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Specificity of the small molecules was demonstrated by coimmunoprecipitation experiments for the lef-1/β-catenin interaction.
Although these nanoholes have lower sensitivity to refractive index compared to reported experiments in literatures, a higher sensitivity to biochemical molecules was demonstrated by this device due to the cone shape of the nanoholes.
Potential utilization of the porosity for loading and delivery of antibiotic molecules was demonstrated, and the impact of selective etching on mechanical properties and hydrothermal stability was shown to be limited.
The modification of carbide derived carbon (CDC) thin film electrodes with anthraquinone (AQ) molecules was demonstrated by using pulsed chronoamperometry, in 0.1 M NEt4BF4/ACN solution of AQ diazonium derivative.
Very recently, its enormous potential for producing complex fluorinated molecules was demonstrated by Chang and co-workers.
In both cases, a clear and ligand-specific binding of the biotinylated molecules was demonstrated using streptavidin coupled to Quantum Dots, which provided a stronger signal compared to streptavidin conjugated with traditional fluorophores (not shown).
Similar(52)
Direct physical interactions with apoptotic molecules were demonstrated for HSPA1, HSPB1 and HSP90 [ 34, 35].
Results of the immunohistochemical analysis of the expression of all adhesion molecules are demonstrated in Table 3.
Indeed, both molecules were demonstrated to inhibit HSP90 activity and HSP90 clients by a mechanism that is distinct from that of existing HSP90 ATP-binding pocket inhibitors.
Besides sulfhydryl groups, hydroxyl groups in small molecules were demonstrated to have some potential to form a ring structure with phenylarsine oxide in the gas phase.
The specificity and the reactive nature of these molecules were demonstrated by mutating specific residues required for TRPA1 activation by electrophilic and reactive TRPA1 agonists.
Related(20)
suspects was demonstrated
composites was demonstrated
sequences was demonstrated
models was demonstrated
pathways was demonstrated
elements was demonstrated
particles was demonstrated
genes was demonstrated
compounds was demonstrated
species was demonstrated
molecules was prepared
molecules was measured
molecules was carried
molecules was investigated
molecules was confirmed
molecules was developed
molecules was performed
molecules was studied
molecules was kept
molecules was predicted
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