The Strand-seq method independently sequences each parental strand of template DNA from single proliferating cells. It can be used to detect sister chromatid exchange and other chromosomal ...

At this point, RNA polymerase begins moving down the DNA template strand in the 3' to 5' direction, and as it does so, it strings together complementary nucleotides.

Your DNA is continually damaged by sources both inside and outside your body. One especially severe form of damage called a double-strand break involves the severing of both strands of the DNA double ...

But DNA sequences are only templates for building and maintaining organisms. ... Ribosomes are large RNA-protein complexes that can hold on to an mRNA strand plus two tRNAs at a time.

On one strand, an enzyme called DNA polymerase reads the genetic material in the strand as a template and makes a strand of complementary DNA to pair to it. Again, the code is A to T and C to G ...

Short circular DNA nanotechnology. Comparatively, short circular DNA nanotechnology is created following a series of circularization steps that convert the short linear template strand into a ...

Donor templates can be delivered through a variety of means, including viral vectors and naked DNA molecules. Figure 3B shows some of the different approaches to HDR genome editing that are being ...

The technique uses a long strand of DNA with a set sequence—the template—and a bunch of shorter, ... Zhang et al. created five DNA templates and 175 bricks to record 350 bits at a time.

The team proposes that the rate-limiting step in transcription may be the positioning of the DNA template strand within the active site of the RNAP enzyme.

The team proposes that the rate-limiting step in transcription may be the positioning of the DNA template strand within the active site of the RNAP enzyme.