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Climate change

Bangladesh Takes a Leap in Genomic Sequencing with State-of-the-Art Research Facility

Strategic Insights

— 2 min read

Advances in genomic sequencing technology have revolutionized the field of agriculture and food safety in Bangladesh. The country's researchers have made significant breakthroughs in sequencing the genomes of various crops, livestock, and microbes, providing valuable insights into the genetic composition of these organisms. This knowledge has enabled the improvement of traits such as productivity, disease resistance, and nutritional quality. The establishment of the "Center for Next-Generation Sequencing and Analytics" at the National Institute of Biotechnology (NIB) is a significant step towards harnessing the potential of genomic sequencing and associated technologies to address the challenges posed by climate change, population growth, and resource demands. The center aims to create a state-of-the-art research facility with advanced capabilities in genomic sequencing, data analysis, and data storage infrastructure, focused on economically important livestock species.

Key Takeaways:

  • The Center for Next-Generation Sequencing and Analytics at NIB has been established to create a state-of-the-art research facility with advanced capabilities in genomic sequencing, data analysis, and data storage infrastructure.
  • The researchers at NIB have completed the complete genome sequence of indigenous breeds of cows, a sheep, and a duck, with a total of 10 organisms having their genomes sequenced.
  • The genome of the Munshiganj Cattle has 2,234,532,856 base pair nucleotides, with researchers identifying 10,089,453 genetic polymorphisms and five important genes related to meat production.
  • A comprehensive analysis of genetic polymorphisms in the Mirakdemi cattle genome has been performed, revealing specific genetic traits that can guide selective breeding for enhanced meat production.
  • The genome of the sheep has been assembled, consisting of 286,947,925 base pair nucleotides, while the genome of the duck spans 133,065,473 base pair nucleotides.
  • The research team includes key individuals such as Dr. Md. Salimullah, Dr. Nusrat Jahan, Dr. Anjuman Ara Bhuiyan, Dr. U. S. Mahzabin Amin, and Mr. Keshob Chandra Das.
  • The genomic sequencing, assembly, and analysis efforts undertaken in Bangladesh hold great promise for enhancing productivity, food security, and sustainable development.

Statistics:

  • Total number of organisms having their genomes sequenced: 10.
  • Base pair nucleotides in the genome of the Munshiganj Cattle: 2,234,532,856.
  • Number of genetic polymorphisms in the genome of the Munshiganj Cattle: 10,089,453.
  • Number of genes related to meat production in the genome of the Munshiganj Cattle: 5.
  • Base pair nucleotides in the genome of the sheep: 286,947,925.
  • Base pair nucleotides in the genome of the duck: 133,065,473.

Sources:

  • "Bangladesh's Genomic Sequencing Breakthroughs" by The Daily Star (no date)
  • "NIB Completes Genome Sequencing of Indigenous Cattle" by The Financial Express (no date)
  • Announcement by Honourable Minister of Science and Technology Architect Yeafesh Osman (August 10, 2023)
  • Research paper by Dr. Md. Salimullah and colleagues (no date)
  • NIB website (no date)

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