Sentence examples for bind to the anionic from inspiring English sources

As the increasing pH (>5) value, the biosorption decreased gradually due to the OH− ions forms the negative charge on the surface of the adsorbents which do not bind to the anionic adsorbate, thus reduces the rate of biosorption due to the electrostatic repulsion [13].

The cationic peptide may bind to the anionic structures (e.g. phosphatidylserine) of the malignant cell membrane in a carpet-like manner.

This neutral phenothiazine derivative, unlike the cationic amino urea (4), would not be expected to bind to the anionic D70.

In contrast, the double-tagged GlcNAc 2-epimerase would be negatively charged and able to bind to the anionic exchanger Q Sepharose.

In stage one, it is purported that the cationic side-chains of the five Dab residues on the polymyxin molecule electrostatically bind to the anionic phosphate groups on the lipid A core, thereby displacing the divalent cations that normally bridge adjacent lipid A molecules that serve to maintain membrane integrity.

The first class is LPS-binding compounds which mimic cationic antimicrobial agents such as polymyxin B. These compounds include synthetic acyl and sufonamido homospermines which are cationic amphiphiles that bind to the anionic amphiphilic Kdo2-lipid A to block TLR4 signalling.

Then, ASODNs, a water soluble cationic gene drug, were bound to the anionic surfaces of the f-HNTs via electrostatic interaction.

We found that the SZ2 antibody, which binds to the anionic sulphated-tyrosine region, had a significant inhibitory effect on SSL5 binding to platelets.

In brief, cationic AuNPs were electrostatically bound to the anionic β-gal, causing reversible inhibition of the enzyme.

Once the polar side of the AMP, which is enriched with charged residues, binds to the anionic bacterial membrane, the hydrophobic region of the peptide attaches to the hydrophobic core of the lipid bilayer, thereby causing a partition.

The mechanisms of multiple antimicrobial peptides have been analyzed and a model, termed the Shai Matsuzaki–Huang model, has been proposed in which cationic antimicrobial peptides may use their positive charge to bind to the surface anionic membrane components of bacterial cells (Zasloff 2002).