The drug discovery process eased with medicinal chemistry research
The drug discovery process can be a long and expensive process so it is vital that each company carrying out tests has a detailed and comprehensive range of research available to them. When a test is carried out, all information is noted into the database and no test is a waste of time because having the data available will help when it comes to starting the next test. What compounds work with together and understanding the quantitative structure activity relationships (QSAR) between each is invaluable data.
Medicinal chemistry requires a great amount of teamwork as various scientific disciplines are used including molecular biology, biochemistry, pharmacology and toxicology so you can how working together is vital to make the most of everyone's individual abilities. At the end of the day, medicinal chemistry is about drug discovery and this leads to companies spending millions on research so making sure that every penny spent is being done so in the best possible way is absolutely vital.
The whole drug discovery process starts with the medicinal chemists' ability to identify the novel active compounds, which are referred to as "hits" within the industry. This is where the biomarkers database comes in as all these results are stored. Hits can be found through many different sources including animals, plants and fungi.
Together these various teams of experts use sophisticated analytical techniques to synthesize and test new drug products as well as developing a most cost-effective and environmentally friendly means of production. The drug discovery process requires the careful and strategic use of various research as well as understanding it to make the most of the data available. The importance of medicinal chemistry can be underestimated which is why companies are constantly thinking of cost effective ways of finding the best results.
Medicinal chemistry research will continue to play a vital role in the drug discovery process for the foreseeable future.