Investigating Genome Methylation with Nanopore Sequencing See methylation directly in native DNA, with no chemical conversion Epigenetics, the study of chemical modifications that can alter phenotype without altering nucleotide sequence, is significant for a wide range of fields, from developmental biology to disease research. The most well-characterized and widely studied epigenetic modification is 5-methylcytosine (5mC)…
Uncover the full picture of financial crime and risk management with NTT DATA and Splunk Financial crime is evolving rapidly, with over $4.4 trillion in illicit funds moving through the global financial system as threats span across siloed domains. Traditional, fragmented point tools generate overwhelming volumes of low-value alerts while leaving critical risk signals undetected….
Precision at Scale: Optimizing Cell-Free DNA Manufacturing for Next-Generation mRNA Vaccines and Therapeutics October 16, 2026 | 11:00 AM ET What if the future of mRNA manufacturing is cell-free? Traditional plasmid DNA production can create bottlenecks in scalability, consistency, and sequence stability. This webinar explores how 4basebio’s enzymatic, cell-free synthetic DNA platform is helping overcome…
