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Molecular Clock Analysis of Agronomic Trait Gene Family Evolution

Agricultural Bioinformatics

Phylogenetic Analysis of Crop Gene Families

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Ortholog and Paralog Identification in Polyploid Crop Genomes Horizontal Gene Transfer Detection in Crop-Associated Microbial Communities Synteny-Based Phylogenetic Reconstruction of Ancient Crop Genome Duplications Positive Selection Signatures in Domestication-Associated Gene Families Cross-Species Gene Family Conservation in Major Staple Crop Lineages Phylogenetic Dating of Disease Resistance Gene Family Expansions Comparative Genomic Analysis of Secondary Metabolism Gene Cluster Evolution Protein Domain Architecture Evolution in Crop Signal Transduction Pathways Transposable Element Insertion Phylogenetics in Crop Germplasm Populations

Agricultural Bioinformatics › Phylogenetic Analysis of Crop Gene Families

Molecular Clock Analysis of Agronomic Trait Gene Family Evolution

This research applies molecular clock methodologies to date divergence events within crop gene families controlling yield, stress resistance, and nutritional content. The temporal framework reveals when critical agronomic adaptations arose, informing targeted domestication analysis and crop trait evolution.

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