All hybrid molecules were analyzed both in the oligomer inhibition assay and ThT fibril inhibition assay described below for NQTrp, followed by TEM analysis (not shown).
Cytokines, chemokines, and adhesion molecules were analyzed on Evidence® array biochip analyzer (Randox Laboratories Ltd., Crumlin, UK).
Characteristics of the nanoparticles such as extinction spectroscopy properties, refractive index sensitivity, and concentration of the target molecules were analyzed.
Ten random queries were used on each target then cluster of actives in the top 10 to 50 molecules were analyzed for each method (Table 6).
For each protein target, the similarity of corresponding molecules were analyzed based on Rubberbanding Forcefield approach in DataWarrior [41] (release version 4.5.2).
Five genes encoding for five different molecules were analyzed by real time PCR: IL-1β, IL Ir-2, Cox-2, Mx and TNFα.
Second, the peptide data that interact with MHC class II molecules were analyzed as one of the models of biologically active peptides with buried motifs in various lengths.
Simple molecular shape descriptors, volume and steric quadrupole moments (embodying the length, width, and height of a shape), of 4.18 billion 3-D neighbor pairs resulting from PubChem 3-D neighboring of 17.1 million single conformer molecules were analyzed.
The effects of long-range connectivity between urea hard domains on the microphase morphology and mechanical properties of novel, segmented, non-chain extended polyureas based on single isocyanate molecules were analyzed.
In the present study, the quadrupole moment differences of the 4.18 billion 3-D neighbors, identified from the 3-D neighboring of 17.1 million molecules, were analyzed to find the maximum possible quadrupole differences for two molecules to be neighbors (see also the "Materials and Methods" section).
