Holistic Solutions for Down Syndrome
Gabi Giacomin received a Highly Commended award from ATMS + Nature & Health Magazine for Practitioner of the Year! Finalists were selected from the following criteria: Made a significant contribution to the Australian natural medicine profession Demonstrated excellence in
Targeted Nutritional Intervention for Down Syndrome – Poster – click here to download I’ve been so busy i almost forgot I have a poster on display this long weekend at Metagenics Congress at the Pullman and Mercure,
By Gabi Giacomin When I was a teenager I begged my mum let me take Roacutane. I cried so much after the Dermatologist said I didn’t need it, that he gave it to me. He said it was so safe
By Gabi Giacomin Being the parent of a child with Down Syndrome you have probably been told by other parents and Drs of the need for regular thyroid tests and medication if necessary. You may have been led to believe
By Gabi Giacomin Research from Canada in 2006 gave us an insight into the progression of Alzheimer’s Disease (AD) in Down Syndrome (DS). Beta secretase activity, generated by the BACE1 gene, is elevated in DS causing an increase
Case Study – Down Syndrome – click here Share This:
17th January 2018 Dear Client, Here is a brief overview of the your OAT test results. In summary, The most outstanding results on the OAT test were the Clostridia markers. They indicate the presence of C. Difficile which can
ELEVATED CORTISOL RAISES TSH LEVELS By Gabi Giacomin Is your practitioner checking your child’s cortisol levels? Thyroid Research Journal published an article in 2012 which concluded that among a sample of men and women increases in TSH with normal
by Gabi Giacomin A significant number of children with Down Syndrome (DS) are on grain free diets. This is due to the fact that grains such as rye, barley and oats and even rice are well known triggers of celiac
Specific inflammatory genes located on chromosome 21, in triplicated form, influence the inflammatory state of the Down Syndrome (DS) brain. These genes include: CXADR, ADAMTS1, ADAMTS5, TIAM1, SOD1, IFNAR2, IFNAR1, IFNGR2, RIPK4, CBS, S100B, PRMT2. Targeting gene overexpression using nutrition