The researchers focused on gene expression — how a gene's DNA sequence is copied into RNA, which directs the synthesis of cellular molecules called proteins. Each protein is assigned a specific task by the gene to perform in the cell. By measuring gene-expression levels in the cerebral cortex, the team uncovered consistent differences in how genes in autistic and healthy brains encode information. 

The researchers' next step was to identify the common patterns. To do this, they looked at the cerebral cortex's frontal lobe, which plays a role in judgment, creativity, emotions and speech, and at its temporal lobes, which regulate hearing, language and the processing and interpreting of sounds.  When the scientists compared the frontal and temporal lobes in the healthy brains, they saw that more than 500 genes were expressed at different levels in the two regions. In the autistic brains, these differences were virtually non-existent.

Why Are Some People More Vulnerable Than Others?

Like many other diseases, vulnerability to addiction is influenced by multiple factors, with genetic, environmental, and developmental factors all contributing. Genetics accounts for approximately half of an individual’s vulnerability to addiction, including the effects of the environment on gene function and expression.

Elements of our social environments—culture, neighborhoods, schools, families, peer groups— can also greatly influence individual choices and decisions about behaviors related to substance abuse, which can in turn affect vulnerability. Indeed, addiction is a quintessential gene-byenvironment- interaction disease: a person must be exposed to drugs (environment) to become addicted, yet exposure alone does not determine whether that will happen—predisposing genes interact with this and other environmental factors to create vulnerability. In fact, environmental variables such as stress or drug exposure can cause lasting changes to genes and their function, known as epigenetic changes, which can result in long-term changes to brain circuits.

Adding to the complexity, the contributions of environmental and genetic risk factors may also vary during the different life stages of childhood, adolescence, and young adulthood. Adolescence is the period when addiction typically takes hold. Additionally, because their brains are still undergoing rapid development in areas that contribute to decision-making, judgment, and risk-taking, adolescents tend toward immediate gratification over long-term goals. This can lead to risk-taking, including experimenting with drugs. When coupled with their increased sensitivity to social or peer influences and decreased sensitivity to negative consequences of behavior, it is easy to see why adolescents are particularly vulnerable to drug abuse.

How Can People Recover Once They’re Addicted?

As with any other medical disorder that impairs the function of vital organs, repair and recovery of the addicted brain depends on targeted and effective treatments that must address the complexity of the disease. We continue to gain new insights into ways to optimize treatments to counteract addiction’s powerful disruptive effects on brain and behavior because we now know that with prolonged abstinence, our brains can recover at least some of their former functioning, enabling people to regain control of their lives. Brain supplements can help in this endeavor offering sufficient nutrients and maintaining chemical balance in the brain. But they must be taken advising medical practitioners. 

How Does Addiction Take Hold in the Brain?

Addition is one of the severe problems seen in the developed countries like United States. How does addition take hold in the brain? In fact, what changes does it do in the brain chemicals is associated with the addiction. The rewarding effects of drugs of abuse come from large and rapid upsurges in dopamine, a neurochemical critical to stimulating feelings of pleasure and to motivating behavior. The rapid dopamine “rush” from drugs of abuse mimics but greatly exceeds in intensity and duration the feelings that occur in response to such pleasurable stimuli as the sight or smell of food, for example. Repeated exposure to large, drug-induced dopamine surges has the insidious consequence of ultimately blunting the response of the dopamine system to everyday stimuli. Thus the drug disturbs a person’s normal hierarchy of needs and desires and substitutes new priorities concerned with procuring and using the drug.

Drug abuse also disrupts the brain circuits involved in memory and control over behavior. Memories of the drug experience can trigger craving as can exposure to people, places, or things associated with former drug use. Stress is also a powerful trigger for craving. Control over behavior is compromised because the affected frontal brain regions are what a person needs to exert inhibitory control over desires and emotions.

That is why addiction is a brain disease. As a person’s reward circuitry becomes increasingly dulled and desensitized by drugs, nothing else can compete with them—food, family, and friends lose their relative value, while the ability to curb the need to seek and use drugs evaporates. Ironically and cruelly, eventually even the drug loses its ability to reward, but the compromised brain leads addicted people to pursue it, anyway; the memory of the drug has become more powerful than the drug itself.

The underlying reason of any addiction can be severe stress, depression etc. In case if addiction or while quitting addiction, healthy brain vitamins can help to reduce stress or depression by increasing levels of certain neurotransmitters. Thus, brain supplements can work better for addiction or getting rid from addiction. 

How to choose the best brain supplements?

There are some good memory supplements recommended for all people. You can search online for information regarding the best brain supplements. By going through focus factor reviews you will get to know all about the memory enhancer including its ingredients, how it works, its effects, etc.

When it comes to buying the best brain supplements containing vitamins for brain online, you should always go for herbal supplements with no side effects. Such memory enhaners will consistently work for restoring your brain power. You can stay sharp and focused using such brain supplements, in the right dosage.

So, are you ready to feel the difference with the best brain supplements? Buy supplements with vitamins for brain online and get ready to jump start your brain in action now.

Neuro Optimizer Brain Supplement_Adrian

Find more About Procera AVH

Procera AVH is a brain supplement developed about twenty years ago by scientist Josh Reynolds and Robert Heller. This brain supplement is developed after long studies and research of more than 1.4 million human brains and thousands of natural ingredients. It is FDA approved non-prescription supplement made to improve memory, concentration and IQ. It is developed by Brain Research Lab and clinically tested supplement.

To know what is Procera AVH, it is essential to know its ingredients. Procera AVH is made from natural ingredients. Its main three ingredients are –

• Vinpocetine – This compound is derived from periwinkle flower, Vinca minor. The main function of this compound is to increase blood flow to the brain. This oxygenates brain and enhances flow of nutrients, glucose to the brain. It helps in improving memory and brain processing speed. It helps in improving mood and mental functions.
• Acetyl-l-carnitine – The natural sources of this compound are fish and red meat. It improves mental health and helps in protecting, preservation and improving performance of brain cells. Research shown that acetyl-l-carnitine increases levels of glutathione, important immune defense enzyme and antioxidant. It helps in stimulating growth of new neurons and their interconnections known as axons and dendrites. This helps in rejuvenating brain and slowing its aging significantly. Many clinical studies proved that it is helpful in improving focus, mental clarity, mood and memory along with cognitive brain functions.
• Huperzine A extract – This component is derived from the plant Huperia Serrata. It acts as brain metabolic enhancer. It helps in improving memory and protecting brain cells from free radicals.