Plant Breeding and Genetics Summer Internships

Join Plant Breeding and Genetics summer internships to explore the genetic principles underlying plant breeding, focusing on techniques for crop improvement, hybridization, marker-assisted selection, and the use of genomics and biotechnology in developing new plant varieties with enhanced traits.

Focused Areas under Plant Breeding Genetics Summer Internship

1. Genetics of plant breeding and crop improvement
2. Hybridization techniques for developing new plant varieties
3. Marker-assisted selection in plant breeding
4. Genomics and biotechnology in plant breeding
5. Plant genetics for disease resistance and stress tolerance
6. Molecular markers and quantitative trait loci (QTL) mapping
7. CRISPR and gene editing for crop improvement
8. Plant breeding for enhanced yield and quality traits
9. Polyploidy and its role in plant breeding
10. Plant genetics for drought and salinity tolerance
11. Genetic diversity and conservation in plant breeding
12. Application of bioinformatics in plant breeding and genetics
13. Molecular breeding techniques for developing improved varieties
14. Breeding for nutritional quality in crops
15. Phenotyping techniques in plant breeding
16. Epigenetics in plant breeding and genetics
17. Breeding for pest and disease resistance
18. Application of genomics in accelerated breeding programs
19. Genetic engineering for enhanced photosynthesis in crops
20. Breeding strategies for climate-resilient crops

Protocols Covered across various focussed areas under Plant Breeding Genetics Summer Internship

1. Marker-assisted selection protocols for plant breeding
2. Hybridization techniques in crop improvement
3. Protocols for QTL mapping in plant breeding
4. CRISPR workflows for plant genetics research
5. Protocols for genomics applications in plant breeding
6. Molecular markers for developing disease-resistant plants
7. Genetic diversity analysis protocols in plant breeding
8. Epigenetic analysis techniques for plant breeding
9. Molecular breeding protocols for drought tolerance
10. Bioinformatics tools for plant breeding and genetics research

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 Plant Breeding Genetics Summer Internship

Application Process and Other info