The Department of Biotechnology (DBT) and Biotechnology Research and Innovation Council (BRIC) launched One Day One Genome initiative to highlight India’s vast microbial diversity.
About One Day One Genome Initiative
- The Initiative aims to release fully annotated genomes of unique bacterial species found in India.
- Make genomic data publicly accessible, complemented by graphical summaries, genome assembly details, and infographics.
- Highlight microbes’ scientific and industrial potential.
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Role of Microorganisms in Ecosystems
Genome India Project
Launched: January 2020
Objective:
- Create an “Indian reference genome” grid
- Identify genetic variations in the Indian population
- Develop predictive diagnostic indicators for diseases
Phase 1: Sequence 10,000 Indian genomes
- Focus on understanding genetic basis of diseases
Phase 2: Collect genetic samples for specific diseases:
- Cardiovascular diseases
- Mental illnesses
- Cancer
Led by: Indian Institute of Science’s Centre for Brain Research, Bengaluru.
Collaboration with 20+ universities
Potential Impact:
- Advancements in healthcare, agriculture, and biotechnology
- Personalized medicine and disease prevention strategies
- Better understanding of Indian genetic diversity
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- Environmental Impact: Drive biogeochemical cycles and soil formation. They also aid pollutant degradation and methane production, contributing to global homeostasis.
- Agriculture: Support nitrogen fixation, nutrient cycling, and pest control.
- Their symbiotic association with plants enhances nutrient and water uptake.
- Human Health: Microbial cells outnumber human cells in the body. They are crucial for digestion, immunity, and mental health.
Genome Sequencing
- It is a process that determines the complete DNA sequence of an organism, including genes and non-coding regions.
- It identifies the precise order of the nucleotide bases (adenine, cytosine, guanine, thymine) in DNA.
Benefits of Genome Sequencing
- Accelerates genetic engineering and development of new crop varieties.
- Deciphers host-pathogen interactions.
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Aspect |
Genome Mapping |
Genome Sequencing |
Definition |
Creates a blueprint of the genome, identifying gene locations and regulatory elements. |
Determines the precise sequence of nucleotide bases in DNA. |
Detail Level |
Provides a structural overview of the genome. |
Offers a detailed, base-by-base genetic account. |
Focus |
Identifies locations and organization of genes. |
Deciphers the exact nucleotide sequence. |
Purpose |
Useful for locating genes and understanding genome structure. |
Essential for detailed genetic analysis and mutations. |
Output |
General map showing regions of interest in the genome. |
Complete DNA sequence of the organism. |