Molecular chains of complex compounds are sensitive to alterations to the point that every compound must be tested independently to determine its properties
Advanced biochemistry is very exact science – most phenomena are well explained and general classification of chemicals relevant for maintenance of psychophysical process is quite exhaustive. Still, nature offers much greater variability in terms of molecular structure, which allows skilled chemists to create compounds that don’t occur outside the lab. In practical terms, that means scientists are able to develop a broad range of artificial substances starting from existing molecules and substituting certain groups with different structures. That’s how most of the products available from EuroChemicals online store were first synthesized.
Conscious drug design is a slow and painstaking process that depends largely on trial and error. Experienced chemists can have reasonable expectations based on general behaviour of similar compounds, but quite often the results are surprising. Molecular bonds are so fine and sophisticated that merely different angle at which two parts of the molecule are tied can be enough to completely change the pharmacology. Most research chemicals popular in the contemporary market are close relatives of better-known drugs, but they display unique properties due to differences on the molecular level. For example, BK-2CB is a beta-keto derivative of the banned psychedelic 2CB, sharing much of the biochemical imprint, but posing far smaller hazard for human health.
At the present level of development, experimental chemistry turned into a power kitchen that keeps sending out very interesting samples for researchers to feast on. The pace at which new research chemicals have been flooding the global scene indicates that some very capable minds are involved in the design phase. Some of the compounds are not synthesized for the first time, but rather re-discovered and extensively tested before making news for their unique properties. Other new drugs have been discovered by accident and their full synaptic potential is still a mystery, which makes them a prime target for advanced biochemical studies. The first results of efforts in this direction are impressive, but at present time we are just scratching the surface of a much greater force that is patiently waiting to be unleashed. It is almost certain that accumulated knowledge and growing resources will push this wave of innovation much further in the years to come.
The scientific discovery process is limited by numerous regulations, since many of the precursors are controlled substances that are not easy to obtain. Legal restrictions are frequently extended to new drugs as well, so websites like www.eurochemicals.commust be very careful which substances they keep on offer. Fortunately, there has been no shortage of excellent research chemicals coming from independent laboratories involved in this type of molecular design and new items are added to the product list with regularity. Of course, many of these compounds are yet to undergo any serious laboratory testing, so assistance of the entire community is crucial for quicker identification and classification of chemicals suitable for wider distribution.