Microarray technology has become one of the most important functional genomics technologies. A proliferation of microarray databases has resulted. It can be difficult for researchers exploring this technology to know which bioinformatics systems best meet their requirements. In order to obtain a better understanding of the available systems, a survey and comparative analysis of microarray datab...

The pigmentation of the gram-negative bacteria known as Chromobacterium violaceum is characterized by a dark violet color. This study focused on the identification of a gene involved in C. violaceum pigment production. In order to identify one of the genes responsible for pigmentation of this organism, functional genomics methods were implemented using a form of knockout gene; which provides th...

"SLC2A4 Polymorphisms Can Be a New Molecular Biomarker for Sports Genomics" is an "Editorial Article" and hasn't abstract.

Context: Since most scientists tend to investigate live biological samples, there is inadequate data on efficient molecular techniques for the anthropological sciences. In this short review, multiple methods were mentioned and compared provide a brief insight into application of genomics proteomics post-mortal specimen. Evidence Acquisition: Through use proper keywords, PubMed Elsevier database...

Seascape genomics provides a powerful framework to evaluate the presence and strength of environmental pressures on marine organisms, as well forecast long term species stability under various perturbations. In highly productive North Pacific, forage fishes, key trophic links across ecosystems, are also contending with rapidly warming climate litany associated oceanographic changes (e.g., in sa...

The dramatic increase of mostly semi-structured genomic data, their heterogeneity and high variety, and the increasing complexity of biological applications and methods mean that many and very important challenges in biology are now challenges in computing and here especially in databases. In contrast to the many query-driven approaches advocated in the literature, we propose a new integrating ...

In the context of recent international initiatives to bolster genomics research for Africa, and more specifically to develop bioinformatics expertise and networks across the continent, a workshop on computational metagenomics was organized during the end of 2014 at the University of Mauritius. The workshop offered background on various aspects of computational biology, including databases and a...

Bioinformatics is facing the daunting challenge of providing geneticists and biologists effective, efficient access to data currently distributed among dynamic, heterogeneous data sources. Complicating the problem is the speed at which the underlying science and technology evolve, leaving the terminology, databases and interfaces to catch up. As the genomics community moves from sequences to fu...

MOTIVATION CoGenT++ is a data environment for computational research in comparative and functional genomics, designed to address issues of consistency, reproducibility, scalability and accessibility. DESCRIPTION CoGenT++ facilitates the re-distribution of all fully sequenced and published genomes, storing information about species, gene names and protein sequences. We describe our scalable im...

In past 5 years, the promise that came with genome sequencing has revolutionized the functional genomics research field at unprecedented manner. It would soon know what all known genes do, particularly genes involved in genetic improvement of animal health and increase food animal production. With the availability of full bovine genomic sequence, yet we still have a lot of daunting tasks on 'ge...