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Master of Pharmacy (Pharmacology)

2 Years Master Degree Programme

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Global Education, Global Acceptance

  • Extra Certification Department has international Collaboration with Daffodil International University, Bangladesh for student and faculty exchange programme and research collaboration programme.
  • About the training, internship, and placement Inter institute training by various department experts Soft-skill and communication skill training by an expert. Internship in reputed hospitals and industry and research laboratories.
  • The classrooms are well equipped with digital projectors and ICT enable. All the faculty members are well-experienced in their respective fields and highly research-oriented.
  • Different MoU had been signed with multiple Universities in different countries like Bangladesh, Nepal, and Malaysia for Faculty exchange, student exchange, and other research collaborations.

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Specialization

Programme Specialization

  • Pharmaceutics

Programme Details

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2 Years Programme

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Upto 100% Scholarship

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100% Placement Assistance

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Eligibility
50% in Bachelor

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Presently, FPS AdtU offers M. Pharm programmes in Pharmaceutics and Pharmacology. These programmes were established to fulfil the need for specialized knowledge in the NER region and to encourage graduates to continue their higher studies. A key objective of offering the M. Pharm programmes was to drive ongoing research activities by involving postgraduate students. As a result, postgraduate students have opportunities to advance their studies to the PhD level and select a career that aligns with their passions.

  • To encourage the students to pursue their carrier as responsible researchers and infield resource persons.
  • To gain domain-specific knowledge and the preparedness to take up professional challenges and adaptability through lifelong learning.
  • To contribute and participate in the development of society through entrepreneurship, and leadership with professional values and moral ethics.

  • Pharmacy Knowledge: Possess knowledge and comprehension of the core and basic knowledge associated with the profession of pharmacy, including biomedical sciences; pharmaceutical sciences; behavioral, social, and administrative pharmacy sciences; and manufacturing practices.
  • Planning abilities: Demonstrate effective planning abilities including time management, resource management, delegation skills, and organizational skills. Develop and implement plans and organize work to meet deadlines.
  • Problem analysis: Utilize the principles of scientific enquiry, thinking analytically, clearly, and critically, while solving problems and making decisions during daily practice. Find, analyze, evaluate, and apply information systematically and shall make defensible decisions.
  • Modern tool usage: Learn, select, and apply appropriate methods and procedures, resources, and modern pharmacy-related computing tools with an understanding of the limitations.
  • Leadership skills: Understand and consider the human reaction to change, motivation issues, leadership, and team-building when planning changes required for the fulfillment of practice, and professional and societal responsibilities. Assume participatory roles as responsible citizens or leadership roles when appropriate to facilitate improvement in health and well-being.
  • Professional identity: Understand, analyze, and communicate the value of their professional roles in society (e.g. health care professionals, promoters of health, educators, managers, employers, and employees).
  • Pharmaceutical ethics: Honour personal values and apply ethical principles in professional and social contexts. Demonstrate behavior that recognizes cultural and personal variability in values, communication, and lifestyles. Use ethical frameworks; apply ethical principles while making decisions and take responsibility for the outcomes associated with the decisions.
  • Communication: Communicate effectively with the pharmacy community and with society at large, such as being able to comprehend and write effective reports, make effective presentations and documentation, and give and receive clear instructions.
  • The Pharmacist and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, and legal issues and the consequent responsibilities relevant to the professional pharmacy practice.
  • Environment and sustainability: Understand the impact of professional pharmacy solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
  • Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change. Self-assess and use feedback effectively from others to identify learning needs and satisfy these needs on an ongoing basis.

  • Pharmaceutical Technical activities: Knowledge of the scientific information of the drugs, polymers, and various drug delivery systems helps recall and relate in developing new formulations.
  • Analyze and evaluate: Developing outcome challenges during the development of various academic experimental data helps in novel formulations, to construct and develop as per the needs of pharmaceutical industrial methods.
  • Biopharmaceutics PK-PD studies: Knowledge of pharmacokinetic problems and biopharmaceutics studies involving drug product equivalency, translate the high level of understanding of drug action into crucial stages in formulation research studies.
  • Multidisciplinary tasks: Developing the knowledge of the correlation between multi-disciplines during the curriculum will differentiate in applying and constructing the core knowledge and allied fields.
  • Fortification of new information: Build, access, and analyze the multiple designs of drugs from various pharmaceutical centers and ensure proper utilization of drugs and their adverse effects.
  • Pharmaceutical technical activities: Understand and relate the acquired scientific information and pharmaceutical principles of the effect of drugs including pharmacokinetics and pharmacodynamics in the drug discovery process.
  • Evaluate and analyze: Generate, compile, and interpret data from pharmaceutical experiments about academics and research including drug discovery as per the needs of pharmaceutical industries.
  • Clinical studies: Participate in multistage interfaces of pharmacological experiments and translate a high level of understanding of drug action into crucial stages in preclinical and clinical research studies.
  • Multidisciplinary tasks: Demonstrate and apply knowledge and skills gained during the curriculum to undertake specialized research in the core and applied areas of pharmaceutical sciences. Develop an ability to recognize the need and work accordingly on multidisciplinary tasks in the pharmaceutical area and also in its allied fields.
  • Amendment of new information: Receive and validate current drug information in the delivery of pharmaceutical care and assure regarding proper usage of drugs and their adverse effects.

Curriculum Details

Year wise Course Details

Odd Semester

Courses for this semester

Course Overview

Pharmacology Practical-I – Involves the study of drugs, routes of drug administration, pharmacodynamics, and pharmacokinetics of the drugs. This subject caters to in-depth knowledge on handling various equipment and developing animal models for screening, the molecular and cellular mechanism of action, deficiency and excess release related endocrine disorders employed in drug discovery and development, and various targets for drug discovery. Understand different guidelines like CPCSEA, OECD, ICH, USFDA, Schedule Y guidelines, different methods of drug analysis by analytical instruments and ethical requirements for the usage of experimental animals.

Course Outcomes

  • Understand the basic knowledge in the field of pharmacology.
  • Demonstrate and impart recent advances in the drugs used for the treatment of various diseases.
  • Demonstrate the concepts of drug action and mechanisms involved, and understand the adverse effects.
  • Explain the contraindications and clinical uses of drugs and the mechanism of drug actions at the cellular and molecular levels.
  • Discuss the pathophysiology and pharmacotherapy of diseases.

Course Overview

Modern Pharmaceutical Analytical Techniques mainly focuses on the analytical instruments used for analysis of drugs by using U.V, I.R, Spectrofluorimetry, Flame Emission spectroscopy, Atomic Absorption spectroscopy, N.M.R, Mass, Chromatography, Electrophoresis, X-Ray crystallography, RIA and ELISA.

Course Outcomes

  • Compare and Utilize the Spectroscopy knowledge to Interpret various levels of molecular spectra.
  • Analyze instrumentation of N.M.R and compare 1D NMR, 2DNMR, 1HNMR, and 13CNMR to Propose structures
  • Assume the principle and importance, theory of mass, spectroscopy, and differentiate different peaks and ionization and fragmentation rules to predict the structure.
  • Compare different Chromatographic techniques and Evaluate instrumentation; choose each technique based on a sample and Develop a Validated method.
  • Justify different electrophoretic techniques, X-ray crystallography, and design with the Importance of Electrophoresis, X-ray crystallography, and Bioluminescence assays.

Course Overview

The course explore into both foundational and advanced pharmacological aspects, facilitating an understanding of disease pathophysiology, drug classifications, mechanisms of action, adverse effects, contraindications, and interactions. It also provides insights into recent advancements in drug therapy for diverse diseases, emphasizing the molecular basis of drug effects to ensure their safe and effective utilization.

Course Outcomes

  • Appreciate the basic knowledge in the field of pharmacology pertaining to the drugs and its therapeutic applications
  • Elaborately learnt the recent advances in the drugs used for the treatment of various diseases.
  • Understood the concepts of drug action and mechanisms involved.
  • Understood the underlying mechanism of drug actions at cellular and molecular level
  • Learn the adverse effects, contraindications and clinical uses of drugs used in treatment of diseases.

Course Overview

The course focuses on the cellular and molecular principles of pharmacology, in particular on the mechanisms involved in the interactions of pharmacological agents with cells, specific tissues and/or organs such as the cardiovascular or nervous systems or physio-pathological situations such as inflammation.

Course Outcomes

  • Explain various cellular events, functions, pathways and transduction mechanisms and how a gene is expressed.
  • Cell signaling pathways based on receptors and second messengers in the cell.
  • Principles and applications of genomic, proteomic tools, gene therapy and rDNA technology
  • Immuno-therapeutics and application of genomics in clinical practice
  • Principles and applications of various assays, biosimilars, cell culture techniques, application of flow cytometry.

Course Overview

This course is designed to impart the knowledge on preclinical evaluation of drugs and recent experimental techniques in the drug discovery and development. The subject content helps the student to understand the maintenance of laboratory animals as per the guidelines, basic knowledge of various invitro and in-vivo preclinical evaluation processes.

Course Outcomes

  • Discuss different aspects like description, handling, production, maintenance and application of different common laboratory and transgenic animal models to be used in pharmacological as well as toxicological screening of drugs and new chemical entities
  • Explain preclinical screening of new substances in different animal as well as in in-vitro and other possible animal alternative models related to central and autonomic nervous system diseases like Parkinsonism, Alzheimers and multiple sclerosis.
  • Define and explain preclinical screening of new substances in different animal as well as in in-vitro and other possible animal alternative models related to respiratory, reproductive, inflammatory and digestive system diseases like asthma, COPD, infertility, inflammation, fever, ulcer, emesis and diarrhea.
  • Discuss the preclinical screening of new substances in different animal as well as well as in in-vitro and other possible animal alternative models related to cardiovascular, endocrine, immune and digestive system diseases like hypertension, arrhythmia, angina pectoris, atherosclerosis, diabetes, dyslipidemia, cancer and hepatotoxicity.
  • Define and explain preclinical screening of new substances like immunomodulators, immunosuppressants and immunostimulants by various immunoassays conducted in different animal as well as in in-vitro and other possible animal alternative models.

Course Overview

MPL106NA SeminarsAssignment

Course Outcomes

  • MPL106NA SeminarsAssignment
  • MPL106NA SeminarsAssignment
  • MPL106NA SeminarsAssignment
  • MPL106NA SeminarsAssignment
  • MPL106NA SeminarsAssignment
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Even Semester

Courses for this semester

Course Overview

This course introduces the fundamental principles and practices of toxicology, including dose-response and toxicokinetic analysis. It will also cover reproductive toxicology, Toxicokinetic evaluation in preclinical studies. IND enabling studies (IND studies) emphasize understanding mechanisms for these responses.

Course Outcomes

  • Recall the basics of toxicology and good laboratory practice and discuss the role of various toxicology regulatory agencies.
  • Apply regulatory agencies' guidelines to conduct toxicological assays on oral, dermal, and inhalation routes.
  • Discuss and apply various regulatory agencies' guidelines to conduct reproductive and genotoxicity assays in in-vivo and in-vitro setups.
  • Evaluate various aspects of investigational new drugs and safety pharmacology studies.
  • Analyzetoxicokinetic and alternative methods to animal toxicity testing and analyze their role in drug development.

Course Overview

The course explore into both foundational and advanced pharmacological aspects, facilitating an understanding of disease pathophysiology, drug classifications, mechanisms of action, adverse effects, contraindications, and interactions. It also provides insights into recent advancements in drug therapy for diverse diseases, emphasizing the molecular basis of drug effects to ensure their safe and effective utilization.

Course Outcomes

  • Understand the mechanism of action of different hormones and associated drugs at the cellular and molecular levels.
  • Explain the mechanism of action and adverse drug reactions associated with drugs used in protozoal infections, helminthiasis, and various antimicrobial agents, including antifungal, antiviral, and anti-TB drugs, on a cellular and molecular level, as well as analyze the development of drug resistance.
  • Apply knowledge to elucidate the pathophysiology, therapy, and adverse drug reactions of drugs used in cancer, inflammation, allergy, asthma, and COPD and understand the principles behind immunosuppressants and immunostimulants.
  • Analyze the pathophysiology, therapy, and adverse drug reactions of antiulcer drugs, prokinetics, antiemetics, anti-diarrheal medications, and medications for constipation and irritable bowel syndrome and evaluate the applications of chronotherapy in various diseases.
  • Correlate the role of free radical generation with the etiology of various diseases, understand the importance of antioxidants' protective activity,and synthesize knowledge on recent advances in the treatment of neurodegenerative diseases, cancer, and diabetes.

Course Overview

This course aims to provide students with an understanding of the process of drug discovery and development from the identification of novel drug targets to the introduction of new drugs into clinical practice. It covers the basic principles of how new drugs are discovered with emphasis on lead identification, lead optimization, classification and kinetics of molecules targeting enzymes and receptors, prodrug design and applications, as well as structure-based drug design methods. Recent advances in the use of computational and combinatorial chemistry in drug design will also be presented. The course is further enhanced with invited lectures on recent developments and applications of drug design principles in the pharmaceutical industry.

Course Outcomes

  • Understand the drug discovery process and stages in the drug discovery program.
  • Explain the basics of Targets, their identification, validation, protein structures, and modification in the drug discovery approach.
  • Understand the development of leads and the protocol for identifying leads, its optimization procedures, and its sources, and be able to differentiate leads from hits.
  • Knowledge about drug designing protocols, application of QSAR in drug discovery and lead developments, and its statistical methodology to validate QSAR equations.
  • Understand rational drug discovery, pharmacophore identification, in silico drug synthesis using software programs, and the significance of prodrug concepts.

Course Overview

The course covers the regulatory requirements for conducting a clinical trial, and different types of clinical trials including the responsibilities of key players involved in clinical trials as well as documentation requirements for clinical trials. Moreover, it covers Adverse drug reactions and their management and ADR reporting, methods and tools used in Pharmacovigilance. It will give basic information on Pharmacoepidemiology, pharmacoeconomics and safety pharmacology.

Course Outcomes

  • Explain the regulatory requirements for conducting clinical trials.
  • Demonstrate the types of clinical trial designs.
  • Understand the responsibilities of key players involved in clinical trials.
  • Understand the principle of pharmacovigilance and safety monitoring systems.
  • Analyze new adverse drug reactions and their assessment and understand Pharmacoepidemiology.

Course Overview

Pharmacology Practical-II – Involves the study of all about drugs, what drugs do to living organisms and how their effects can be applied to therapeutics. This subject caters in-depth knowledge on handling various equipment and developing animal models for screening, the molecular and cellular mechanism of action, deficiency and excess release related endocrine disorders, alternative methods for animal toxicity testing employed in drug discovery and development, and various targets for drug discovery, various lead-seeking methods and lead optimization, designing different protocols, regulations and ethical requirements for the usage of experimental animals.

Course Outcomes

  • Examine the effect of drugs through different in vitro study methods.
  • Estimate the effect of drugs through animal models.
  • Analyze the effect of drugs using advanced instrument methods.
  • Design and develop ADR, clinical trial protocol
  • Develop and evaluate drug mutagenicity and toxicity studies.

Course Overview

Master's in Pharmacy program, a seminar or assignment would typically aim to enhance students’ knowledge and skills in various aspects of pharmaceutical science. This could involve: 1. Literature Review: Conducting an in-depth review of recent research papers, articles, or textbooks related to a specific topic in pharmaceutics. 2. Experimental Research: Designing and conducting experiments related to drug formulation, delivery systems, or pharmaceutical processes. 3. Case Study Analysis: Analyzing real-world pharmaceutical cases or industry-related challenges and proposing solutions. 4. Drug Development Project: Collaborating on a project to develop a new drug formulation or pharmaceutical product. 5. Regulatory Compliance: Researching and presenting on pharmaceutical regulations and quality control standards. 6. Presentation and Communication Skills: Developing student’s ability to communicate complex pharmaceutical concepts effectively through presentations or written reports.

Course Outcomes

  • Recall and summarize key pharmaceutical concepts.
  • Demonstrate the application of pharmaceutical knowledge to solve practical problems.
  • Analyze research data to draw conclusions about pharmaceutical processes.
  • Evaluate the quality control measures in pharmaceutical manufacturing.
  • Design novel drug formulations based on research findings
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Odd Semester

Courses for this semester

Course Overview

MRM304NA

Course Outcomes

  • MRM304NA
  • MRM304NA
  • MRM304NA
  • MRM304NA
  • MRM304NA

Course Overview

MRM303NA

Course Outcomes

  • MRM303NA
  • MRM303NA
  • MRM303NA
  • MRM303NA
  • MRM303NA

Course Overview

MRM302NA

Course Outcomes

  • MRM302NA
  • MRM302NA
  • MRM302NA
  • MRM302NA
  • MRM302NA

Course Overview

Research Methodology & Biostatistics Identifies the overall process of designing a research study from its inception to its report. Familiar with ethical issues in educational research, including those issues that arise in using quantitative and qualitative research. Identify a research problem stated in a study.

Course Outcomes

  • Analyze the value, scope, objectives and requirements of research.
  • Discuss the basic concepts of statistical analysis.
  • Apply the basic principles of medical research and ethics.
  • Understand the guidelines for the maintenance of laboratory animals and design research work
  • Create efficiency in solving practical difficulties
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Even Semester

Courses for this semester

Course Overview

The Journal Club course in a Pharmaceutics master's degree program is designed to enhance students' critical thinking, research analysis, and communication skills. This course focuses on reviewing and discussing current research articles, publications, and studies related to pharmaceutical sciences, drug development, and other relevant topics.

Course Outcomes

  • Enhance Critical Thinking: Develop the ability to critically evaluate scientific literature, identifying strengths, weaknesses, and gaps in research.
  • Stay Current with Research: Stay up-to-date with the latest advancements in the field of Pharmaceutics and Pharmacology by analyzing recent journal articles.
  • Improve Communication Skills: Enhance presentation and discussion skills through regular participation in journal club meetings.
  • Promote Collaboration: Encourage collaborative learning and discussion among peers by sharing insights, ideas, and different perspectives on research papers.
  • Research Methodology: Gain a deeper understanding of research methodologies, experimental designs, statistical analysis, and data interpretation used in pharmaceutical research.

Course Overview

The Research Work course in a Pharmaceutics master's degree program is typically a core component of the curriculum and aims to provide students with hands-on experience in conducting original research in the field of pharmaceutical sciences. This course is designed to develop students' research skills, including project planning, experimental design, data collection, analysis, and presentation.

Course Outcomes

  • Research Skills Development: Provide students with the opportunity to plan, execute, and manage an independent research project related to Pharmaceutics.
  • Problem Solving: Encourage students to identify research questions or problems within the field and develop strategies to address them.
  • Data Analysis: Teach students how to collect, analyze, and interpret data using appropriate research methodologies and statistical tools.
  • Scientific Writing: Enhance students' ability to write a comprehensive research report or thesis in accordance with scientific standards and guidelines
  • Presentation Skills: Improve students' oral communication skills by requiring them to present their research findings to peers, faculty, or at scientific conferences.

Course Overview

The Discussion Presentation or Proposal Presentation course in a Pharmaceutics master's degree program is designed to enhance students' abilities to communicate research findings, proposals, or ideas effectively. This course typically focuses on developing presentation skills, critical thinking, and the ability to communicate complex scientific information clearly and persuasively.

Course Outcomes

  • Presentation Skills: Develop effective oral presentation skills, including content organization, delivery, and visual aids usage.
  • Critical Thinking: Promote critical thinking and analysis of research findings or proposals, enabling students to evaluate and discuss scientific topics in depth.
  • Research Proposal Development: If the course is focused on proposal presentation, students may learn how to create and present research proposals, including defining research questions, methodologies, and expected outcomes.
  • Communication Proficiency: Improve communication proficiency by conveying complex scientific concepts and findings to both scientific and non-scientific audiences.
  • Peer Review and Feedback: Encourage students to provide constructive feedback to peers, fostering a collaborative learning environment and enhancing presentation quality.
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CST- Common scholarship test is a national and international level online MCQ based examination funded for intellectual empowerment by Assam down town University.

CST- Maximum enrolment each year is 120 seats and any 10+2 students can apply. Adtu is northeast India’s first placement driven university to provide 100% scholarship benefits worth 10 cr.

CST aims to inspire brilliant and competent students to pursue further education. Accredited with a prestigious grade by NAAC, UGC and AICTE.

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Master of Pharmacy (Pharmaceutics)
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