Regulomics Winter Internships

Participate in Regulomics winter internships to explore cold-stress effects on gene regulatory networks, focusing on how cold conditions influence gene expression, epigenetic changes, and the regulation of stress response pathways in cold-adapted organisms and plants.

Focused Areas under Regulomics Winter Internship

1. Cold-stress impacts on gene regulation and transcription
2. Epigenetic modifications under cold-stress conditions
3. Cold-induced changes in transcription factor activity
4. Regulatory networks in cold-adapted organisms
5. Non-coding RNA in cold-stress gene regulation
6. Computational analysis of gene regulation under cold stress
7. Cold-induced changes in chromatin structure and epigenetics
8. Regulatory elements involved in cold-stress responses
9. Post-transcriptional regulation of cold-induced genes
10. MicroRNAs and long non-coding RNAs in cold-stress conditions
11. Regulomics in cold-environment plant stress responses
12. Cold-stress gene regulatory networks in immune responses
13. Regulatory pathways in cold-induced cellular differentiation
14. Cold-stress regulomics in neuroscience and neuroprotection
15. Gene regulatory networks in cold-stress adaptation
16. CRISPR applications in cold-stress gene regulation studies
17. Cold-environment systems biology for gene regulatory networks
18. Synthetic biology for engineering cold-stress regulatory pathways
19. Cold-induced changes in transcriptional dynamics
20. Applications of cold-stress regulomics in crop improvement

Protocols Covered across various focussed areas under Regulomics Winter Internship

1. Cold-stress epigenomic analysis protocols
2. CRISPR workflows for cold-induced gene regulation
3. Protocols for analyzing cold-induced transcription factor binding
4. Non-coding RNA analysis protocols under cold-stress conditions
5. Computational modeling of cold-stress regulatory networks
6. ChIP-seq protocols for studying cold-induced gene regulation
7. Post-transcriptional regulation protocols for cold-stress genes
8. MicroRNA and long non-coding RNA analysis under cold stress
9. Gene expression profiling techniques for cold-stress regulomics
10. Synthetic biology protocols for engineering cold-stress regulatory networks

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 Regulomics Winter Internship Fees

Application Process and Other info