Next-Generation-Sequencing-Presentation.pptx

the overview of NGS

1. Next-Generation Sequencing (NGS) An Overview of Technology, Methods, and Applications

2. Introduction to NGS NGS determines the order of nucleic acid residues in biological samples. It has revolutionized genetic research, making sequencing faster and more affordable.

3. Advantages of NGS - High throughput: Thousands of genes sequenced simultaneously - Low sample input requirements - High accuracy and sensitivity - Cost-effective compared to traditional sequencing

4. NGS Methods - Whole-Genome Sequencing (WGS) - Targeted Sequencing (Exome & Gene Panels) - Amplicon-Based Approaches - Hybridization Capture

5. NGS Workflow 1. Sample Preparation 2. Library Preparation 3. Sequencing 4. Data Analysis & Interpretation

6. Applications of NGS - Cancer Research - Infectious Disease Research - Reproductive Health - Microbiology & Virology - Personalized Medicine

7. Conclusion NGS is a powerful technology enabling rapid genomic analysis. It is essential for clinical research, diagnostics, and precision medicine.