Fully cell-free process aims to democratize personalized cancer therapeutics with shorter turnaround and negligible bioburden ...

Today, genomics is saving countless lives and even entire species, thanks in large part to a commitment to collaborative and ...

Picture juicy red tomatoes on the vine. What do you see? Some tomato varieties have straight vines. Others are branched. The ...

New research sheds light on how electrons interact with the innate vibrations within DNA molecules, known as phonons, which ...

Fabrice Gritti, consultant scientist at Waters Corporation, spoke to LCGC International about the history of slalom chromatography (SC) and why he decided that the technique was worth re-investigating ...

Aldevron’s Alchemy™ is an exclusive cell-free DNA technology which cuts research grade linear DNA manufacturing time by over 50 percent, accelerating mRNA development projects with cleaner ...

Random amplified polymorphic DNA analysis of DNA extracted from Trichuris trichiura (Linnaeus, 1771) eggs and its prospective application to paleoparasitological studies ...

The ability of nucleic acids to catalyze reactions is important in the context of the origin of life and biomedical applications. However, the catalytic power of standard nucleic acids assembled from ...

DNA origami is being developed for applications including biosensors, drug delivery platforms, templates for optical materials, nanomachines, and even traps for viruses.

The mapping of 50,000 mysterious "knots" in the human genome may someday lead to the development of new cancer drugs, researchers say.

To study and understand these zinc finger DNA-protein interactions, we use the extended ladder in the DNA model proposed by Zhu et al. [1]. Considering one single spinless electron in each nucleotide ...