Sentence examples for bound to a complementary from inspiring English sources

In these cell systems, a portion of genomic FL-L1 sequences is proposed to replicate by the noncanonical mechanism (i.e., L1 RNP-driven reverse transcription starting on an L1 RNA template bound to a complementary "parental" genomic L1 DNA sequence).

According to numerous crystal structures of enzymes in this class, DNA polymerase I enzymes transition from an empty enzyme DNA binary complex with a wide active site cleft (the open conformation) to a clamped ternary complex (the closed conformation) when bound to a complementary incoming 2′-deoxynucleoside triphosphate (dNTP).

It is composed of a single strand of DNA that binds to a complementary sequence in target DNA.

For instance, students needed to understand that primers bind to a complementary DNA sequence and prime DNA synthesis of a second strand in the 5′ to 3′ direction.

The techniques are based on the detection of the magnetic fringe field of a magnetically labeled biomolecule interacting with a complementary biomolecule bound to a magnetic-field sensor.

The Helicos SMS protocol involves creation of single-stranded cDNA templates directly from mRNA and hybridization of these poly-adenylated templates to complementary oligomers bound to a glass slide for sequencing (Figure S1).

We have co-crystallized PrfA bound to an intact 28-bp complementary dsDNA (plus 1-nt 5′ overhang at either end) and solved the structure of the binary complex at 2.93 Å resolution (X-ray statistics in Table S1).

Individual miRNAs generally have numerous mRNA targets (Lim et al, 2005), determined via their 'seed-region' (predominantly nucleotides at 5′ positions 2 7; 2–7 nt (Lewis et al, 2005)), which binds to a seed-complementary region (SCR) in target mRNAs.

This released the end of the hairpin, creating a "sticky end" that was now free to bind to a complementary strand on another nanoparticle.

Each primer was designed to bind to a complementary template immediately adjacent to the mutation site.

miRNAs can bind to a complementary sequence of an untranslated region of target mRNA, and block translation or promote degradation.