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What does the '10,000 Genomes Project' entail?


What does the '10,000 Genomes Project' entail?

The Department of Biotechnology (DBT) has declared the successful completion of the ‘10,000 Genomes Project’ – an extensive initiative to sequence a multitude of individual genomes originating from India. This groundbreaking initiative is poised to facilitate precision medicine and genetic epidemiology studies tailored to the Indian populace.

Objectives of the Initiative:

Although India sequenced its initial whole human genome in 2006, there was a recognized necessity to establish a vast genomic repository that accurately reflects the diversity of India's population. According to DBT Secretary Dr. Rajesh S. Gokhale, "There is a paucity of studies on the fundamental genetic makeup of Indians."

By mapping thousands of individual genomes representing various ethnic groups and tribal communities across India, researchers now possess essential reference data on population-specific genetic variations. These variations play a significant role in determining susceptibility to diseases among different Indian sub-groups, making it imperative to comprehend them for the advancement of precision medicine and targeted healthcare solutions.

Key Achievements:

The inception of the ‘10,000 Genomes Project’ occurred in 2020 under the National Biotechnology Development Strategy 2015-20. Genome sequencing commenced in 2021 and has been successfully completed in accordance with DBT's timeline.

In total, 10,010 genomes were sequenced from individuals belonging to 1,014 Indian sub-populations and tribes across all 28 states and 9 union territories.

The project was executed utilizing a hub-and-spoke model, spearheaded by three anchor institutes – the CSIR Institute of Genomics and Integrative Biology (IGIB), New Delhi, the IISER Regional Centre for the IISER Regional Centre for Genomic Technologies (RCGT) located in Bhopal, and the Institute of Life Sciences (ILS) situated in Bhubaneshwar.

These central institutes collaborated with technology innovation hubs, academic institutions such as IITs, national research laboratories, hospitals, and industry stakeholders to gather ethnically relevant biospecimens for sequencing. Standard protocols were established for sample quality and analysis.

Significance of the Milestone:

As the world’s pioneering ethnically pertinent genome database, the 10,000 genome project positions India among the select few countries possessing indigenous genomic information at a population scale.

Dr. Gokhale underscored that such comprehensive genome data will find applications across various domains – from comprehending genetic diseases and formulating preventive healthcare policies to fostering research in genomics, precision medicine, and agriculture.

By delineating India’s distinct genetic variants associated with ailments like diabetes, cancer, or cardiovascular disorders, researchers can develop targeted therapeutics, diagnostics, and treatment regimens optimized for Indian sub-groups, potentially revolutionizing the healthcare landscape.

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What does the '10,000 Genomes Project' entail?