In conclusion, the overlapping community structure was identified in the structural brain network derived from the measurement of RGMV in 462 young, healthy individuals.
The crystal structure was identified to be the triclinic form.
After the compound's structure was identified, it was given a code, Novo-25, and later a name, teixobactin.
In doing so, a highly complex microstructure featuring tube- and sail-like structure was identified.
After this receptor structure was identified, the functional domains important for MCH-MCHR interaction were revealed.
The scheelite-type crystalline structure was identified from XRD and Raman studies.
A highly complex but symmetrically organized structure was identified through X-ray crystallographic analysis.
Its molecular structure was identified by 1H NMR, FT-IR, and Raman spectroscopy.
The template structure was identified by DNA-bound form so that we could predict the structure of IpPax-6 and the variant in DNA-bound form.
Therefore, their modal structure was identified by means of the factor analysis for most of the separated air masses.
Genetic diversity patterns revealed one continuous population although a certain small-scale spatial genetic structure was identified.
