DNA evolving

Evolving Views of DNA

which genetic information is replicated depends on the ability of polymerases to select correct nucleotides— rather than incorrect and/or damaged nucleotides—for incorporation without adding or deleting nucleotides. Polymerase selectivity is the prime determinant of fidelity both at the replication fork and during synthesis to repair DNA damage generated by endogenous cellular metabolism or exp...

Evolving Views of DNA

which genetic information is replicated depends on the ability of polymerases to select correct nucleotides— rather than incorrect and/or damaged nucleotides—for incorporation without adding or deleting nucleotides. Polymerase selectivity is the prime determinant of fidelity both at the replication fork and during synthesis to repair DNA damage generated by endogenous cellular metabolism or exp...

Evolving Views of DNA

which genetic information is replicated depends on the ability of polymerases to select correct nucleotides— rather than incorrect and/or damaged nucleotides—for incorporation without adding or deleting nucleotides. Polymerase selectivity is the prime determinant of fidelity both at the replication fork and during synthesis to repair DNA damage generated by endogenous cellular metabolism or exp...

Satellite DNA: An Evolving Topic

Satellite DNA represents one of the most fascinating parts of the repetitive fraction of the eukaryotic genome. Since the discovery of highly repetitive tandem DNA in the 1960s, a lot of literature has extensively covered various topics related to the structure, organization, function, and evolution of such sequences. Today, with the advent of genomic tools, the study of satellite DNA has regai...

Ubiquitination — An Evolving Role in DNA Repair