These results should advance fundamental studies into early human developmental processes, enable high-throughput screening strategies to identify conditions that specify hESC-derived cells and tissues, and accelerate the pre-clinical evaluation of hESC-derived cells.
Availability of these high quality PET ligands will undoubtedly broaden the use of PET imaging in the CNS drug discovery process, enable high quality preclinical and clinical studies, and ultimately result in the identification of novel treatment of neurological disorders of high unmet medical need.
As a rapid solidification process, the LENS process enabled high degree of Ti grain refinement.
The designed process enables high peracid space-time yields with a reduced demand of enzymes.
This model seeks to develop a robust machining process enabling high precision and accuracy of machining a product.
The deposition of SiOz coatings by HAD process enables high deposition rates of approximately 600 nm/s and therefore a very high productivity.
Significantly, the aqueous two-phase suspension polymerization process enabled high encapsulation efficiencies (65.8 ± 4.8% and 79.5 ± 3.0% for VEGF and BMP-2, respectively).
This process enabled high coverage of MoO3 nanoscale particles with a highly ordered structure.
Automation of this process enabled high throughput screening, and more than 112,000 clones were analyzed by cell ELISA.
Compared with other conventional membrane distillation processes, the CEMD process enabled higher energy efficiency and lower operational cost, and thus greater potential commercializing application.
Importantly, unlike many other designs used for droplet MCE, the volume and shape of the plug that is injected is controlled by the voltages applied independent of the extraction process enabling higher efficiency for a given separation time.
