1
And we confirm membrane performance was improved by increasing imidazolium cation groups.
2
The MD simulations highlight the importance of hydrogen bonding and cation-π interactions.
3
Immunoreactive fractions were subjected to further cation exchange and reversed-phase HPLC purification.
4
Upon Zn binding the two lobes close tightly around the divalent cation.
5
Here we report a different vehicle that becomes active with strong anion-cation interactions.
6
Our result confirmed that active-site residue Hist 141 is protonated as imidazolium cation.
7
Changes in membrane function include altered cation transport, increased permeability, and altered biosynthesis.
8
The deep groove of Loop E motifs provides unique sites for cation binding.
9
We vary cation-anion interaction strength, using anion charge delocalization in molecular dynamics simulations.
10
This adhesion did not increase after platelet activation, and it was not cation-dependent.
11
Single-channel patch clamp analysis revealed cation currents with distinct TRPC properties.
12
ATP also activated P2X receptors, giving rise to a rapidly activating cation conductance.
13
You can tell by the shirt, this is my stay-cation shirt.
14
Intoxi- cation takes many forms, and this appears to be a delicious wine.
15
Furthermore, we show that X-ray irradiation too can lead to protection from cation exchange.
16
Sodium cation coordination sites with occupancies above 50 % were also observed.
