Sentence examples for dna capable of from inspiring English sources

Now, researchers from Murdoch University in Australia have answered that call by applying a method called high-throughput sequencing of DNA, capable of producing thousands of genetic readings at once.

Plasmid DNA capable of expressing the ε-prototoxin (or ε-toxin) is considered a select agent by the U.S. Department of Health and Human Services.

Total RNA was isolated at both one and two dpi from Arabidopsis leaves infused with Agrobacterium containing DNA capable of expressing full-length C2, asSnRK1.2 or the vector control (pMON530).

These latently infected cells harbor integrated proviral DNA capable of resuming HIV-expression, and fuelling viral rebound in the absence of HAART, but in the inactive state are unrecognizable to the immune system and unresponsive to antiretroviral drugs.

Even though these five genes were only differentially regulated at one dpi in the microarray analysis, total RNA was isolated at both one and two dpi from Arabidopsis leaves infused with Agrobacterium containing DNA capable of expressing full-length AC2 or a vector control.

Finally, the BAC libraries present opportunities for functional genomics, since the vector is a binary T-DNA capable of both plant and fungal transformation mediated by Agrobacterium strains [ 8, 9].

Cloned DNAs capable of constitutively expressing CaLCuV AC2 (p35S-CaLCuVAC2) or SCTV C2 (p35s-SCTV C2) from the CaMV 35S promoter have been described previously [ 12, 26].

PCR amplification of these regions was achieved by using Zymo Taq DNA polymerase, a DNA polymerase capable of amplifying low diversity DNA, specifically bisulfite converted DNA (Zymo Research, Irvine, CA, USA).

NAHR hotspots are typically 300 to 500 bp in size and contain non-B DNA structures capable of inducing double-stranded DNA (dsDNA) breaks, such as palindromes, DNA transposons and minisatellites but not microsatellites [ 17].

The C. elegans wrn-1 gene codes for the ATP-dependent 3′-5′ DNA helicase capable of unwinding a variety of DNA structures [ 18].

In October, researchers at Imperial College London built basic computing components using DNA and a common bacterium, while New York University scientists created new, artificial DNA structures capable of encoding and transferring simple information.