Medicinal chemistry deals with the discovery, design, development and both pharmacological and analytical characterization of drug substances. It is the intersection between chemistry, especially synthetic organic chemistry and pharmacology.
Medicinal chemistry deals with the discovery, design, development and both pharmacological and analytical characterization of drug substances. It is the intersection between chemistry, especially synthetic organic chemistry and pharmacology.
Pharmaceutical Analysis and Quality Control-I is a branch of analytical chemistry, and basic study of the series of processes involved in the identification, quantification, determination, and purification of a given chemical substance. It also ensure separation of the components of a solution or mixture, and in determination of structures of chemical compounds. The course will provide a comprehensive introduction to analytical chemistry relevant for chemical quality control of pharmaceutical raw materials and final drug products, and for determination of drugs, metabolites and substances of abuse in biological samples. Students who will be enrolled to the course will be able to gain theoretical and practical skills needed to operate laboratory instruments during drug analysis.
Pharmaceutical Analysis and Quality Control is a branch of analytical chemistry, and an advanced study of the series of processes involved in the identification, quantification, determination, and purification of a given chemical substance. It also ensure separation of the components of a solution or mixture, and in determination of structures of chemical compounds. The course will provide a comprehensive introduction to analytical chemistry relevant for chemical quality control of pharmaceutical raw materials and final drug products, and for determination of drugs, metabolites and substances of abuse in biological samples. Students who will be enrolled to the course will be able to gain theoretical and practical skills needed to operate laboratory instruments during drug analysis.
This course covers basic concept of differentiation & integration of functions. It talks about how to solve the differential equations and the application of differential equations in the engineering sides. Moreover, this course covers the basic concept of mathematics in departmental orientation. Objectives:By the end of this course, students will be able to: Understand the core concepts of functions and their practical applications. Perform various operations on functions confidently. Differentiate and integrate functions using appropriate methods. Interpret and sketch graphs of different types of functions. Formulate, solve, and analyze differential equations derived from real-life scenarios relevant to food and nutrition engineering.
