The entire discovery & development process of drug costs over billions of money, and it usually takes over ten long years for this drug to get into the market. The process involves generating different compounds and analyzing all their characteristics for determining the viability of choosing one Novel Chemical Entity (NCE) for becoming an efficacious and safe drug.
Strategies involved in the process of drug discovery & development are experiencing radical changes. The emergence of bioanalysis technology is an essential tool in the drug development process that has been well understood and accepted globally. The refinery measurement solution offered by the bioanalytical systems has supported the different phases of the drug development process.
Moreover, multiple analytical methods are also available for generic products and prescription medicines (Rx). Bioanalytical data produced in pre-clinical and discovery programs are an essential guide to the early medical programs. Plasma concentration-response data got from such programs can be compared to those acquired in man. Such comparisons are essential in various further studies.
The term “Bioanalysis” is used for describing quantitative measurements of compounds (drugs) and their metabolite present in the biological fluids such as blood, urine, serum, plasma or the tissue extracts. Bioanalysis is carried out using different bioanalytical systems that generate refinery measurement solution. A typical bioanalytical method involves two primary components:
Sample preparation technique is used for cleaning up the sample before the analysis for improving its identification. When the sample is a biological fluid like urine, serum, or plasma, this sample preparation technique is referred to as “bioanalytical sample preparation.” The estimation of the drug concentration in the biological fluids generates the data that is used for understanding time course of the drug action in humans and animals and is a critical component in the process of drug discovery & development. In many bioanalytical methods, sample preparation technique is carried out for removing proteins from a sample. Protein precipitation, Solid Phase Extraction (SPE), and liquid-liquid extraction are used routinely.
Identification of compound
A mass spectrometer is generally used for identifying compounds. The principal technique currently used in bioanalysis is the high-performance liquid chromatography together with mass spectroscopy by making use of either Atmospheric Pressure Chemical Ionization (APCI) or Electrospray Ionization (ESI) techniques.
The technology of bioanalysis has been very useful in the fields of biotechnology, biomedicine, and pharmaceutics. It has optimized the work process to make it simpler and faster. An extensive array of research and development are still going on in the domain of bioanalysis. These developments will surely bring in more effective solutions shortly.
For carrying out bioanalysis, credible and reliable bioanalytical systems are required to achieve refinery measurement solution that is accurate and precise. Hence getting the right bioanalytical instrument is very critical to obtain effective results. A wide variety of bioanalytical systems are available in the market, which can be purchased according to the requirements and objectives.