Electroanalytical techniques and Advanced Analytical Techniques and Bio-analytical Techniques

Electroanalytical methods are a branch of analytical chemistry that focuses on determining the properties of an analyte in an electrochemical cell. These numerous electrochemical approaches are divided into several groups based on the key component that regulates and controls the cell. Electroanalytical procedures are a broad category that includes a wide range of techniques. Some of these techniques are selective (like potentiometry), while others are nearly non-specific (e.g. conductometry). Other performance variables, such as dynamic range and detection limit, show similar differences.

Analytical chemistry is concerned with the chemical characterization of matter as well as the refinement of qualitative and quantitative problems pertaining to that matter. It is important in nearly every facet of scientific study and development, including clinical, forensic, environmental, and pharmaceutical sciences. Analytical chemistry is essential in medicine for clinical laboratory tests that provide the foundation for disease diagnosis. An analytical approach is mostly determined by the technique's selectivity, sensitivity, accuracy, precision, cost, and speed.

A bioanalytical method is a set of procedures for collecting, processing, storing, and analysing a biological matrix for the analysis of a chemical compound. The process of determining if a quantitative analytical method is adequate for biochemical applications is known as bioanalytical method validation (BMV). The advancement of bioanalytical techniques has resulted in a dynamic field with many exciting potentials for further advancement in the future. In the pharmaceutical sector, bioanalysis is primarily used to acquire a quantitative measure of the drug and its metabolites.