Husna, Amity University Kolkata RNA determines the identity of the cell and directs the responses to the cellular needs of the body. These diverse cellular functions are possible due to the vast chemical composition of RNA which comprises four ribonucleotides (A, C, G, and U) and more than 140 modified ribonucleotides. Several years of RNA […]
Saakshi Bangera, DY Patil School of Biotechnology and Bioinformatics Chemical modifications of nucleotide bases of RNA are important regulators of RNA metabolism. Detecting such modifications may revolutionize transcriptomics, but is equally challenging to develop. RNA profiling concerning the transcriptome is quite difficult due to the lack of effective technology. A solid detection and analysis technique […]
Saakshi Bangera, DY Patil School of Biotechnology and Bioinformatics RNA splicing is one of the most important processes of generating discrepancy in the transcriptome and is of utmost importance to humans. Errors in the regulation of RNA splicing lead to a wide range of genetic diseases, specifically caused by genetic mutations. RNA sequencing techniques have […]
Shrayana Ghosh, Amity University Kolkata Recently researchers from MIT and Harvard Medical School have discovered a way to mark individual messenger RNA molecules inside a tissue sample using a new methodology for expanding tissue and then sequencing the RNA. This approach provides a unique snapshot of the genes that are expressed in various parts of […]
