Sentence examples for modifications suggest an from inspiring English sources

Epigenetic modifications suggest an intriguing mechanism to account for the range of cognitive outcomes in aging as they are responsive to environmental influences and affect gene transcription in cognitively relevant brain regions.

These findings together with data previously published on metabolic modifications suggest a perturbation of brain glucose metabolism in patients with ALS [11].

This effect, which may be attributed to modifications in tubulin and kinesin expression, as well as other gene expression modifications, suggested an arrhythmogenic effect of phthalates in vitro (Posnack et al. 2011).

Inspection of hot wire traces in the wake at x/D=5 of the cylinder with both the slit and slit with concave rear notch modifications suggested a strong and stable vortex-shedding pattern for these cylinders compared to a circular cylinder at ReD≈2200.

NHP2 and BUD23, two of the mutated genes showing synthetic lethality with rps15-1, are involved in rRNA modifications, suggesting a functional link between Rps15p and rRNA modifications.

A number of proteins were identified using each selection criteria (Tables S1 and S2) with strong association between these two modifications suggesting a potential interaction between these two dynamic modifications in many proteins (Table S3).

The diversity of both the chemical structures and locations of tRNA modifications suggests a role for modified ribonucleosides in controlling translation as part of a regulatory system.

Our examination of intron/exon structure modifications suggests a birth order of GATA456 paralogs, which could not be resolved in molecular phylogenetic analyses.

CG and CCG expression is altered in HS fibroblasts and IDS treatment determines dynamic modifications, suggesting a direct involvement of the CG machinery in the physiopathology of cellular derangements that characterize HS.

Furthermore, the binding to the male X together with the colocalization of POF to the MSL-C and/or the male X chromosome-enrichment of H4K16ac modification suggest a connection to dosage-compensation functions.

These findings reveal a nucleolar lncRNA that bridges rRNA transcription and post-transcriptional modification, suggesting a crucial role in translational control for long-lasting forms of synaptic plasticity and memory.