Building pharmacy professionals who understand how drugs work, how they're studied, and how they're safely delivered to patients — through experimental, clinical, and research-driven learning.
Maria College of Pharmacy
Pharmacology is the core subject of pharmacy and medical sciences, dealing with the research, discovery, and characterization of drugs which show biological effects and the elucidation of cellular function in relation to drugs. The subject involves elements of toxicology, biology, pharmaceutical chemistry, biochemistry, microbiology, biotechnology, physiology, and pathophysiology and is a broad scientific field applicable to many careers in the life sciences area. Pharmacology focuses more on the research aspect of this pharmaceutical science, teaching students to investigate the effects of chemical compounds and to innovate ways of creating remedies to disease conditions.
The two main areas of pharmacology are pharmacodynamics and pharmacokinetics. Pharmacodynamics deals with the effects of a drug on biological systems, and pharmacokinetics studies the effects of biological systems on a drug. In broad terms, pharmacodynamics discusses the drugs with biological receptors, and pharmacokinetics discusses the absorption, distribution, metabolism, and excretion (ADME) of drugs from the biological systems. Experimental pharmacology mainly deals with the drug screening studies using suitable animal models and isolated tissue preparations, including in vivo and in vitro studies.
The scientific study of drugs in humans, focusing on maximizing therapeutic benefits and minimizing adverse effects. It is a fast developing area in the medical field.
The study of using drugs to prevent, treat, or cure diseases.
The study of the adverse effects of chemicals and drugs on living organisms, including the management of poisoning.
The use of chemical agents (like antibiotics or anticancer drugs) to selectively destroy invading microorganisms or cancer cells.
The study of how an individual's genetic makeup affects their response to drugs, which is essential for personalized medicine.
The study of how drugs interact at the molecular and cellular levels.
The study of how drugs affect the central nervous system, brain function, and behaviour.
The study of crude drugs derived from natural sources, such as plants.
The science and art of compounding, dispensing, and preparing medications for administration.
The study of the effects and use of drugs across large human populations.
The evaluation and comparison of the cost-effectiveness of different pharmaceutical treatments.
The study of dosages and determining the right amount of a drug to administer.
The study of weights and measures of drugs.
Clinical pharmacology is essential for developing safe and effective drugs/therapies and for achieving regulatory approval. Clinical pharmacology studies aim to evaluate and understand a drug's absorption, distribution, metabolism, and excretion (ADME) properties, its pharmacodynamics — including both desired effects and adverse effects — and the impact of intrinsic factors (such as age, gender, weight, race/ethnicity, genetics/genomics, organ dysfunction, etc.) and extrinsic factors (such as food effect, drug-drug interaction, etc.).
Benefits of utilizing clinical pharmacology in drug development include:
Drug development involves sequential planned studies that include the initial preclinical phase followed by clinical studies in humans. A clinical pharmacologist can help determine which clinical studies are required to be conducted throughout the drug development process. Depending on the drug, some additional clinical pharmacology studies may be required, or some studies may be avoided with the help of pre-existing data and modelling tools.
In the twenty-first century, clinical pharmacy has become one of the newest sub-specialities of pharmacy. It is here that pharmacists handle many facets of patient care, medicine delivery, and counselling patients on the responsible and safe use of medications. Clinical pharmacy is a branch of pharmacy where the clinical pharmacist gives patients care that maximises the use of their medications and encourages wellness, good health and disease prevention. Clinical pharmacy is defined as the use of drug control and the efficient use of knowledge, ensuring the highest level of safety in distribution and use of medicine through professional abilities and ethics.
The new function of pharmacists in the twenty-first century is clinical pharmacy. It broadens the scope of a pharmacist's responsibilities beyond simple drug product distribution and control and good manufacturing standards. Additionally, it includes tasks required to fulfil a certain set of social obligations relating to the appropriate therapeutic use of drugs in areas like prescribing, dispensing, administering medications, recording professional services, involvement of the patient directly, examination of drug usage, education, consultation and counselling.
Practice of clinical pharmacy aims to ensure the patient's overall health to contribute significantly to safe and responsible use of medications. These objectives are designed to help the doctor to prescribe and oversee the patient's pharmacological therapy more effectively, and to assist the medical and paramedical team in facilitating efficient medication therapy. In order to maximise patient compliance with the drug use process, clinical pharmacy practice also addresses effective management of the documentation of medication occurrences.
Although clinical pharmacists provide patient care across the board of healthcare facilities, the clinical pharmacy movement actually had its start in hospitals and clinics. They frequently work with medical experts, including doctors. Pharmacists should be fluent in common languages for easy and successful communication with patients and other professionals. A detailed understanding of disease's aetiology, signs, symptoms, pathophysiology, diagnostic procedures, pharmacokinetics, etc. is also demanded of pharmacists. The clinical pharmacist should receive appropriate clinical training in order to provide information about sensible drug usage, drug therapy and drug dosages. Clinical pharmacists take grand rounds, IP and OP clinical rounds, monitoring drug interactions, ADR monitoring and reporting, etc. in hospitals.
The Department of Pharmacology at Maria College of Pharmacy plays a vital role in strengthening students' understanding of drugs, their mechanisms of action, therapeutic uses, adverse effects, and clinical applications. The department focuses on providing comprehensive education in experimental and clinical pharmacology through a combination of theoretical learning, laboratory training, research exposure, and healthcare-oriented practical knowledge.
The department is committed to developing skilled pharmacy professionals capable of understanding modern drug therapies, patient care systems, clinical research, and pharmaceutical innovations. Through advanced teaching methodologies and practical exposure, students gain a strong foundation in pharmacological sciences essential for careers in healthcare, pharmaceutical industries, clinical research, and academic fields.
The department offers a dynamic academic environment supported by experienced faculty members, modern laboratory facilities, and research-oriented learning systems — emphasizing pharmacodynamics, pharmacokinetics, toxicology, clinical pharmacology, and experimental pharmacology. By integrating physiology, biochemistry, pathology, microbiology, pharmaceutical chemistry, and biotechnology, students learn to analyze drug effects on biological systems and contribute effectively to patient care.
Focused on the safe and effective use of drugs in humans — covering absorption, distribution, metabolism, excretion, therapeutic effects, adverse reactions, and drug interactions, including how age, genetics, organ function, food, and disease shape therapy.
Practical training in patient care and medication management, ensuring the safe, effective, and rational use of medicines to improve patient outcomes and healthcare quality.
The department actively encourages research and innovation in pharmaceutical and healthcare sciences — through laboratory experiments, project work, seminars, workshops, and scientific discussions. Students and faculty regularly take part in conferences, research presentations, and public-health awareness programmes.
Provide comprehensive knowledge in pharmacology and clinical pharmacy.
Develop students' understanding of drug action, safety, and therapeutic applications.
Promote research and innovation in pharmaceutical sciences.
Train students in rational drug use and patient care practices.
Strengthen practical laboratory and clinical skills.
Encourage ethical values and professional responsibility.
Prepare students for careers in healthcare, research, and pharmaceutical industries.
Contribute towards public health awareness and healthcare advancement.
In medical clinics the administrations with respect to clinical drug store are of extensive worth on the grounds that the concerned clinical drug specialist, fills in as a manual for the doctor to protect and normal utilisation of medications. He additionally helps to accomplish economy in the medical clinic by arranging safe medication strategies, intriguing method for decrease of waste, by forestalling abuse or pilferage of medications. Notwithstanding the arrangement of forestalling estimating future medication prerequisites of the clinic, in light of their medication usage designs. In this manner, extent of clinical drug store covers regions to cultivate development, work on general well-being and give an information trade.