The branch of artificial intelligence known as machine learning has found a growing number of applications in chemistry, from material discovery and property prediction to the calculation of force fields and potential energy surfaces…
Given the increasing prevalence of computational tools across the chemical sciences, it is critical that these topics be included in undergraduate chemistry curricula. In particular, machine learning (ML) methods have been applied to a wide range of problems across different areas of chemistry…
DNA replication is an essential process for cell growth. However, exposure to chemically damaging agents such as antibiotics or UV radiation can form lesions on the DNA strand, which may stall replication and ultimately lead to cell death…
Given the increasing prevalence of computational tools across the chemical sciences, it is critical that these topics be included in undergraduate chemistry curricula. In particular, machine learning (ML) methods have been applied to a wide range of problems across different areas of chemistry…
DNA replication is performed by a conserved multi-protein complex known as the replisome. One essential replisome component is the DnaN sliding clamp, a ring-shaped protein that encircles the parental DNA and tethers DNA polymerases to the template…
DNA encodes the genetic information necessary for all life. In bacteria, a ring-shaped protein called the DnaN sliding clamp encircles DNA and assists the molecular machines that carry out cellular processes like DNA replication and DNA repair…
In all living organisms, the accurate and efficient replication of cellular DNA is vital for growth and reproduction. DNA replication is carried out by a multi-protein complex known as the replisome, which unwinds and copies the parental DNA…
DNA replication is performed by a multi-protein complex called the replisome. Key components of the replisome are DNA polymerases, which synthesize new DNA strands, and sliding clamps, which stabilize the polymerases on the template strand…