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Comparative Genomics Winter Internship

NTHRYS >> Services >> Academic Services >> Internships >> Winter Internships >> Comparative Genomics Winter Internship

Comparative Genomics Winter Internships

Participate in Comparative Genomics winter internships to explore the genetic adaptation of cold-tolerant species, focusing on genomic changes, evolutionary relationships, and cold-environment genomic adaptations.
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Join our Comparativegenomics Publication Projects and earn co-authorship in the articles that will be published in Scopus Indexed or Science Citation Index (SCI) journals.

Focused Areas under Comparative Genomics Winter Internship

  1. Genomic adaptation to cold environments
  2. Comparative genomics of cold-tolerant species
  3. Evolutionary relationships of cold-resistant organisms
  4. Comparative genomics of Arctic and Antarctic species
  5. Genome-wide association studies (GWAS) in cold environments
  6. Cold-environment gene function and regulation
  7. Comparative analysis of cold-tolerant protein-coding genes
  8. Structural variations in cold-adapted genomes
  9. Gene family expansion in cold-tolerant species
  10. Comparative genomics of cold-resistant plants and animals
  11. Genome evolution in polar and alpine species
  12. Comparative genomics in microbial communities in cold environments
  13. Non-coding RNAs in cold-environment genomic adaptation
  14. Comparative genomics of extinct cold-tolerant species
  15. Cold-stress gene expression and regulation
  16. Comparative genomics in climate change studies
  17. Functional genomics of cold-resistant species
  18. Comparative genomics in cold-region agriculture
  19. Applications of comparative genomics in cold-environment conservation
  20. Comparative genomics in cold-region population genetics

Protocols Covered across various focussed areas under Comparative Genomics Winter Internship

  1. Comparative genome alignment for cold-tolerant species
  2. GWAS protocols in cold-environment studies
  3. Gene expression analysis in cold-stressed organisms
  4. Comparative genomics of protein-coding genes in cold environments
  5. Structural variation analysis in cold-tolerant genomes
  6. Synteny analysis of cold-adapted species genomes
  7. Non-coding RNA analysis for cold-environment adaptation
  8. Cold-stress regulatory element comparison protocols
  9. Gene family expansion analysis in cold-tolerant species
  10. Comparative genomics tools for cold-environment microbial studies

Duration: 5, 10, 15, 20, and 30 Days

Note: Please cross confirm whether internship slots for this field are available before joining.

Click Here for Comparative Genomics Winter Internship Fees
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