The HarvEST is principally an EST database-viewing software that emphasizes gene function and is oriented to comparative genomics and design of oligonucleotides, with an aim to support diverse research activities, such as microarray content design, functional annotation, and physical and genetic mapping.
In an alternative approach, Yang and colleagues have used genomics to design the 'Pan-PCR' software, dedicated to the identification of strain-specific PCR targets in genome sequences in a 'presence/absence' mode, that is, the amplification of a series of unrelated genes that were differentially present in the genomes from the studied strains [ 29].
Summarized information about the oligonucleotides in genomes provides biologists, who interests in the evolution and growth of genomes, to work in comparative genomics, oligonucleotide probe design, primer design and the analyses of genomic repetitive features.
EUGENE W. MYERS Dr. Eugene Myers is a computer scientist and a leader in the new field of bioinformatics, or computational genomics, the designing of computer programs to analyze the genome.
Here we report the results of a comparative genomics study designed to characterize the purine catabolic pathway in a marsupial, the South American opossum (Monodelphis domestica), and a monotreme, the platypus (Ornithorhynchus anatinus).
In the current paper, we review new gene expression information that resulted from two of our functional genomics studies designed to evaluate effects of glucocorticoid hormones on bovine neutrophils.
Emmanuelle Nicolas of the Fox Chase Genomics Facility designed and performed all the qPCR assays.
The generated database served as the foundation for the development of freely available interactive genomics viewer designed to integrate multi-species data from various research approaches.
She has researched microencapsulation methods extensively and has over 10 years of experience in the biomedical industry specifically in the areas of inkjet bio-printing.bio-reactor design genomics (micro-array fabrication) and medical devices.
This approach of grafting loops onto scaffolds of known related structures may serve to bridge the gap between structural genomics and drug design.
