New study investigates fatty acids and severe behavioral disorders

By Jess Halliday

- Last updated on GMT

A new pilot study gets underway today to assess the effect of fish
oil supplements in children at a residential school who have
experienced severe emotional, behavioural and social difficulties.

The study is being conducted by supplement-maker Efamol with the cooperation of children's charity NCH, which runs The Cotswold Community School in Swindon, UK.

Peter Clough, research director at Efamol, told NutraIngredients.com that the new study is significant because it is the first time fatty acids have been trialed in a residential community of this kind.

Although it is a pilot study, he is positive that it will yield significant results that may merit publication in a peer-reviewed journal.

"Several previous studies have shown that omega-3 and omega-6 fatty acids can help relieve some of the symptoms of learning and behavioural disorders in children and adults. We anticipate some interesting results and it may provide us with the means to help other children in the future,"​ he said.

The 25 boys at the school are to receive the normal recommended daily dose of Efamol's Efalex over a four-week period - that is, 480mg of DHA (docosahexaenioc acid), 100mg of EPA (eicosapentaenoic acid), 100mg of GLA (gamma-linolenic acid) and 36mg of ALA (alpha-linolenic acid).

This dose is recommended by the company for an initial period, followed by continuing use at a lower level. This is because the human body builds up stores of fatty acids.

Staff at the school will also take the supplements as encouragement, although their results will not be analysed.

Principal Andrew Thomas said that the school has been actively promoting a healthy diet due to the mounting evidence that good nutrition can play a role in improving mental well-being. It has received an award from Swindon's local authority in recognition of its work in improving the diet and lifestyle of pupils.

Clough explained that behavioural problems like ADHD tend to be more frequent in boys than in girls, and boys appear to respond better to intervention with fatty acids, as they seem to have more efficient enzyme metabolism.

Although the theory has not been investigated, one reason for this could be due to the important role that fatty acids play in the development of babies, leading to female evolution that ensures their offspring receive higher amounts.

The effects of the intervention will be assessed through questionnaires completed by each of the children, their teachers and their carers, at the start and the end of the four-week period.

The results will be analysed by independent nutrition consultant Dr Jacqueline Stordy.

The study is funded by Efamol. Clough said that the company established the fatty acids supplement category for children and its supplements have been used in more trials to date than any other. First introduced in 1997, they are now sold in 26 countries around the world.

Related news

Show more

Related products

show more

Algal Oil or Fish Oil: Which Should I Choose?

Algal Oil or Fish Oil: Which Should I Choose?

Content provided by GC Rieber VivoMega™ | 04-Oct-2024 | Infographic

Are you fishing for answers when it comes to omega-3s from fish oil vs. algal oil? Do you find yourself asking if EPA or DHA from fish oil is the same...

Gut and mental health struggles affect consumers

Gut and mental health struggles affect consumers

Content provided by Verb Biotics | 23-Sep-2024 | White Paper

Verb Biotics, a biotech company focused on improving health through the gut microbiome, recently completed its second annual consumer survey to assess...

Curcumin on Autonomic Balance: The First In Its Class

Curcumin on Autonomic Balance: The First In Its Class

Content provided by Theravalues Corporation | 17-Sep-2024 | Research Study

Theracurmin Super® is a Japan-made curcumin powder that is the first to patent Amorphous Conversion Technology in a proprietary formulation to enhance...

Related suppliers

Follow us

Products

View more

Webinars