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Shashwat gained a PhD in Bioinformatics from the Georgia Institute of Technology.
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If you’re new to next gen sequencing, figuring out what to do with your results can be a daunting process. Luckily, you’re not alone—plenty of people have been in your shoes, and there is tons of information about data analysis out there. Here are some free resources you can use to get up to speed…
The recent advancement of next generation sequencing technology and the development of novel gene editing tools, such as CRISPR-Cas9, have revolutionized research in genetics. In this golden era of molecular biology, knowing how to dig and navigate through all the enormous sequence information is an essential skill for most molecular biologists. However, to obtain facile…
Are you tired of staring at all of your sequence data? Want to know the easiest way to look at it? For complex genomics data, an appropriate visualization tool is a must have. The right genomics software will make it easy-peasy to get some results as well as test all those ideas you have. Since…
RNA sequencing (‘RNA-seq’) has become one of the most widely used applications for Next-Generation Sequencing. RNA-seq can provide gene expression data more cheaply than microarray, at greater sensitivity, and without the biases inherent in an assay based on quantifying nucleic acid hybridization. RNA-seq can also provide data about alternative splicing, allele-specific expression, expression of non-annotated…
Level-up your troubleshooting ability by determining the success of failure of each stage of your CRISPR experiment.
Size Selection via Gel Electrophoresis Whether you are using NGS for whole genome sequencing, SNP variant analysis, HLA typing, HLA matching, or even transcriptome or miRNA analysis by RNA-seq, size selection is an extremely important consideration for optimum results. Precise size selection can increase sequencing efficiency, save money and improve genome assemblies, as well as…
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