Asians account for less than 1% of current genomics research. #MapTheGap aims to fix this disparity. Help us find the root cause of genetic disorders in Asia.
Cardiac Disease Management- Partly Genetic, Partly Lifestyle - "There is evidence that individuals with high genetic risk can reduce their risk by adequately managing their lifestyle." #genetics#diseasemanagement#cardiaccare https://t.co/SAdN3is3ZC
Really promising development for more than 100,000 patients in India with beta thalassemia. Also 4% of the popualtion are carriers for the disease. #MaptheGap https://t.co/278De3MVag
Gene editing technique can treat Thalassemia in womb. In a breakthrough, a gene editing technique has shown potential to treat beta thalassemia during early stages of foetal development. #geneediting#genetics#thalassemia
https://t.co/xa7DHIk7PT
Sickle cell disease (SCD) affects millions of people around the world. It is estimated that 44,000 children are born in India every year, with this condition. #WorldSickleCellDay#SickleCellAwareness
Whole genome sequencing allows faster diagnosis of children with rare diseases but we need diverse genomic data for it to help all popualtions. #MaptheGap#RareDisease https://t.co/YPlnnQeKhZ
Dr Shailesh Bondarde, talking about how genetic mutation studies have changed the landscape of cancer treatment in India at an event organized by MedGenome.
#cancertreatment#medgenome#geneticscreening
https://t.co/Bv6EsZrT0C
Study comparing inflammation response in Europeans and African populations shows why we need more diverse genetic data. This is why we have started #MaptheGap. https://t.co/VVHZflbajV