Sentence examples for processes of biosynthesis from inspiring English sources

Genetic tools for this species include transducing phages and several hundred mutants covering the processes of biosynthesis, catabolism, division, sporulation, germination, antibiotic resistance, and recombination [87].

These genes activated in HCC were involved in biological processes of biosynthesis, cell proliferation, signal transduction, transport, response to external stimulus, and cellular metabolism et al. Genes related to biosynthesis include 10 ribosomal proteins.

For Olivia, Karen's and Mike's investigations simply confirmed what she already understood about plant growth that plants transform carbon dioxide from the air and water into glucose through the process of photosynthesis and use glucose and soil minerals through the processes of biosynthesis to create the materials from which plants are made.

Second, strain B6-2 can degrade HOBB during the whole process of biosynthesis.

The concentration of ABA in a specific tissue is also determined by the process of biosynthesis, catabolism, compartmentation and transport (Taiz and zeiger, 2006).

Of particular importance is the application of δ-5-aminolaevulinic acid (ALA) that, through the process of biosynthesis causes formation of the protoporphyrin IX (PpIX).

Two possible explanations of this observation could be proposed; first, the agglomeration might appear due to a possible accumulation of proteins and enzymes which were secreted during the biosynthesis, and second, the filtration might prevent the passing of different molecules of protein produced during the process of biosynthesis.

The two kinds of GAGs also differ with regard to the tissue location, core proteins, to which, in the process of biosynthesis, glycans are linked, and the number of glycan chains connected with the protein [ 13].

Cells have evolved to adopt the process of biosynthesis to relieve this carbon burden, which gradually leads to systematic changes in cellular metabolism and ultimately results in the synthesis of new cells.

The fractionation of oxygen isotopes results in the preferred involvement of O in the process of photorespiration and, partially, in the process of biosynthesis, whereas the "heavy" isotope O is accumulated in O2[ 43] and released by the cells into the atmosphere [ 44].

This review discusses current understanding of how the biochemical processes of ribosome biosynthesis relate to an observable nucleolar structure.