Applied Plant Bioinformatics and Genomics

Plant science is increasingly driven by massive datasets, making bioinformatics an essential skill for modern researchers, students, and agricultural professionals. This course provides a solid foundation in processing and interpreting plant-specific biological data, moving from basic sequence retrieval to complex genomic analysis. You will learn how to bridge the gap between traditional botany and modern computational biology through clear, written explanations and practical examples. * Understand the fundamental terminology and data structures used in plant genomics * Navigate major plant databases and search for genetic information effectively * Perform sequence alignments and comparative genomics across different plant species * Analyze transcriptomic data to understand gene expression patterns in various tissues * Explore modern pangenomic concepts and their role in preserving crop diversity * Apply phylogenetic methods to trace plant evolutionary relationships and lineages The curriculum begins with core biological concepts and database navigation before progressing to sequence analysis, functional genomics, and modern pangenomic workflows. You will read through detailed methodologies and see how these tools are applied to real-world plant science problems. This course is designed for beginners in plant science, biology students, and researchers new to computational methods. No prior programming experience is required to get started. Begin building your expertise in plant computational biology today.