METHOD:We obtained summary statistics of genome-wide association studies (GWAS) of anxiety disorders (Ncases = 7016, Ncontrols = 14,745), PTSD (European sample; Ncases = 2424, Ncontrols = 7113) and of subcortical brain structures (N = 13,171).
Using this method we obtained approximately 33 41 Gb of short read sequence data per species.
Using this method, we obtained super-resolution imaging with isotropic 3D localization precision of 10-15 nm over a 3 μm imaging depth from ∼2000 photons per localization.
In fact, by using the Coda Normalization method we obtained low Qd values, as expected for a heterogeneous and active zone.
Using this simple and rapid method, we obtained a novel peptide aptamer (named ST-1 with the sequence AYPQKFNNNFMS) with highly strong binding activity for TiO2.
Using the quartz crystal microbalance (QCM) method, we obtained in situ and semi-quantitative data for these PPy films during their electropolymerization and charge discharge (doping undoping) processes.
By the method, we obtained synthetic-metal patterned deposits of tetrathiafulvalene tetracyanoquinodimethane with smooth thickness distribution and highly c-axis orientation, where the preference for the 1 1 complex formation is clearly demonstrated.
Based on the proposed new exponential expansion method, we obtained the multiple explicit and exact traveling wave solutions of the strain wave equation for describing different types of wave propagation in microstructured solids.
By integrating the datasets obtained from these complementary high-throughput OMICS studies and utilizing the strengths of each method, we obtained new insights into the functional role of ALDH1 in skin cells.
Finally, using the same method, we obtained new inequalities with quasi-arithmetic means.
Using the same method, we obtained the final concentration of 15.625 U/μl solution.
