1
In contrast, MDCK-D1 cells contained a single population of low affinity sites.
2
The low affinity sites for agonists are in the micromolar range.
3
Protein-glycan interactions are typically low affinity, requiring multivalent interactions to achieve a biological effect.
4
In addition, we identified many FimH variants that appear locked in the low affinity state.
5
However, levels of 20-HETE, which is known to bind the peptide with low affinity, were unchanged.
6
They can be considered as new dendrotoxins, albeit with fairly low affinity as compared to alpha-DTX.
7
Because some of these interactions are of low affinity, we suspect the additional linkages also exist.
8
However, the interactions between individual carbohydrates and proteins are often of low affinity and difficult to study.
9
Here, we demonstrate low affinity of CRRETAWAC for platelets and platelet integrins, thus providing it with EC-selectivity.
10
In GCs, high-affinity B cells accumulated fewer V(H) somatic mutations than low affinity B cells.
11
Isolated beta had very low affinity for nucleotide as compared to the first catalytic site on F1.
12
In contrast to traditional vectors, rAAV9 showed high affinity for myocardium but low affinity for liver and other organs.
13
The low affinity neurotrophin receptor (p75NTR) has been shown to mediate the apoptosis signaling to neural cells.
14
Most reported endogenous PPARgamma ligands are intermediates of lipid metabolism and oxidation that bind PPARgamma with very low affinity.
15
FPR2 is a low affinity receptor for formyl peptides and it is considered the most promiscuous member of this family.
16
By varying the ADP or ATP concentration in flow chamber, we determined that OxPhos has a low affinity in cardiomyocytes.
