What is MAOA R297R?
rs6323 (R297R / Arg297Arg) is a SNP in the MAOA (monoamine oxidase A) gene. Monoamine oxidase A degrades serotonin, dopamine, epinephrine, and norepinephrine. The G allele encodes for the higher activity form of the enzyme.
What gene produces MAOA?
The enzyme is regulated by monoamine oxidase A gene (MAOA). Humans have various forms of the gene, resulting in different levels of enzymatic activity. People with the low-activity form (MAOA-L) produce less of the enzyme, while the high-activity form (MAOA-H) produces more of the enzyme.
What happens if you have low MAOA?
Mutations in the MAOA gene cause monoamine oxidase A deficiency. This condition affects males almost exclusively and is characterized by mild intellectual disability and behavioral problems, including aggressive and violent outbursts. In some cases, particular foods seem to worsen symptoms of the condition.
How do you know if you have MAOA?
Some people with monoamine oxidase A deficiency have episodes of skin flushing, sweating, headaches, or diarrhea. Similar episodes can occur in female family members of males with monoamine oxidase A deficiency, although females do not experience other signs or symptoms of the condition.
What’s the serial killer gene?
Genetic susceptibility may also lead to mitigation of responsibility in convicts during trials of offenses, leading to reduced punishments. MAOA and CHD13 are sometimes called “serial killer genes.” If we proceed to label people as “serial killer gene” carriers we risk stigmatization at unprecedented levels.
What is the killer gene called?
In fictional shows like “Riverdale” and even a real murder case in Italy, the MAOA gene mutation, commonly called the “warrior gene,” is sometimes used as a precursor or scapegoat for violent actions. The gene can cause a deficiency, mostly seen in males, that might show risk for aggressive or antisocial behavior.
Can you test for MAOA?
Monoamine oxidase A gene (MAOA) has earned the nickname “warrior gene” because it has been linked to aggression in observational and survey-based studies. However, no controlled experimental studies have tested whether the warrior gene actually drives behavioral manifestations of these tendencies.