Metabolomics is a nonbiased and essentially comprehensive high throughput analyses on complex metabolite mixtures which are typically part of plant extracts. This is the only functional genomics comprehensive challenge left after the establishments of high-throughput DNA sequencing technologies or genomics, transcriptomics or gene express, and the protein analysis or proteomics.
Plant metabolomics is is made primarily because of the advances in the mass spectrometry or MS technology and also it aims to fulfil the functional genomics research. To achieve the broadest overview of metabolomics, there are very important components involved which must be multifaceted and integrated strategy. These components are quantification, data gathering, data handling, data analysis, metabolite separation, metabolite detection, metabolite identification, and optimal sample extraction. To achieve this goal, computational and analytical developments are very important.
First International Congress
To bring together all the important people who are working on this subject matter, the First International Congress for Plant Metabolomics was held on April 2002 at Wageningen, The Netherlands. More collaborative opportunities were created because of this congress. Overlaps of works were also avoided. Joint strategies will also be able to meet the goals of the metabolomics challenge. You can learn about this meeting, look at the pictures and listen to the oral presentations, and then you can log on to www.metabolomics.nl. This site will be officially used to help in the exchange of information and for the collaborations for the metabolomics challenge.
Microbes are proven to be the richest source of metabolites. However, the source of the most complex individual mixtures is plants. According to the report of Mariet can der Werf, it has been predicted that sequenced bacterial genomes can be able to support the biosynthesis of a couple hundred metabolites. However, it can support tens of thousands of individual plants. This richness is not just because of the number of genes present but also because of the multiple substrate specificities in different enzymes. This leads to subcellular compatmentation and nonenzymic reactions occurrence. There are 50,000 different kinds of compounds from plants. Thee will be more than 200,000 figure for the plant kingdom. This will create a challenge among plant scientists when it comes to metabolomics.
Research Technician in Plant Metabolomics
To be a Research Technician in Plant Metabolomics you need to have relevant practical experience in HPLC and GC analyses and are able to independently carry out metabolite analyses of samples and to report on your results. Depending on qualifications and experience the minimum gross salary is $2500 and the maximum gross salary is $4000 per month for this position. You also receive perks as health insurance, life insurance and sometimes income protection insurance. However life insurance the employer offers usually not enough and you still need to compare life insurance on the market to find the best deal for larger cover.
Metabolomics research can give useful information for different fields of studies. It can give invaluable information in fast tracking methods for functional genomics strategies. Metabolomics will also create a deeper understanding on the complex nature of plants, networks and their reaction to environment. It can also give a deeper understanding on plant phenotypes in relation to biodiversity, resistance, tissue identity, physiology, and development. There are a lot of developments and benefits that plant metabolomics can provide for different fields of science if its goals are reached. baby names funeral insurance
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