Modern Pharmaceutical Analytical Techniques

Students will learn about the various techniques of modern pharmaceutical science, such as analysis of pharmacopeial compounds, formations by UV visible spectrophotometer, simultaneous estimation, and so on.

Some other parts of the syllabus are:

• Introduction to UV-visible spectroscopy

• Instrumentation associated with UV visible spectroscopy

• Modes of molecular vibrations

• Spectrofluorimetric

• Theory of fluorescence

• Quantum numbers and their role in NMR

• Principle of mass spectroscopy

• Apparatus of chromatography

• Electrophoresis principle and instrumentation

Drug Delivery System

The students will identify the engineered technologies for their targeted delivery through this subject. You will also learn about the controlled release of therapeutic agents of drug delivery systems. There are good and bad impacts of drugs on human health.

Some other parts of the syllabus are:

• Sustained release and controlled release formulations

• Introduction & basic concepts of drug delivery

• Physiochemical & biological approaches for SR/CR formulation

• Mechanism of drug delivery

• Categories of patients for personalised medicine

• Rate controlled drug delivery systems

• Gastro retentive drug delivery systems

Modern Pharmaceutics

As we know, pharmaceutics is the study of pharmacy, which means the process of changing NCE into effective and safe medication. Some changes have taken place in this process due to the changing technology. This is called modern pharmaceutics.

Some other parts of the syllabus are:

• Drug excipient interactions preformation concepts

• Different methods and kinetics of stability

• Stability testing & theories of dispersion

• Introduction to pharmaceutical validation

• ICH & WHO guidelines for calibration and validation of equipment

• Objectives and policies of current good manufacturing practices

• Physics of tablet compression

• Study of consolidation parameters

Regulatory Affair

Students will learn about the safety measures taken by the government for protecting the health of the general public. These measures involve making useful products which include pharmaceuticals, medical devices, veterinary medicines, pesticides, complementary medicines, and more.

Some other parts of the syllabus are:

• Documentation of pharmaceutical industry

• Generic drugs product development introduction

• NDA approval process and drug product assessment

• Regulatory requirements for product approval

• US registration for foreign drugs

• Regulation for combination products and medical devices

• Nonclinical drug development

• Institutional review board and independent ethics committee

Molecular Pharmaceutics

This subject explains molecular pharmaceutics as a scientific journal that covers research on molecular mechanics. It also involves understanding drug delivery systems and their targeted concepts. Additionally, it explains the biological process involved in drug targeting.

Some other parts of the syllabus are:

• Concepts of targeted drug delivery systems

• The biological process involved in drug targeting

• Introduction and evaluation of targeting methods

• Types of microcapsules

• Preparation and application of monoclonal antibodies

• Pulmonary drug delivery systems

• Nucleic acid-based therapeutic delivery systems

Advanced Biopharmaceutics & Pharmacokinetics

In this subject, students will learn about the mechanism of drug absorption and the various factors affecting it. The subject also explains the biopharmaceutic factors affecting drug bioavailability and methods of dissolution testing.

Some other parts of the syllabus are:

• Drug absorption from the gastrointestinal test

• Mechanisms of drug absorption

• Factors affecting drug absorption

• Role of dosage form

• Tablet as a dosage form

• Dissolution methods

• Biopharmaceutic considerations in drug product design

• Biopharmaceutic factors affecting drug bioavailability

• Basic considerations of pharmacokinetics

Computer-Aided Drug Delivery System

This subject explains computer-aided drug delivery systems, which are given quantitative data for the use and delivery of drugs in humans. It also covers technologies such as pharmacokinetics, bioinformatics, robotics, bio-instruments, and so on.

Cosmetic and Cosmeceuticals

Students will learn to identify cosmetic products which are good or bad for the outer skin. Cosmeceutical products have cosmetic and therapeutic effects on human skin.

Toxicology

This subject is the study of the toxic effects of different products. These effects consist of chemicals and other substances that can be harmful to people, the environment, and animals.

1

Modern Pharmaceutics

Modern Pharmaceutics

Through this subject, students will learn about the various concepts of pharmaceutical industries. Students also learn about the active pharmaceutical ingredients and generic drug product development. This subject also explains industrial management and GMP considerations.

1

Regulatory Affair

Regulatory Affair

This subject is designed to provide information about generic drugs and their developments. It explains regulatory guidance and the main guidelines for filling and post-approval for the use of drug products for medicines.

2

Advanced Biopharmaceutics & Pharmacokinetics

Advanced Biopharmaceutics & Pharmacokinetics

Advanced Biopharmaceutics & Pharmacokinetics explains dose calculations, adjustments, and application of biopharmaceutics theories in the practical world. Students also learn about the critical evaluation of biopharmaceutics and its design evaluation of dosage regimens.

2

Computer-Aided Drug Delivery System

Computer-Aided Drug Delivery System

This subject provides knowledge about the use of computer applications in pharmaceutical research and developments. The computer helps model drug disposition, preclinical development, market analysis, and clinical development.

2

Molecular Pharmaceutics

Molecular Pharmaceutics

This subject explains the area of drug delivery systems. Through this subject, the student will understand the various approaches for the development of novel drug delivery systems, criteria for selection of drugs, and formulation of novel drug delivery systems.

3

Research Methodology & Biostatistics

Research Methodology & Biostatistics

The students will explore biostatistics, which is an important part of clinical trials. It is also helpful for researchers to know about the result of the product.

3

Journal Club

Journal Club

This subject is meant to discuss a particular product. It is an educational meeting to discuss current research findings and make changes according to the discussion.

4

Discussion / Final Presentation

Discussion / Final Presentation

Here, students present the final product or research. Under this subject, pupils first review and summarise their topic, then make appropriate suggestions. Based on their findings, students make a final presentation.

M Pharm in Pharmaceutics

• Modern pharmaceutical analytical techniques

• Drug delivery system

• Modern pharmaceutics

• Regulatory affair

• Molecular pharmaceutics

• Advanced Biopharmaceutics & Pharmacokinetics

• Computer-Aided Drug Delivery System

• Cosmetic and Cosmeceuticals

Students that choose this specialisation can expect to learn about the process of changing a new chemical entity into an effective medication. It also deals with the formulation of the pure drug into a dosage form.

M Pharm in Pharmacology

• Modern Pharmaceutical Analytical Techniques

• Advanced Pharmacology-I

• Pharmacological and Toxicological Screening Methods-I

• Cellular and Molecular Pharmacology

• Advanced Pharmacology II

• Pharmacological and Toxicological Screening Methods-II

• Principles of Drug Discovery

Pharmacology is the study of drugs that covers the actions of living beings and how the human body reacts to different drugs. This specialisation focuses on psycho-pharmacology with mind-altering or psycho-active drugs.

M Pharm in Pharmaceutical Chemistry

• Modern Pharmaceutical Analytical Techniques

• Advanced Organic Chemistry-I

• Advanced Medicinal chemistry

• Chemistry of Natural Products

• Pharmaceutical Chemistry Practical

• Advanced Spectral Analysis

• Advanced Organic Chemistry-II

• Computer-Aided Drug Design

• Pharmaceutical Process Chemistry

This degree is concerned with the study of drug designs and synthesis of the biologically active molecules. Through this course, students will learn about new chemical molecules and their role in the discovery of new pharmaceuticals.

Modern Pharmaceutics

Modern Pharmaceutics

Gilbert S. Banker

This book explains the sequenced approach to the formulation of drug dosage and its evaluation and factors influencing drug actions.

Regulatory Affair

Textbook of Regulatory Affairs (M Pharm)

Shah Jain, Usman, Barhate

The author explains the guidelines issued by the government for the usage of drugs.

Advanced Biopharmaceutics & Pharmacokinetics

Biopharmaceutics: From Fundamentals to Industrial Practice (Advances in Pharmaceutical Technology)

Hannah Batchelor

This book explains dose calculations, their adjustments, and the application of biopharmaceutics theories in the practical world.

Computer-Aided Drug Delivery System

Quantitative Systems Pharmacology

Davide Manca

This subject provides knowledge about the use of computer applications in pharmaceutical research and developments.

Molecular Pharmaceutics

Textbook of Molecular Pharmaceutics

Priyanka Sachita

This handy book explains the various approaches for the development of novel drug delivery systems. It also delves into the criteria for the selection of drugs.