Binding studies in the absence of calcium revealed that all types of pectin were able to bind to cellulose and confirmed that binding of pectin with a high content of neutral sugar side chains (∼40%) was greater than that of homogalacturonan (less than 7% neutral sugars).
In addition, post-synaptic sensitivity to ACh may be increased on these neurons, as suggested by receptor binding studies in the pontine reticular formation of the narcoleptic canine, which found elevated mAChRs [45].
Next, we performed equilibrium DNA binding studies in the presence of concentrations of ADP and ATP-γ-S ranging from 0.5 to 2 mM.
We repeated our equilibrium binding studies in the presence of ADP and nonhydrolyzable ATP analogues to investigate the effect of the ATP hydrolysis cycle on DNA and nucleosome binding.
To explore this, we performed similar expression profiling and genome wide binding studies in the vertebral column of E12.5 wildtype and Sox9 null mice, to uncover its role independently, as well as decipher antagonistic and complementary co-regulatory roles between Sox9 and Bapx1, by comparing unique and shared target genes.
The effect of interactions between urban air particulates (UAP) and carcinogens on bioavailability, metabolism, and DNA binding was studied in the isolated perfused and ventilated rat lung.
The problems of gene-disease association and drug-target binding prediction have been studied in the setting of heterogeneous information networks [75, 76].
Calb3 (Calbindin 3), a vitamin D-dependent Ca2+ binding protein, was previously studied in the intestine, uterus, placenta, and lung epithelium [ 23].
The cation binding properties of BFA were studied in the presence of various cations.
