Omega-3 for treating ADHD

Omega fatty acids are an effective and safe treatment for children with Attention deficit hyperactivity disorder ADHD. Omegas, found in oily fish, are important for brain health and learning low intakes have been linked with poor social behavior and communication. ADHD is a neurodevelopmental disorder characterized by difficulty maintaining attention, impulsive behavior and extreme hyperactivity.

The research also found that supplements with a specific ratio of certain essential fatty acids were the most beneficial. Children with ADHD have lower fatty acid levels in their blood than those without the condition. This review looked at randomized controlled trials (RCT) – the gold standard of human studies - which compared fatty acid supplementation against a placebo in children diagnosed with ADHD.

The debilitating disorder affects children's daily ability to function, learn, and interact with peers. And at present, families have very limited options for what they can do at home to improve their child's behavior and learning as most specialized diets are ineffective. A supplement, Equazen, which provides a 9:3:1 ratio of eicosapentaenoic acid EPA, docosahexaenoic acid DHA and gamma linolenic acid, is the most effective at improving blood levels of these acids.

Children with ADHD have lower fatty acid levels in their blood compared with children without the condition. As a result, fatty acid supplements, with the 9:3:1 ratio of omega-3 and omega-6 fatty acids provides a valuable, effective and safe option for parents who want to do more to help their children manage their ADHD symptoms and improve their ability to learn.
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Multivitamin in pregnancy reduces the risk of autism

Autism spectrum disorder ASD includes a range of conditions, including Asperger syndrome, that affect a person's social interaction, communication, interests and behaviour. More boys are diagnosed with the condition than girls. Taking multivitamins during early pregnancy may be associated with a reduced risk of autism spectrum disorder ASD in children compared with mothers who do not take multivitamins.

Research indicates that ASD most likely develops in the womb and that a mother's diet during pregnancy could have an influence. But results from previous studies suggested other unmeasured factors such as a mother's overall health and lifestyle, could also contribute to ASD. Researchers examined the effects of nutrient supplementation during pregnancy and discovered that it is associated with reduced risk of ASD. They applied three analytical methods to a different participants.

After adjusting for several potentially influencing factors in both mothers and children, the researchers found that multivitamin use, with or without additional iron and/or folic acid, was associated with a lower likelihood of child ASD with intellectual disability relative to mothers who did not use folic acid, iron, and multivitamins.
There was no consistent evidence that either iron or folic acid use were associated with a reduced risk of ASD.
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The difference between autistic boys and girls

Autism spectrum disorder ASD is a disorder of nervous system that starts in childhood and lasts throughout a person's life. ASD affects communication, interaction and social skills.

According to Caroline Rieffe, a psychologist and his colleagues analyzed the behavior of 68 teenagers, girls and boys, and  discovered that girls responded to emotion different from boys.

Girls are able to follow social actions by observing other children and do what they do. They are involved in social play and play with other children, they make friends easily and love to be with their friends.

Interest of girls with ASD are similar to that of normal girls, the intensity of their interests differentiate them from others.

Genes for autism are located on the X chromosome, girls inherit the genes form both parents while boys inherit one from mother, this shows that the X chromosome that girls inherit from their fathers have an imprinted gene which protects the girls from autism.

Sudden hypotension may cause dementia

Blood pressure is the force of blood pushing against the wall of the arteries as the heart pumps out blood.

Hypotension is low blood pressure, particularly in the arteries of the systemic circulation.

Blood pressure naturally goes up and down all the time, adjusting to heart requirement based on daily activities.
Reading lower than 90 mm Hg systolic or 60 mm Hg diastolic is low blood pressure.

 Sudden drop in blood pressure can stop  blood flow to the  brain and this can cause severe decline in mental ability that interfere with daily life. People suffering from hypotension are at the risk of developing dementia.

 Shortage of  blood flowing to the brain can damage brain cells and this can disrupt cells communication in the brain.