Transparent substrates with several surface properties such as superhydrophilic (contact angle, CA, ≤5°), hydrophilic (CA, <90°), hydrophobic (CA ≥90°) and superhydrophobic (CA ≥150°) surfaces were prepared using various organic and inorganic hybrid materials [1] [5].
Here we present the results of a direct comparison of commercially available protease substrates with several recently described fluorescent ABPs in a mouse model of cancer.
By using the substrate with several gave 45, 28, 15 and 6% of conversion ratios in the vinyl groups, respectively.
The docking results suggest that L418A mutation influenced the binding interactions of the substrate with several residues in the active site of MtbICL.
Experimental results confirm that by preheating the substrate a crack-free coating layer of Stellite 1 well-bonded to the substrate with a uniform dendritic structure, well-distributed throughout the deposited layer, can be obtained contrary to non-uniform structures formed in the coating of the non-preheated substrate with several cracks.
Jin and Penning[29] showed the rate determining step of the reaction catalyzed by AKR1C2 depends on both the enzyme and the substrate, with several steps, including cofactor release and steroid release contributing to the rate of reaction.
Before assembling the PS microspheres into a scattering monolayer, we first successively dip-coated a plasma-treated glass substrate with several alternating charged bilayers of polyelectrolytes.
The synthetic scaffoldin consists of a CBM module, which targets the entire complex to the cellulosic substrate, together with several cohesin modules, derived from different species, that have divergent specificities.
To verify the results, we checked a selection of substrates for conversion with several BVMOs by GC analysis which confirmed the majority of the identified substrates.
Interestingly, growth on cotton seed hulls was poor, not only compared with the other plant biomass substrates but also compared with several pure substrates.
In A. tumefaciens, the DNA substrate interacts sequentially with several of the T4SS components (Cascales and Christie, 2004), starting with VirD4, which recruits the DNA substrate to the translocation channel (Atmakuri et al., 2003; Atmakuri et al., 2004).
