Consensus Sequence Generation Protocol: Leveraging Variant Analysis in MulberryGenotypes v1

This research investigates four distinct Mulberry genotypes, each offering valuable traits essential for sericulture and broader agricultural sustainability. Notably, Thailand Male is examined for genetic variations associated with superior leaf yield, potentially informing selective breeding efforts for cultivars providing optimal nutrition to silkworms. Assam Bol's resistance to root rot diseases is explored to elucidate genetic factors, promising the development of disease-resistant Mulberry varieties and reducing reliance on chemical interventions. The drought-resistant S1 genotype's genetic resilience is scrutinized to develop Mulberry cultivars capable of withstanding water scarcity amid climate change challenges. Furthermore, the study assesses Punjab Local's nitrogen use efficiency, crucial for enhancing agricultural productivity while mitigating environmental impact. Employing advanced genetic analysis techniques, including SNP and SSR markers, this research aims to revolutionize Mulberry agriculture by identifying genetic markers, establishing linkage maps, and creating diagnostic tools. Ultimately, this endeavor seeks to enhance economic viability and environmental sustainability within the sericultureindustry. The current protocol is designed for development of consensus for mulberry genome. But the protocol can be used for other species too.