Ishan Institute of Pharmacy
Laboratories

Laboratories

Eleven specialised laboratories and facilities at Ishan Institute of Pharmacy — where every concept becomes practice.

Campus Facilities

Comprehensive Laboratory Facilities

The laboratory infrastructure at Ishan Institute of Pharmacy is purpose-built to bring every pharmaceutical concept to life. Each laboratory is aligned with PCI norms, equipped with industry-grade instruments, and designed for safe, productive, hands-on learning — from drug synthesis and formulation to pharmacology, microbiology and clinical biochemistry.

Across these spaces, students explore the full pharmacy value chain — molecular design, dosage form development, herbal pharmacy, patient practice, manufacturing and digital tools — preparing them for real-world roles in industry, hospitals, research and regulatory affairs.

11+

Specialised Laboratories

300+

Authenticated Crude Drugs

280+

Medicinal Plant Species

100%

PCI Norms Aligned

Quick Index

Explore Our 11 Laboratory Facilities

Jump directly to any laboratory below to view its overview, equipment and learning outcomes.

01Pharmaceutical Chemistry Laboratory02Pharmaceutics Laboratory03Pharmacognosy Laboratory04Pharmacy Practice Laboratory05Human Anatomy & Physiology Laboratory06Pharmacology Laboratory07Herbal Garden08Machine Room09Museum10Pharmaceutical Microbiology Laboratory11Biochemistry Laboratory
Laboratory 01

Pharmaceutical Chemistry Laboratory

“Transforming chemical structures into lifesaving agents through precision and quality.”

Bridging Chemistry and Therapeutics

The Pharmaceutical Chemistry Laboratory at Ishan Institute of Pharmacy is a cornerstone of our scientific education. This facility is purpose-built to foster a deep understanding of the chemical principles that underpin drug discovery, development, and quality assessment. The lab provides a safe, productive environment where students transition from theoretical molecular structures to the physical synthesis of life-saving agents. Here, we bridge the gap between basic chemistry and advanced therapeutics, preparing students for the rigors of the global pharmaceutical industry.

Pharmaceutical Chemistry lab overview
Students conducting chemical experiments

Key Areas of Study

Medicinal Chemistry

Designing and developing new chemical entities.

Organic Chemistry

Understanding carbon-based compounds and their reactions.

Biochemistry

Studying the chemical processes within and relating to living organisms.

Analytical Chemistry

Techniques for determining the purity and concentration of drugs.

Key Instruments & Equipment

  • pH Meters and Conductivity Meters
  • Rotary Evaporator
  • Muffle Furnace & Oven
  • Magnetic Stirrers with hot plate
  • Infrared (IR) Spectrophotometer
  • Electronic Analytical Balance (0.0001 g)
  • Melting Point Apparatus (digital)
  • Reflux Condensers & Vacuum Distillation Sets
  • UV-Visible Double Beam Spectrophotometer
  • High Performance Liquid Chromatography (HPLC)
Pharmaceutical Chemistry instruments
Spectrophotometer and titration setup

Learning Outcomes

Perform multi-step organic synthesis of drug molecules
Apply chromatographic techniques for drug purity analysis
Interpret spectroscopic data to elucidate molecular structures
Conduct IP/BP pharmacopoeial assays with precision
Understand chemical stability and degradation pathways
Laboratory 02

Pharmaceutics Laboratory

“The Art and Science of Dosage Form Design — Transforming Molecules into Medicines.”

Engineering the Future of Healing

The Pharmaceutics Laboratory at Ishan is where raw drug substances are transformed into safe, stable, and patient-friendly dosage forms. This facility replicates the controlled environment of a pharmaceutical manufacturing unit, teaching students the critical “delivery” side of medicine. In this lab, students learn how to manipulate the physical and chemical properties of drug molecules — ensuring that a medicine is not just potent, but also stable, palatable, and effective when it enters the human body. This lab is the bridge between a chemical compound and a life-saving product.

Pharmaceutics lab overview
Students preparing pharmaceutical formulations

Key Areas of Study

Dosage Form Design

Development of tablets, capsules, ointments, and liquid orals.

Physical Pharmaceutics

Studying the solubility, stability, and flow properties of drugs.

Novel Drug Delivery (NDDS)

Modern techniques for controlled and sustained drug release.

Industrial Pharmacy

Scaling up laboratory formulations to industrial manufacturing standards.

Key Instruments & Equipment

  • Tablet Punching Machine (Single Station)
  • Dissolution Test Apparatus (USP)
  • Capsule Filling Machine (Hand Operated)
  • Disintegration Test Apparatus
  • Mechanical Stirrer & Homogenizer
  • Friability Test Apparatus
  • Digital Viscometer
  • Bulk Density Apparatus
Tablet punching and dissolution apparatus
Pharmaceutics quality control instruments

Learning Outcomes

Formulate and compound various pharmaceutical products as per IP/BP/USP standards
Perform quality control tests on tablets, capsules, and liquid formulations
Understand the role of excipients in modifying drug release profiles
Apply pharmaceutical engineering principles to manufacturing processes
Evaluate the shelf-life and stability of various dosage forms
Laboratory 03

Pharmacognosy Laboratory

“Tapping into Nature’s Pharmacy by Exploring Plant Derived Medicines.”

The Science of Natural Healing

The Pharmacognosy Laboratory at Ishan is a specialized facility where students explore the medicinal properties of natural substances derived from plants, animals, and minerals. As the world moves toward herbal and “green” medicine, this lab serves as a vital link between traditional wisdom and modern standardized medicine. This lab focuses on the identification, isolation, and extraction of active phytochemicals. Students learn to distinguish between genuine medicinal herbs and adulterated samples, ensuring the safety and efficacy of natural drug products.

Pharmacognosy lab in session
Crude drug specimens and herbarium

Key Areas of Study

Morphological Identification

Studying the physical characteristics of crude drugs (leaves, roots, bark).

Microscopic Analysis

Identifying cellular structures and diagnostic markers of medicinal plants.

Phytochemistry

The chemical study of active constituents like alkaloids, glycosides, and essential oils.

Herbal Formulation

Developing herbal teas, powders, and extracts based on Ayurvedic and modern standards.

Key Instruments & Equipment

  • Compound & Binocular Microscopes
  • Projection Microscope
  • Soxhlet Extraction Apparatus
  • Clevenger’s Apparatus (Oil Extraction)
  • Moisture Balance
  • Muffle Furnace (Ash Value Analysis)
  • Camera Lucida
  • Stage & Eyepiece Micrometers
  • Heating Mantles
  • Thin Layer Chromatography (TLC) Kits
  • Desiccators
  • 500+ Crude Drug Specimens for practical identification and study
Microscopy and phytochemical analysis
Soxhlet extraction and chromatography setup

Learning Outcomes

Identify crude drugs through macroscopic and microscopic evaluation
Perform chemical tests to detect the presence of specific phytoconstituents
Extract essential oils and alkaloids using advanced distillation and extraction methods
Determine purity standards (Ash value, Extractive value, Moisture content) as per the Pharmacopoeia
Understand the cultivation, collection, and storage requirements of medicinal flora
Laboratory 04

Pharmacy Practice Laboratory

“Patient-Centered Care — Bridging the Gap Between Medicine and the Community.”

The Human Side of Pharmacy

The Pharmacy Practice unit at Ishan Institute is a simulated clinical environment designed to transition students from the lab bench to the patient’s bedside. While other labs focus on “making” the drug, this facility focuses on “using” the drug correctly to achieve the best health outcomes. This facility focuses on clinical skills, community pharmacy management, and hospital pharmacy protocols. Students learn the critical art of patient counseling, prescription auditing, and drug-interaction monitoring — the essential skills of a modern healthcare provider.

Pharmacy practice simulation in progress
Model pharmacy and counselling setup

Key Areas of Study

Clinical Pharmacy

Monitoring drug therapy and identifying potential adverse drug reactions.

Community Pharmacy

Learning the legal and professional requirements of running a retail pharmacy.

Hospital Pharmacy

Managing drug distribution, inventory, and hospital-specific medical supplies.

Pharmacotherapeutics

Studying the evidence-based clinical use of drugs for various disease states.

Key Instruments & Equipment

  • Mock Community Pharmacy Setup
  • Drug Information Software & Databases
  • Patient Counseling Cubicle
  • First Aid and Emergency Kits
  • Prescription Handling Area
  • Weights & Measures for Dispensing
  • Refrigerator for Thermolabile Drugs
  • Poison & Drug Information Charts
  • Medical Device Placeholders (Inhalers, Glucometers)
  • Electronic Health Record (EHR) Simulation
Pharmacy practice dispensing area
Drug information and counselling resources

Learning Outcomes

Interpret and analyze physician prescriptions for accuracy and drug interactions
Perform effective patient counseling on drug dosage, side effects, and storage
Manage pharmaceutical inventory, including the handling of “Schedule X” and narcotic drugs
Calculate clinical doses based on patient age, weight, and physiological condition
Communicate effectively with other healthcare professionals to ensure patient safety
Laboratory 05

Human Anatomy & Physiology Laboratory

“Understanding the Biological Canvas through the Study of Life and Human Systems.”

The Blueprint of Life

The Human Anatomy & Physiology (HAP) Laboratory at Ishan is the fundamental gateway to biological sciences. Before a pharmacist can understand how a drug works, they must first master how the human body functions. This lab provides a hands-on exploration of the complex systems — from the microscopic cell to the skeletal and muscular frameworks. This facility is equipped with high-fidelity models and diagnostic tools. Students learn to correlate physiological functions with anatomical structures, forming the essential biological foundation required for later studies in Pharmacology and Pathophysiology.

Anatomy and physiology lab overview
Anatomical models and skeletal study

Key Areas of Study

Systemic Anatomy

Detailed study of the skeletal, muscular, cardiovascular, and nervous systems.

Histology

Microscopic examination of various epithelial, connective, and muscular tissues.

Hematology

Analysis of blood components, including RBC/WBC counting, hemoglobin estimation, and blood grouping.

Vital Signs & Diagnostics

Practical measurement of blood pressure, heart rate, and respiratory volumes.

Key Instruments & Equipment

  • Full-sized Human Skeleton & Joint Models
  • Compound Microscopes (High Resolution)
  • Sphygmomanometers (BP Monitors)
  • Hemocytometers (Neubauer’s Chambers)
  • Sahli’s Hemoglobinometers
  • Spirometers (Lung Function Testing)
  • Permanent Slides of Tissues & Organs
  • Human Brain, Heart, and Eye Models
  • Stethoscopes
  • Charts of all Major Body Systems
Physiology measurement instruments
Histology slides and microscope station

Learning Outcomes

Identify and describe the structural components of the human body using anatomical models
Perform clinical blood tests and interpret hematological parameters
Measure and record human vital signs using standard diagnostic instruments
Understand the physiological mechanisms of homeostasis and organ system coordination
Relate anatomical structures to the potential sites of drug action
Laboratory 06

Pharmacology Laboratory

“The Science of Drug Action — Unveiling how Medicines Heal the Body.”

Where Theory Meets Therapy

The Pharmacology Laboratory at Ishan is a high-tech facility where students study the interaction between drugs and living systems. This lab is the “proof of concept” zone, where the chemical molecules synthesized in earlier labs are tested to understand their biological effects, mechanisms of action, and safety profiles. The lab utilizes a combination of sophisticated simulation software and traditional experimental setups. Students observe how drugs affect heart rate, muscle contraction, and the central nervous system, providing them with the critical data needed to understand therapeutic efficacy and toxicity.

Pharmacology lab experimental setup
Isolated tissue and organ bath assembly

Key Areas of Study

Pharmacodynamics

Studying the biochemical and physiological effects of drugs on the body.

Experimental Pharmacology

Using isolated tissues and simulation models to observe drug actions.

Pharmacokinetics

Understanding how the body absorbs, distributes, metabolizes, and excretes drugs (ADME).

Toxicology

Identifying the adverse effects and safety margins of various pharmaceutical substances.

Key Instruments & Equipment

  • Student Organ Bath Assemblies
  • Histamine Chambers
  • Sherrington’s Rotating Kymographs
  • Digital Actophotometer (Activity Monitoring)
  • Analgesiometer (Eddy’s Hot Plate)
  • Pole Climbing Apparatus (Behavioral Studies)
  • Convulsometer (Electro-shock studies)
  • Digital Plethysmometer
  • Computer-Assisted Learning (CAL) Software
  • Rota-Rod Apparatus (Motor Coordination)
Pharmacology behavioural study apparatus
Kymograph and recording instruments

Learning Outcomes

Demonstrate the effects of various agonists and antagonists on isolated tissues
Master the use of simulation software to replace animal models in pharmaceutical testing
Calculate the potency, efficacy, and ED₅₀ / LD₅₀ of various drug samples
Observe and record the behavioral effects of CNS-acting drugs in a controlled environment
Correlate experimental findings with clinical drug use and side-effect profiles
Facility 07

Herbal Garden

“Nature’s Laboratory — Preserving a Living Repository of Medicinal Flora.”

The Source of Natural Healing

The Herbal Garden at Ishan is a professionally curated botanical sanctuary that serves as a live, open-air extension of our Pharmacognosy Laboratory. Spanning a dedicated campus area, this facility is designed to meet the strict regulatory standards of the Pharmacy Council of India (PCI), ensuring that students gain direct, hands-on experience with the natural sources of modern pharmaceuticals. Our garden houses a diverse collection of over 200+ distinct varieties and up to 280 unique medicinal specimens — allowing students to study the complete “seed-to-medicine” pipeline, focusing on the cultivation, sustainable harvesting, morphologic evaluation, and extraction processes of medicinal flora used in modern drug manufacturing.

Herbal garden panoramic view
Labelled medicinal plant specimens

Key Areas of Study

Taxonomic & Morphological Identification

Distinguishing crude drug sources via leaf patterns, floral structures and microscopic features to prevent adulterants.

Crude Drug Collection & Preservation

Mastering timing, environmental conditions and drying methods to preserve maximum yield of secondary metabolites.

Phytochemical Exploration

Using fresh garden specimens to extract, isolate, and test active raw chemical components in adjacent labs.

Conservation of Medicinal Species

Understanding ecological parameters and regulatory protocols to preserve endangered pharmaceutical plants.

Key Features

  • PCI-Compliant Living Repository
  • Extensive Botanical Collection
  • Pharmacognosy Lab Integration
  • Standardized Botanical Tagging
  • Phytochemical Classification Zones
  • Authentication and Quality Control Hub
Garden classification beds and signage
Cultivation and conservation area

Learning Outcomes

Identify a wide variety of medicinal plant species in their live, growing state
Understand the seasonal variations in the chemical constituents of herbal drugs
Learn organic cultivation methods that avoid chemical contamination of medicinal crops
Apply morphological knowledge to distinguish between genuine herbs and common weeds
Develop a deep appreciation for the natural and botanical origins of modern pharmaceuticals
Laboratory 08

Machine Room

“The Pulse of Industrial Pharmacy — Scaling Science for Global Health.”

Engineering at a Pharmaceutical Scale

The Machine Room at Ishan Institute is a specialized industrial simulation zone. While standard laboratories focus on small-scale compounding, the Machine Room introduces students to the world of mass production. This facility is designed to mimic the manufacturing floor of a modern pharmaceutical plant, housing the heavy machinery required to produce thousands of dosage units per hour. Strictly compliant with PCI and Good Manufacturing Practice (GMP) standards, this room is where students learn the mechanical and engineering principles behind tablet compression, capsule filling, and liquid packaging — the final training ground before they enter the industrial workforce.

Machine room industrial overview
Tablet compression and packaging machinery

Key Areas of Study

Industrial Scale-up

Transitioning a formula from a glass beaker to a high-speed production line.

Unit Operations

Mastering milling, mixing, granulation and drying processes.

Pharmaceutical Engineering

Understanding the mechanics of heat transfer, evaporation and fluid flow.

Packaging Technology

Studying the importance of blister and strip packing for drug stability.

Key Instruments & Equipment

  • Rotary Tablet Punching Machine
  • Capsule Filling Machine (Semi-automatic)
  • Coating Pan (with hot air blower)
  • Tray Dryer (Digital)
  • Ointment Filling & Crimping Machine
  • Planetary Mixer
  • Ampoule Filling & Sealing Machine
  • Disintegrator / Ball Mill
  • Bottle Filling & Capping Unit
  • Sieve Shaker (Industrial Grade)
Industrial pharma machinery
Granulation and drying equipment

Learning Outcomes

Operate industrial-scale machinery used for the production of tablets and capsules
Identify and troubleshoot common manufacturing defects like capping or lamination
Master the drying and granulation techniques required for stable solid dosage forms
Apply GMP protocols, including equipment cleaning and batch manufacturing record (BMR) maintenance
Understand the energy and mechanical requirements for large-scale pharmaceutical operations
Laboratory 09

Museum

“The Heritage of Healing — Tracing the Path of Pharmaceutical Evolution.”

The Gallery of Pharmacy

The Museum at Ishan is more than just a display area; it is a specialized learning center designed to provide a visual and historical context to the profession. It houses an extensive collection of anatomical models, historical drug containers, and modern commercial packaging, serving as a permanent reference library for students. The museum bridges the gap between historical traditional medicine and the sophisticated drug delivery systems of today. It offers students a 360-degree view of how drugs are marketed, packaged, and categorized in the global healthcare market.

Museum display room overview
Historical pharmacy artifacts on display

Key Areas of Study

Evolution of Dosage Forms

Observing the transition from ancient crude drugs to modern nano-formulations.

Medical Illustration

Using high-fidelity anatomical models to study the systems of the human body in 3D.

Pharmaceutical Marketing

Studying the branding, labelling and legal requirements of commercial drug packaging.

Commercial Pharmacy

Exposure to various proprietary medicines and their therapeutic categories.

Key Features & Exhibits

  • Anatomical Models (Full Human Body, Eye, Ear, Heart)
  • Collection of Herbarium Sheets
  • Historical Apothecary Jars & Dispensing Tools
  • Commercial Packaging Gallery (Blisters, Strips, Vials)
  • Display of Various Crude Drugs & Resins
  • Informative Charts on Medical Pioneers
  • Mock-ups of Surgical Instruments & Sutures
  • Educational Posters on Drug Action & Safety
Museum exhibit and herbarium
Commercial packaging gallery

Learning Outcomes

Identify various dosage forms and their commercial packaging styles used in the industry
Understand the legal labeling requirements as per the Drugs and Cosmetics Act
Visualize complex human anatomy through detailed three-dimensional models
Trace the history and professional growth of the pharmacy field from ancient times to the present
Recognize major pharmaceutical brands and their therapeutic applications
Laboratory 10

Pharmaceutical Microbiology Laboratory

“The Invisible Frontier — Exploring Sterile Environments and Microbial Control.”

Safeguarding Pharmaceutical Purity

The Pharmaceutical Microbiology Laboratory at Ishan Institute is a specialized facility focused on the study of microorganisms and their impact on drug manufacturing. In the pharmacy profession, microbes are both a source of life-saving medicines (like antibiotics) and a significant threat to product safety (contamination). This lab provides a controlled, aseptic environment. Students learn to cultivate, identify, and inhibit microbial growth, mastering the techniques required to ensure that every pharmaceutical product — especially injectables and ophthalmic drops — is free from harmful contaminants.

Pharmaceutical microbiology lab overview
Aseptic microbiological work area

Key Areas of Study

Aseptic Techniques

Working in clean-room conditions without introducing contamination.

Microbial Assays

Testing the potency of antibiotics and vitamins using living microbial cultures.

Sterilization Validation

Studying physical and chemical methods (heat, radiation, filtration) to kill microorganisms.

Environmental Monitoring

Assessing the microbial load in the air, on surfaces and on personnel within a manufacturing zone.

Key Instruments & Equipment

  • Laminar Air Flow (LAF) Bench
  • Autoclave (Vertical / Horizontal)
  • BOD Incubator
  • Hot Air Oven (Sterilizer)
  • Zone Reader (Antibiotic Potency)
  • Colony Counter (Digital)
  • Membrane Filtration Assembly
  • Anaerobic Jar
  • Compound Microscopes with Oil Immersion
  • Inoculation Loops & Bunsen Burners
Microbiology incubator and autoclave
Antibiotic sensitivity testing setup

Learning Outcomes

Identify various bacteria and fungi using staining techniques (Gram staining, Acid-fast staining)
Perform Sterility Testing on pharmaceutical products to ensure they meet global safety standards
Determine the Minimum Inhibitory Concentration (MIC) of new antimicrobial agents
Prepare and sterilize various culture media (Agar, Broth) required for microbial growth
Master the operation of an autoclave and validate its efficiency using biological indicators
Laboratory 11

Biochemistry Laboratory

“The Molecular Logic of Life — Exploring the Chemical Foundations of Biological Processes.”

Deciphering the Chemistry of Health

The Biochemistry Laboratory at Ishan is where biology and chemistry converge. This facility is dedicated to studying the chemical processes that occur within living organisms at a molecular level. It provides the essential groundwork for understanding how diseases manifest chemically and how drugs alter those pathways to restore health. This lab focuses on the qualitative and quantitative analysis of biological macromolecules like proteins, lipids, carbohydrates, and nucleic acids. Students learn to perform diagnostic tests and metabolic studies that are fundamental to clinical pharmacy and drug development.

Biochemistry lab overview
Spectrophotometric and titration setup

Key Areas of Study

Enzymology

Studying the kinetics and functions of biological catalysts (enzymes).

Metabolic Pathways

Understanding how the body processes nutrients and drugs (Glycolysis, Krebs cycle).

Clinical Biochemistry

Analyzing blood, urine and other body fluids to diagnose metabolic disorders like Diabetes or Jaundice.

Molecular Analysis

Identification and estimation of essential biomolecules in biological samples.

Key Instruments & Equipment

  • Digital Photoelectric Colorimeter
  • High-Speed Centrifuge
  • Electrophoresis Apparatus
  • Digital pH Meters
  • Water Baths (Thermostatically Controlled)
  • Chromatography Chambers (Paper / TLC)
  • Hot Air Oven
  • Refrigerator for Enzyme Storage
  • Digital Analytical Balances
  • Specialized Glassware (Volumetric flasks, Pipettes)
Biochemistry analytical instruments
Students performing biochemistry assays

Learning Outcomes

Perform qualitative tests to identify carbohydrates, proteins, and amino acids in unknown samples
Estimate the concentration of glucose, cholesterol, and urea in blood and urine samples
Observe the effect of temperature and pH on enzyme activity
Understand the chemical basis of genetic inheritance through the study of DNA / RNA structures
Interpret biochemical profiles to assist in the diagnosis of various physiological conditions