Welcome to Part-5 of the Whole Genome Sequencing & Assembly Workflow series! In this session, we will focus on BUSCO, long-read genome assembly, and hybrid genome assembly techniques. These advanced methods are crucial for refining genome assemblies and ensuring the highest quality for your genomic projects.

In this live session, we’ll cover:
• Introduction to BUSCO (Benchmarking Universal Single-Copy Orthologs) for genome assembly completeness and quality evaluation
• Working with long-read genome sequencing technologies (e.g., PacBio and Nanopore)
• Performing hybrid genome assembly by combining short and long-read data for more accurate and complete assemblies
• Practical examples and applications of BUSCO, long-read, and hybrid assembly in genomic research
• Best practices for genome assembly optimization using these techniques

By the end of this session, you’ll have the tools and knowledge to evaluate assembly quality, work with long-read sequencing data, and create hybrid genome assemblies that are more complete and accurate.

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Perfect For:
• Bioinformatics students and professionals
• Genomics researchers
• Anyone working with genomic data or involved in genome sequencing
• Data Scientists interested in genome assembly techniques
• Students looking to deepen their understanding of genome assembly and genomic quality control

Here is the complete detail about Bioinformatics ka Chilla: https://codanics.com/bioinformatics-ka-chilla/
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