Sentence examples for metabolic transformations including from inspiring English sources

In 1950 1960, a variety of vitamin A metabolic transformations, including oxidation/reduction and esterification, were elucidated by Olson, Goodman, Chytil and Ong, and Norum and Blomhoff.

Major transformations include ill-structured arc transformation, internal event removal and the lifting of hierarchical constructs.

Dataset used in the present study was extracted from MDL metabolic reaction database [33] and integrity database [34], which both included metabolic transformations of xenobiotic compounds harvested from the literatures.

Those circumstances involved a physical transformation, including makeup and prosthetics.

Other nonparametric methods exist beyond Fourier transformation, including interval or period analysis and alternative transformation techniques.

However, some genera are known to perform specific metabolic transformations — for example, Methylobacterium spp. include bacteria that can oxidize methylamine or methanol to generate energy.

Since oncogenes regulate so many aspects of the malignant phenotype, including metabolic transformation, targeting activated oncogenes when ever possible in clinical trials using targeted agents is of increasing importance.

Since many exogenous substances, including ecotoxicants, pharmaceuticals, food additives, and others are undergone to metabolic transformations by cytochrome P450, information about their fate in the human organism is very important.

Cancer cells exhibit an array of metabolic transformations induced by mutations leading to gain-of-function of oncogenes and loss-of-function of tumor suppressor genes that include increased glucose consumption, reduced mitochondrial respiration, increased reactive oxygen species generation and cell death resistance, all of which ensure cancer progression.

These generic metabolites represent whole classes of structurally similar metabolites that undergo the same metabolic transformations in vivo.

The photosynthetic carbon metabolism, including the Calvin Benson cycle, is the primary pathway in C3-plants, producing starch and sucrose from CO2. Understanding the interplay between regulation and efficiency of this pathway requires the development of mathematical models which would explain the observed dynamics of metabolic transformations.