The Leading Portal For Genomic Research
Whereas genetics mainly focus on the functions and roles of a single gene, genomics is the study of the entire genome, including all of a person’s genes. It involves the sequencing, mapping, and analysis of the genome. One of the goals of genomic research is to identify variations in DNA sequencing and how such variations may affect certain diseases.
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Main Areas Of Genomic Research
The first sequencing technique for genomes was first developed in 1977. Since then, genomic research has rapidly advanced. Today, scientists are focusing on the following areas of genomic research:
- Human genomics. Research on human genomics focuses on the human genome sequence and the discovery of novel genomic approach applications for the better understanding of diseases in humans.
- Bacteriophage genomics. This field of research focuses on the genomes of viruses which infect bacteria. One of the goals of bacteriophage genomics is to discover alternative treatments for diseases that occur as a result of the actions of antibiotic-resistant bacteria.
- Metagenomics. This branch of genomic research is sometimes referred to as environmental genomics because it focuses on metagenomes, which pertains to all the genetic material contained in an environmental sample.
- Cyanobacteria genomics. Cyanobacteria belong to a phylum of bacteria that produce energy through photosynthesis. Cyanobacteria genomics focuses on studying the genome of these unique bacteria.
- Pharmacogenomics. This field of research aims to optimize drug therapy by studying how genetic variations may impact a medicine’s efficacy and toxicity. By understanding how a person’s genes can affect his response to medications, pharmacogenomics aims to develop safe and effective medications that can be tailored to the individual’s genetic makeup.
Genomic Research Partners
provides information about the technology and application of DNA arrays and DNA micro arrays in laboratory experiments. Also included are links to commercial DNA array products.
provides general information on eukaryotic cell structure, organelles and structures, cell division and milestones in cell biology.
contains information on cell junctions, extracellular matrix and cell and tissue types. Epithelial, connective, bone, cartilage, nervous and blood tissues are covered here. Muscle tissue and physiology are treated elsewhere in the ABN.
contains information about the historic milestones of molecular biology, nucleic acids, and techniques.
is a source of general pharmacology information. Pharmacokinetics, pharmacognosy and the process required to bring a new drug to market are discussed.
contains information about the science of toxicology and the relationship to pharmacology.
provides basic information regarding chemistry and biochemistry, in particular. Lipids, carbohydrates, amino acid, protein and nucleic acid chemistry are discussed. Basic methods are discussed as well.
is a source of information on the lipoproteins present in human serum such as LDL, HDL, and VLDL.
contains information on functional proteomics, protein structure, and the techniques used in the analysis of proteins.
provides information about proteases and protease inhibitors used in research.
discusses the dilemma of stem cell research and provides basic information on the issue.
commentary on the moral and ethical aspects of human cloning.
is a source of information on biomolecular structure determination using nuclear magnetic resonance or x-ray crystallography.
Pharmacology-Toxicology.com outlines the bioanalytical steps necessary for drug development.
Drug-Research.net discusses the steps involved in determining the developability of lead compounds.
The designers of the Genomic Research are healthcare professionals and scientists with relevant expertise in the areas of biology and genomic research, and anticipate launching additional websites.
This site is a member of the ALtruis Biomedical Network and is a central portal for access to sites containing information on biomedical research. Areas that will appear here are genomic research, biotechnology, molecular biology, cell biology, proteomics, cellomics, physiomics, biochemistry, toxicology and pharmacology.
Types of Genomic Analysis
- High-throughput sequencing
- Viruses and bacteriophages
- Assembly approach
- Shotgun sequencing