Sentence examples for key functional units from inspiring English sources

Meanwhile, integration teams composed of specialists from the key functional units are deployed to begin linking the operating and business functions of the two companies.

Among them, nanowire-based photodetectors have aroused wide interests as potential key functional units in on-chip information communication and processing [9, 10].

The protein-complex cores, as the key functional units of protein complexes, largely determine the cellular role and essentiality of the corresponding complexes [ 18].

These pores are compatible with promoting release of ions as well as proteinaceous components, suggesting that membrane-integrated Bax monomers in the presence of Bid BH3 peptides are key functional units for the activation of the cell demolition machinery.

The structural insights described here provide evidence that BH3-peptide activation and membrane insertion of monomeric Bax are sufficient, at least in principle, to allow the initial release of ions and proteinaceous content from the outer mitrochondrial membrane, suggesting that Bax monomers are key functional units associated with the onset of Bax-mediated MOMP.

Such variation at apparently key amino acid positions in the functional units (TPRs in this case) of a protein could possibly impact/alter its function and/or interactions with other proteins.

The selection of a suitable peptide linker, which allows a desirable conformation and interaction among functional units in fusion proteins, is key to the successful design of fusion proteins.

Often functional units possess one or few key elements that are biochemically switchable and have an active and an inactive state such as Arp2/3, a common actin nucleator [ 16].

Biotin-dependent acyl-coenzyme A (CoA) carboxylases (aCCs) are involved in key steps of anabolic pathways and comprise three distinct functional units: biotin carboxylase (BC), biotin carboxyl carrier protein (BCCP), and carboxyl transferase (CT).

The ECDs can therefore be divided into two functional units: domains I to III, containing ligand binding and key dimerization controls, and a functionally distinct domain IV.

This supports the common view that molecular complexity can often be reduced to largely autonomous functional units that interact via specific chemical pathways connected to few key regulators.