What is the metaboloma?

Metaboloma is detailed disintegrations of signaling chemicals, metabolites, hormones and similar structures found in the body. Some of them are naturally produced, others through the metabolism of various food and drugs. During his life, the collection of chemical compounds of the body will change. It is possible to take a picture in time before you find out what the body contained and produced at one point, but it will change from moment to moment.

Human metaboloma study is a theme of a special interest. Medical testing often relies on metabolites for diagnostic purposes. The doctor may check the presence or absence of compounds to rule in or out, or to see how the patient reacts well to medicines. Only a fraction is identifiable with basic medical testing. The expansion of the number of metabolites on which doctors could test would create more opportunities for accurate diagnosis and testing of patients.

This provides unique opportunities to study interactions betweengenetics and environment. Genoma codes for the production of a number of compounds such as hormones, enzymes, etc. errors can cause problems such as deficiencies or defective chemicals. Meanwhile, the environment also has an impact on human metaboloma; What the person eats, drinks and otherwise exposed, changes his metaboloma and creates another set of signature chemicals.

Scientists interested in how the environment and genetics can study metaboloma to look at the penetration of these topics. They can look at the way in which the environmental affects the genes of silence or turn them on. It can also provide traces of how organisms are engaged in changing circumstances of the environment and what happens when organisms are exposed to toxins. Metaboloma contains a number of chemicals that the body uses for life, from moleculeses for energy to power cells to signaling hormones that cause fertility and allow reproduction.

The Canadian research team was the first to develop a gross sequence of human metaboloma. This work is demanding because samples from different areas of the body will contain different chemicals, and these can also move over time. For example, the sequencing of compounds found in liver cells would, for example, bring a picture other than the study of tissues and fluids from other parts of the body, since many parts of metaboloma are very specific to the position. Some signaling cells are found only in specific areas, while specific metabolites may be in some areas of the body, but not in others. Successful sequencing requires detailed and careful sampling.