Sentence examples for complementary incoming from inspiring English sources

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).

The geometry of template adenine coordination may be altered to make the enzyme more welcoming for non-complementary incoming nucleotides.

The residue indicated with 'X' (in bold) in the sequence was complementary to the incoming nucleotide.

We suggest that immature and mature GC reflect complementary aspects of incoming activity.

The crystallographic analyses of pol ι ternary complexes showed that, indeed, the purine bases are "pushed" by the incoming complementary dNTP from the anti to syn conformation, exposing the Hoogsteen edge of the template base for nascent base pairing (96).

The modified dG, its complementary dC, and the incoming dGTP exhibited strong electron density.

The ring-opened γ-OH-PdG, its complementary dC, and the incoming dATP were surrounded by strong electron density.

Thus, when the incoming nucleotide was complementary to the 5′-neighboring template nucleotide, the replication could proceed via a series of the primer template misalignments/realignments.

Firstly, viral and other pathogen-derived siRNAs are incorporated into AGO1 and to less extent AGO2, thereby performing the role of targeting complementary mRNAs derived from the incoming pathogens themselves.

The fingers-closing transition (detected by a fluorescence resonance energy transfer-based assay) is the unique outcome of binding a correct incoming nucleotide, both complementary to the templating base and with a deoxyribose (rather than ribose) sugar structure.

An incoming free nucleotide pairs with the complementary nucleotide on the template strand, and then the 5′ end of the free nucleotide is covalently joined to the 3′ end of a nucleotide already in place.