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Abstract: The increasing demand of expressive virtual instruments has led the research and development of powerful and sophisticated technologies.
Nevertheless, molecular MRI is limited by its relatively low sensitivity, and this requires the introduction of imaging agent and development of powerful signal amplification strategies.
Collectively, these studies emphasize that success depends on the collection of study populations, generation of high-throughput, well-defined cell- and tissue-specific genomic and phenotypic data, and development of powerful analytic strategies for meta-dimensional analysis.
The rapidly declining cost, low error rate, and high throughput of existing second-generation platforms enables generation of whole-genome sequences (WGS) for inventory of standing pathogen genomic variation across space and time and development of powerful single nucleotide polymorphism (SNP) markers [ 1– 4].
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These results confirm that the presence of an heteroaryl moiety in the side chain of 7-chloro-4-aminoquinoline is useful for the design and development of new powerful antimalarial agents.
The sequencing of the human genome, the application of powerful genetic tools to identify human disease genes, and the development of powerful imaging and diagnostic tools now make it possible to tackle the causes of diseases more systematically and broadly than ever before.
Taking advantage of fine time-course gene expression information (Hooper et al. 2007), the recent burst of Drosophila species whole genomes sequences (Clark et al. 2007) and the development of powerful statistical and bioinformatic tools (Yang 2003, 2007), here we investigate the evolution of tightly regulated groups of embryonic genes in the Drosophila melanogaster species group.
Advances in the understanding of molecular cancer genetics, basic cancer biology, and the development of powerful technologies such as microarray, proteomics and bioinformatics have led to the identification of many new molecular targets and pathways in cancer cells.
Under his leadership, American was at the forefront of virtually every major industry inno vation, from the reorganization of airline routes around key hub airports and the introduction of discount fares to frequent-flier programs and the development of powerful computer reservation systems.
He singled out two promising areas of research: batteries and the development of powerful wind turbines in a more compact size.
The availability of synthetic fluorescent probes and the development of powerful new approaches to microscopy have made fluorescence microscopy an essential tool for biomedical science and biology.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com