Research Projects

Climate Impact on Microbial Evolution

This study investigates how CRISPR interference can suppress antibiotic-resistant genes in E. coli. Using Biopython, we simulated gene knockouts and validated sequences using BLAST analysis.

Repo Reuse: MIT

Visualization of Biological Networks

This study investigates how CRISPR interference can suppress antibiotic-resistant genes in E. coli. Using Biopython, we simulated gene knockouts and validated sequences using BLAST analysis.

Repo Reuse: MIT

Predicting Antiviral Compounds Using AI

This study investigates how CRISPR interference can suppress antibiotic-resistant genes in E. coli. Using Biopython, we simulated gene knockouts and validated sequences using BLAST analysis.

Repo Reuse: MIT

Metagenomic Analysis of Soil Microbiome

This study investigates how CRISPR interference can suppress antibiotic-resistant genes in E. coli. Using Biopython, we simulated gene knockouts and validated sequences using BLAST analysis.

Repo Reuse: MIT

Deep Learning for Protein Structure Prediction

This study investigates how CRISPR interference can suppress antibiotic-resistant genes in E. coli. Using Biopython, we simulated gene knockouts and validated sequences using BLAST analysis.

Repo Reuse: MIT

CRISPR Gene Editing in Bacterial Resistance

This study investigates how CRISPR interference can suppress antibiotic-resistant genes in E. coli. Using Biopython, we simulated gene knockouts and validated sequences using BLAST analysis.

Repo Reuse: MIT