Sentence examples for modification of macromolecular from inspiring English sources

The next generation click reactions enable chemists to finally harness available chemical diversity for the sequence-programmable synthesis and modification of macromolecular materials.

The critical aggregation concentration (CAC) was measured for samples with different levels of OSA modification, of macromolecular size and degree of starch branching.

These copolymers are synthesized using a two-steps procedure: (a) synthesis of the precursors by radical copolymerization in aqueous solvent between NIPAM and an amine-containing monomer N,N-[(dimethylamino propyl]methacrylamide (MADAP) and (b) modification of the macromolecular backbone by reaction between MADAP units and alkylbromide.

Much of this heightened interest derives from improved technologies that have enabled researchers to better address the role of macromolecular modification (especially protein modification) in sensing and mediating biological responses to reactive species.

The first mechanism is the very straightforward, even if elegant, "epigenetic templating", a sort of autocatalytic self-perpetuation of macromolecular modification.

The structural modification is associated with a twisting motion of macromolecular chains having defects to more organized conformations.

Tuning functional properties of the actuator, i.e. the output force, is demonstrated via the modification of the ECP's surrounding macromolecular architecture.

These functions include providing a scaffold for different enzymatic active sites (e.g. NUDIX phosphohydrolases) and iron-sulfur clusters, RNA-soluble-ligand and co-factor-binding, sulfur transfer, adaptor functions in signaling, assembly of macromolecular complexes and post-translational protein modification.

Over 100 enzymes and dozens of macromolecular machines have been identified that control the formation and turnover of chromatin modifications and the critical movement of modified nucleosomes within and between gene sequences.

The primary features of the malignant phenotype are maintained via intrinsic modification of metabolic activity, which is characterized by enhancement of the nutrient supply, energy production, and synthesis of a variety of macromolecular components.

At Cambridge, Jean Olwen Thomas, professor of macromolecular biochemistry, becomes a dame in recognition of her work in biochemistry.