Research Projects

The citrus industry holds immense economic and nutritional value worldwide, with India being one of the largest producers. However, the industry faces several challenges, including the effects of climate change, evolving pathogen dynamics, and the limited genetic diversity within cultivated varieties. Genomics offers a promising avenue to address these challenges by providing insights into the genetic basis of important traits, identifying genetic variations, and exploring gene expression patterns in response to various stresses. Despite these advances, there remains a gap in comprehensive platforms that integrate genomic, variomic, and transcriptomic data specifically for citrus. While several citrus databases exist, many of them primarily offer basic services, such as data download and visual representation of information in charts. These platforms typically do not provide advanced analytical tools or pipelines for deeper insights into citrus genomics. In this project, we aim to develop a more robust platform that will go beyond basic data representation by incorporating analytical pipelines capable of performing principal component analysis (PCA), population structure analysis, and phylogenetic tree construction. Our goal is to create a comprehensive pipeline that will allow researchers to explore citrus genetic diversity, evolutionary relationships, and functional genomics in a more integrated manner. In public databases, more than 12 citrus species have been de novo assembled, and over 300 citrus accessions have been resequenced. This vast amount of genomic data provides an excellent foundation for understanding the genetic diversity within the citrus genus. By integrating this wealth of genomic, transcriptomic, and variomic data, our project will provide valuable resources for researchers and breeders working to enhance citrus production, improve disease resistance, and adapt to the challenges posed by climate change. Ultimately, this platform aims to serve as a comprehensive tool for advancing citrus genomics research and improving the sustainability and productivity of the citrus industry.

Citrus, Database, tools, genomes, analysis,