Ripley K-function32 was used to determine the extent of clustering of a population of molecules compared to a random distribution at the same density.
Han noted that until the late 1990s, most advances in biological laboratory equipment were aimed at the Human Genome Project and discoveries related to DNA, which are larger molecules compared to proteins.
We further showed that these tandem IgA affibodies displayed preferential binding to intact IgA molecules compared to individual IgA chain, suggesting intramolecular binding avidity.
Hoernschemeyer diagram and swelling capacity test show a better selectivity of PS organogel to chlorinated molecules compared to ester, hydrocarbons and alcohols organic molecules by 80 184 folds.
Often activated carbons (ACs) are employed owing to their large specific surface areas, high micropore volumes, rapid adsorption capabilities and selectivity towards organic molecules compared to water vapour or air.
Many experimental results showed that the engineered VHs, which possessed solubility, stability, small size and consequently easier to express, purify and manipulate in vitro, were self and long-lived molecules compared to synthetic peptides.
We have developed a strain energy analysis method based on the nearest-neighbor interaction and computed the strain energy for the PX molecules compared to the B-DNA molecules of the same length and sequence.
Secondly, clear deviations in the temperature dependence of the mean squared displacement of the confined molecules compared to the bulk were found close to the thermal glass transition temperature, whereas localized methyl group rotations were only weakly influenced.
However, the results show that on the contrary, the molecular arrangement of MgCl2 and asphaltene at low and high MgCl2 concentration could be broken as the CaCl2 is able to hackle the molecular management due to the high affinity of Ca2+ to asphaltene molecules compared to that of Mg2+.
The crystal structure of the 2 1 1,6-diamino-hexane: para-H-calix-4-arene-25,27-di-phosphonate complex shows a designed encapsulation of a calix-arene dimer within a three-dimensional matrix formed by the diamine molecules, the slight mismatch in the length of the diamine molecules compared to the size of the calix-arene molecule is compensated by chain folding in the diamine.
Thus, 1D nanostructure exhibits a superior sensitivity to light and chemical molecules compared to the thin film and bulk.
