Localized electron combining with molecular

Immunoelectron microscopy is not limited to nucleic acid localization but is also an essential component in the localization of a specific protein, polysaccharide, or theoretically any hapten under study. Therefore, immunoelectron microscopy is a valuable tool when it comes to the study of gene expression. Electron microscopy is a valuable tool in molecular biology and is even more powerful when combined with immunochemical techniques. 

Fig. 2. The quantum mechanics of the two-state prpblem provide a paradigm for the much more extensive electronic state space of a real molecular or macromolecular system. The eigenvectors c, of the Hamiltonian are symmetric and antisymmetric linear combinations of the localized basis vectors with an eigenvalue splitting of 2A, where s is the overlap integral and A is the direct coupling (the only kind possible in this case)...

We have used transferable atom equivalent (TAE) descriptors [116,117] that encode the distributions of electron density based molecular properties, such as kinetic energy densities, local average ionization potentials, Fukui functions, electron density gradients, and second derivatives as well as the density itself. In addition autocorrelation descriptors (RAD) were used and represent the molecular geometry characteristics of the molecules, while they are also canonical and independent of 3D coordinates. The 2D descriptors alone or in combination with the latter 3D descriptors were calculated for 26 data sets collated by us from numerous publications. These data sets encompass various ADME/TOX-related enzymes, transporters, and ion channels as... 

---