Sentence examples for molecular functional analyses from inspiring English sources

Since the GTFs are reasonably well conserved, it might be assumed, even though molecular functional analyses are still lacking, that they govern transcription initiation and elongation as in other eukaryotes [ 26, 42].

Our molecular and functional analyses suggest that these IGF genes have undergone subfunctionalization partitioning at the levels of gene expression, protein structure, and biological activities.

By molecular and functional analyses of human and murine ventricles, we find that enhanced L-VDCC activity is accompanied by altered expression pattern of auxiliary L-VDCC β-subunit gene products.

Morphological, molecular and functional analyses revealed that NG2 cells (i) generate transient elevations of the intracellular Ca2+-concentration ([Ca2+]i) upon different types of stimulation and (ii) display in situ highly motile actin-based processes.

Genetic, molecular and functional analyses of the Alq T-DNA mutant have allowed us to characterize the TAGL1 gene as a key MADS-box regulator of reproductive development in tomato thus proving the importance of insertional mutant collections as useful tools for functional genomics studies in tomato [55] [57].

Molecular and functional analyses of the human kidney SP have not yet been reported.

Thus, after identification of a gene differentially methylated in cancer versus normal tissue, its functional role in carcinogenesis remains to be proven by additional molecular and functional analyses.

The efficiency of Bxb1-mediated transgene autoexcision in switchgrass pollen or transmission of the resulting recombination event to the next generation was assessed by molecular and functional analyses.

At any rate, the unique effects of the G-insertion mutation on the FMR1 protein suggest that future molecular and functional analyses of the patient allele identified herein can yield crucial insight into FMRP function in a clinically relevant context.

Going beyond CTC detection, it is crucial to further develop highly efficient CTC isolation and purification platforms in order to pave the way for the subsequent molecular and functional analyses.

The molecular and functional analyses of GS gene families in other plants revealed specialization of GS isoenzymes to fulfil specific and non-overlapping roles in nitrogen metabolism depending of the tissue and plant species [ 9, 10].