The phrase "a consequence of nucleotide" is correct and usable in written English.
It can be used in scientific or biological contexts when discussing the effects or results related to nucleotides, which are the building blocks of DNA and RNA.
Example: "The mutation in the gene was found to be a consequence of nucleotide substitutions that occurred during replication."
Alternatives: "an effect of nucleotide" or "a result of nucleotide".
The structural origin of the stabilizing effect of the GTP cap is not understood but is mostly attributed to allosteric protofilament straightening as a consequence of nucleotide-dependent longitudinal interactions (Ravelli et al., 2004; Rice et al., 2008).
The dramatic changes in nucleotide composition in humans are a consequence of CpG nucleotide frequencies and of gene expression, the changes in Fugu could point to primordial CpG islands, and the changes in the fly are of a totally different kind and unrelated to dinucleotide frequencies.
By means of the relative fluorescence/absorbance ratios during the metabolic transitions, different nicotinamide nucleotide pools can be characterized as a consequence of nicotinamide nucleotide compartmentation by binding and spatial subcellular compartmentation.
In UNG+/+ cells, S-phase arrest and cell death in response to pemetrexed may be a consequence of global nucleotide pool imbalance.
Ganciclovir resistance is typically a consequence of single nucleotide polymorphisms in the 3′-region of the UL97 kinase gene encoding a viral kinase, which activates ganciclovir by phosphorylation [ 177].
However, if one assumes that GC content is driven by other biochemical factors then it is clear that much, if not most, of the codon bias observed in these mitochondrial genomes is a consequence of this nucleotide bias.
In these, an asymmetry in the ring, as a consequence of different nucleotide-binding states, is propagated around the ring as DNA or RNA is translocated through the ring.
Selection may act to optimize the translation of individual genes or as a consequence of selection on nucleotide composition (Hershberg and Petrov 2010; Hildebrand et al. 2010).
Second, if the frequency differences of the In100 candidate in the four types (CAG, TAG, GAG, and AAG) are a consequence of random distribution of nucleotide composition, they are expected to be proportional to the frequency of four nucleotides A, T, G, C, in the human intronic and exonic regions respectively.
This discrimination relies on the design of a probe-target-probe DNA three-way-junction, whose basepairing configuration can be altered as a consequence of a single-nucleotide substitution on the target.
