Recent advances in high throughput, high content "omic" technologies coupled with clinical information has lead to the expectation that the complexity of the molecular information generated will lead to more robust scientific research as well as the expectation that overarching therapeutic approaches will be patient-tailored to the underlying specific molecular defects of the disease.
In conclusion, our findings emphasize a unique role for mural cell-derived VEGF in driving blood vessel maturation and define an informative high throughput-high content imaging-compatible experimental system for studying blood vessel formation.
To overcome these limitations, new methods are being developed to facilitate high throughput and high content RSA phenotyping.
When coupled to the growing exploitation of fluorescence-based readouts in high throughput and high content screening, it is clear that fluorescent molecules offer a safer, more powerful and more versatile alternative to radioligands in molecular pharmacology and drug discovery.
The zebrafish is one of the most cost-effective vertebrates that can be used for high throughput and high content screens.
Coupling the tools and methods of cell and molecular developmental neurobiology with high throughput and/or high content technologies will be necessary to rapidly expand the DNT database.
The lack of comparative information hampers development of FRET-based applications and development of high contrast (i.e., reliably reporting) fluorescent sensors, required for the sensitive studies of molecular biology of cell and for the reliable high throughput and high content screening assays [ 1].
Despite steadily increasing investments into drug research and development operations and the introduction of novel technology platforms like high throughput and high-content screening, up to date the output of novel, effective drugs for complex diseases is not only low but shows a continuous downturn.
Moreover it constitutes an attractive technology for drug discovery programs, for high content, high throughput screening assays, to assess the potency of new hits and optimize lead compounds, whilst also serving to characterize drugs developed through rational design.
For the high carbon conversion, enhanced gasification rate, high throughput and low tar content in product gases, high gasification temperature (850 900 °C) is required.
The goal of this study was to develop higher throughput high-content imaging and analysis methods to characterize phenotypic changes in human cancer spheroids in response to compound treatment.
