“Whole Genome Sequencing is a process of reading an organism’s entire genome. The present student guide explains how the WGS works in a simplified language” Before 2000, it was impossible […]
How Does Whole Genome Sequencing Work?- A Student’s Guide Read More »
“Reversible Terminators used in NGS allow incorporation of a single nucleotide at a time thereby resolving complex genomic sequencing challenges. Learn about reversible terminators in this article.” Sequencing by synthesis
What and Why is Reversible Terminator Used in NGS? Read More »
“Here is the complete breakdown of first, second and third-generation sequencing platforms, techniques, and their advantages and limitations.” We, now, have almost 47 types of different sequencing methods from various
What is First, Second and Third Generation Sequencing? Read More »
“Explore the concept of pyrosequencing, its principle, process, applications, advantages and limitations in the present article.” DNA Sequencing is a process to read the order of nucleotides present in a
Pyrosequencing- Principle, Process, Advantages and Limitations Read More »
“Bisulfite sequencing is a technique for studying an epigenetic modification- DNA methylation. In this article, learn about the concept, technique, advantages and limitations of bisulfite sequencing.” DNA Methylation is a
What is Bisulfite Sequencing?- Beginners to Advance Guide Read More »
“Resequencing is a process to re-analyze a particular genomic region, gene or variant for validation. Learn about the re-sequencing process and why it’s needed.” Sequencing is a complex process, particularly
What is Resequencing, and Why and When is it Needed? Read More »
