Research is fundamentally based on the invention of new synthetic methods and their application in the synthesis of natural products and other compounds of interest for its biological activity.
Inspired by the complex chemical processes that occur in nature, one of the challenges is the development of new reactions in cascade and multicomponent promoted both by as simple organic molecules () Organometallic catalysts organ catalysts) allowing the construction estereocontrolada of compounds from complex structure from simple materials. We are also interested in the development of new processes for the formation of bonds carbon-carbon and carbono-heteroatomo through the selective Functionalization of carbon – hydrogen bonds.
The synthetic organic chemistry of compounds is one of the most important parts of synthetic organic chemistry. The first organic synthesis dates back to 1828, when Friedrich Wöhler obtained urea from ammonium cyanate. Since then more than 10 million organic compounds have been synthesized from more simple, both organic and inorganic compounds.
The growing demands from the pharmaceutical industry of clean reactions that occur in the absence of potentially toxic metals, joined environmental motivations, we have recently boosted at the start of a new line of research on new cross coupling reactions carried out without the participation of metals.
All over the world that surrounds us is perceived through sensory organs, having through them generating changes in the body that are transformed into nerve impulses that are sent through a circuit that is precisely our nervous system to a vital organ which is responsible for receiving them, interpret them and process them, such as the brain, then providing the phenomenon of sensory perception, being the five senses hearing, taste, touch, smell and sight.
It is thus that we interact with all kinds of substances which possess different physical and chemical properties, developed based on compounds of chemical elements that are precisely because of chemistry, studied the science that is responsible for analyzing all the properties of the stuff that we find in our planet, since its composition as well as with regard to their chemical structure and energy properties and phenomena that occur in the various chemical reactions.
This science indicates also the synthetic organic chemistry, primarily concerning all the compounds that are formed with carbon, usually combined with hydrogen (which is known as hydrocarbons) or well with other substances giving rise to so-called organic compounds.
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These substances are notoriously abundant in living beings, and interact with us for example in obtaining power, the incorporation of carbohydrates being frequent in our daily diet (i.e., compounds formed with carbon, hydrogen and) Oxygen) that we find in abundance in vegetables, being also called sugars or carbohydrates, where the best known by us will surely be glucose, but also there is another which is the lactose found in staple foods that We have incorporated since childhood.
Not only this branch analyzes which are present in nature, they are also considered to the synthesized chemical compounds, that are made in the laboratory without the influence of a living being (as if happens with those mentioned above, for example in) Photosynthesis)
Lines of research of synthetic organic chemistry:
- New catalytic processes applied to synthetic organic chemistry. Asymmetric Synthesis of natural products.
- Multicomponent Cyclization reactions promoted by transition metals.
- Reactions of linking carbon carbonsyn and waterfall processes. Development of sustainable processes.
- New catalytic processes for the generation of molecular complexity.
- Development of new processes for the formation of bonds carbon-carbon and carbono-heteroatomo through the selective Functionalization of links carbon – hydrogen.
These are the major symptoms of synthetic organic chemistry and now you should be clear about the topic and its functions.