Video Lectures for GPAT & NIPER Aspirants
Table of Contents
- 1 Video Lectures for GPAT & NIPER Aspirants
- 1.1 📹 Why Choose Video Lectures?
- 1.2 🔍 How to Navigate This Page
- 1.3 👨⚕️ Pharmacology Video Lectures
- 1.4 🧪 Pharmaceutics Video Lectures
- 1.5 🔬 Pharmaceutical Chemistry Video Lectures
- 1.6 🌿 Pharmacognosy Video Lectures
- 1.7 🧬 Biochemistry & Microbiology Video Lectures
- 1.8 💊 Clinical Pharmacy & Therapeutics Video Lectures
- 1.9 🔢 Biopharmaceutics & Pharmacokinetics Video Lectures
- 1.10 🔍 Pharmaceutical Analysis Video Lectures
- 1.11 🧬 Biotechnology & Clinical Research Video Lectures
- 1.12 💻 Pharmacoinformatics Video Lectures
- 1.13 📈 Study Strategy & Best Practices
- 1.14 📥 Downloadable Resources
- 1.15 ❓ Frequently Asked Questions (FAQs)
- 1.16 🔗 Related Pages & Resources
Welcome to our extensive library of Video Lectures dedicated to GPAT (Graduate Pharmacy Aptitude Test) and NIPER JEE (National Institute of Pharmaceutical Education & Research) preparation. Visual learning through video tutorials can significantly reinforce complex topics, clarify doubts, and provide real-time problem-solving demonstrations. Our collection includes subject-wise playlists, topic-specific modules, and interactive sessions led by experienced pharmacy educators. Whether you prefer a foundational introduction to Pharmaceutics or an advanced deep dive into Pharmacoinformatics, our video lectures cater to all stages of your preparation.
📹 Why Choose Video Lectures?
- Visual & Auditory Learning: Seeing reactions, mechanisms, and diagrams in action helps cement concepts more effectively than text alone.
- Expert Guidance: Our educators pause frequently to highlight key points, answer common questions, and emphasize exam-relevant facts.
- Flexibility & Convenience: Watch lectures on any device—desktop, tablet, or mobile. Pause, rewind, and replay as many times as needed.
- Engaging Demonstrations: Many topics—like dissolution apparatus operation or chromatography setups—are best understood via live demos rather than written descriptions.
- Q&A Sessions: Periodic live webinars and doubt-clearing sessions are recorded and archived, enabling you to revisit complex discussions at your own pace.
- Scroll Through Subject Categories: We’ve arranged video lectures by major pharmacy subjects: Pharmacology, Pharmaceutics, Pharmaceutical Chemistry, Pharmacognosy, Biochemistry, Microbiology, Clinical Pharmacy, Biopharmaceutics & PK, Pharmaceutical Analysis, Biotechnology, Clinical Research, and Pharmacoinformatics.
- Click on Playlists: Each subject has a dedicated YouTube playlist or embedded video gallery. Click the “Watch Now” button to open the playlist in a new tab.
- Follow the Lecture Sequence: Start from “Lecture 01” and proceed sequentially for structured learning. Many playlists are divided into “Basics,” “Intermediate,” and “Advanced” modules.
- Download Lecture Notes: Below each playlist, find a “Download Lecture Notes” link that provides PDF handouts, slide decks, or summary sheets corresponding to the video lectures.
- Interact & Comment: Use YouTube’s comment section to ask questions. Our educators monitor comments regularly and provide clarifications within 24–48 hours.
👨⚕️ Pharmacology Video Lectures
Pharmacology Basics (Playlist)
Contents: Introduction to Pharmacodynamics & Pharmacokinetics (Lectures 1–5), Autacoids & Eicosanoids (Lectures 6–8), CNS Drugs (Lectures 9–12).
Study Tip: After watching each lecture, attempt 10 MCQs from the “Pharmacology Basic Concepts” PDF. Pause videos at complex points and replay to solidify understanding.
Advanced Pharmacology: Clinical & Therapeutics
Contents: Clinical Case Discussions (Lectures 1–4), Therapeutic Drug Monitoring (Lectures 5–6), Adverse Drug Reactions & Pharmacovigilance (Lectures 7–9).
Study Tip: Pause videos during case discussions to predict next steps. Take notes on dosing adjustments and monitoring parameters, then compare with educator’s recommendations.
Pharmacology Question Bank Series
Contents: Topic-Wise MCQs (CNS, CVS, GIT, ANS, etc.), Live Quiz Sessions, and Explanations (Lectures 1–15).
Download Question Bank Notes (PDF)
Study Tip: Pause between MCQ explanations and try to reason the answer yourself before resuming the video. Maintain an “Error Correction” column to note recurring mistakes.
🧪 Pharmaceutics Video Lectures
Intro to Pharmaceutics & Dosage Forms
Contents: Drug Dosage Form Classification (Lectures 1–3), Excipients & Their Functions (Lectures 4–6), Pharmaceutical Calculations Introduction (Lectures 7–9).
Study Tip: After each lecture, solve at least two calculation problems from “Pharmaceutics – Formulation Calculations” PDF. Replay sections on dissolution testing apparatus for clarity.
Advanced Drug Delivery Systems
Contents: Nanoparticles & Liposomes (Lectures 1–3), Transdermal & Buccal Delivery (Lectures 4–5), Controlled Release Formulations (Lectures 6–8).
Study Tip: Draw schematic diagrams of each delivery system on paper while watching. Label components and mechanisms of release to reinforce learning visually.
Pharmaceutics Problem-Solving Workshop
Contents: Live Calculation Sessions (Volume & Concentration Problems), Formulation Case Studies (Tablet & Capsule Design), Stability & Packaging Exercises.
Study Tip: Pause videos before seeing the solution. Attempt each problem on paper first, then compare your approach with the educator’s. Note alternative solving methods.
🔬 Pharmaceutical Chemistry Video Lectures
Organic Medicinal Chemistry Fundamentals
Contents: Introduction to SAR (Lectures 1–3), Mechanisms of Drug Action (Lectures 4–6), Synthetic Pathways of Common Drugs (Lectures 7–10).
Study Tip: Write each reaction mechanism step-by-step in your notebook while watching the video. Color-code electron movement arrows for clarity.
Analytical Techniques & Instrumentation
Contents: UV-Visible Spectroscopy (Lectures 1–2), IR & NMR Spectroscopy (Lectures 3–5), HPLC & GC Principles (Lectures 6–8), Mass Spectrometry Basics (Lecture 9).
Study Tip: Pause at spectral interpretation examples. Try to predict peak assignments or splitting patterns before the educator explains. Maintain a spectrum-analysis notebook.
Physical Chemistry Concepts for Pharmacy
Contents: Chemical Kinetics (Lectures 1–3), Thermodynamics & IUPAC Nomenclature (Lectures 4–6), Electrochemistry Basics (Lectures 7–8).
Study Tip: Re-create thermodynamic diagrams (e.g., PV curves, free energy vs. reaction coordinate) on graph paper. Compare your sketches with the educator’s diagrams in the video.
🌿 Pharmacognosy Video Lectures
Botanical Identification & Phytochemistry
Contents: Plant Taxonomy & Classification (Lectures 1–3), Extraction Techniques (Lectures 4–5), Phytochemical Screening (Lectures 6–7).
Study Tip: Watch extraction demonstrations carefully. Pause the video at each step to note solvent ratios, temperature conditions, and yield calculation methods.
Herbal Drug Standardization & Quality Control
Contents: Chromatographic Fingerprinting (Lectures 1–2), Physicochemical Parameter Testing (Lectures 3–4), Contaminant Analysis (Lectures 5–6).
Study Tip: Make a comparative table of different herbal standardization tests (e.g., ash value, moisture content) and their acceptable ranges as you watch the video.
🧬 Biochemistry & Microbiology Video Lectures
Metabolic Pathways Simplified
Contents: Glycolysis, TCA Cycle & Electron Transport Chain (Lectures 1–4), Amino Acid Metabolism (Lectures 5–7), Lipid Metabolism (Lectures 8–9).
Study Tip: Draw each pathway on paper before watching. Then, compare your version with the educator’s. Highlight regulation points (allosteric enzymes, feedback mechanisms).
Enzymology & Clinical Biochemistry
Contents: Enzyme Kinetics & Inhibition (Lectures 1–3), Clinical Biomarkers & Diagnostic Enzymology (Lectures 4–6), Electrolyte & Acid-Base Disorders (Lectures 7–8).
Study Tip: Attempt to calculate Km and Vmax values using sample data provided in the video. Rewind and replay the calculation steps until you’re comfortable performing them independently.
Medical Microbiology & Immunology
Contents: Bacterial Structure & Pathogenesis (Lectures 1–3), Viral Life Cycles & Immunopathogenesis (Lectures 4–6), Laboratory Techniques & Diagnostic Microbiology (Lectures 7–9).
Study Tip: Pause the video during lab technique demonstrations and sketch each step (e.g., Gram staining procedure). Label reagents and expected color changes.
💊 Clinical Pharmacy & Therapeutics Video Lectures
Disease-Based Therapeutics Series
Contents: Cardiovascular Disorders (Lectures 1–3), Respiratory & Renal Therapeutics (Lectures 4–6), CNS & Psychiatric Disorders (Lectures 7–9).
Study Tip: After each disease-based lecture, formulate a tabular summary of drug choices, dosing protocols, and monitoring parameters. Compare with educator’s notes to ensure completeness.
Therapeutic Drug Monitoring & ADR Management
Contents: Principles of TDM (Lectures 1–2), Interpretation of Serum Drug Levels (Lectures 3–4), Management of Common ADRs (Lectures 5–7).
Study Tip: Pause during serum level interpretation cases to calculate pharmacokinetic parameters (e.g., loading dose, maintenance dose) on paper before viewing the solution.
🔢 Biopharmaceutics & Pharmacokinetics Video Lectures
ADME & Pharmacokinetic Modeling
Contents: Absorption & Bioavailability (Lectures 1–2), Distribution & Protein Binding (Lectures 3–4), PK Models & Parameter Calculations (Lectures 5–7).
Study Tip: Work out one PK modeling problem using sample concentration–time data. Plot the curve on graph paper and calculate half-life, clearance, and volume of distribution.
Bioavailability & Biopharmaceutics Calculations
Contents: Oral vs. Parenteral Bioavailability (Lectures 1–2), PK Calculation Workshops (Lectures 3–5), Bioequivalence Study Design (Lecture 6).
Study Tip: Recreate bioavailability calculation examples on paper before watching solutions. Compare numeric answers and discuss any discrepancies in study groups.
🔍 Pharmaceutical Analysis Video Lectures
Chromatography & Spectroscopy Workshops
Contents: HPLC Method Development (Lectures 1–3), GC Analysis & Sample Preparation (Lectures 4–5), UV & IR Spectral Interpretation (Lectures 6–8), NMR Basics (Lecture 9).
Study Tip: Pause at each chromatogram demonstration. Try to identify peaks and retention times before the educator labels them. Sketch spectra and label functional group peaks.
Titrimetric & Gravimetric Analysis Sessions
Contents: Acid–Base Titrations (Lectures 1–2), Redox & Precipitation Titrations (Lectures 3–4), Gravimetric Analysis Demonstrations (Lectures 5–6).
Study Tip: For each titration video, predict the titration curve and endpoint before the educator explains. Discuss your predictions with peers in the Telegram study group.
🧬 Biotechnology & Clinical Research Video Lectures
Biotechnology Fundamentals & Applications
Contents: Recombinant DNA Techniques (Lectures 1–3), Monoclonal Antibody Production (Lectures 4–5), Bioprocess Engineering Basics (Lectures 6–7).
Study Tip: Pause at each genetic engineering step and write down restriction enzyme sequences, cloning vectors, and host strain details. Use flashcards to memorize technical terms.
Clinical Research Protocol Design & Ethics
Contents: Phases of Clinical Trials (Lectures 1–2), Biostatistics in Clinical Research (Lectures 3–4), ICH-GCP Guidelines & Ethical Considerations (Lectures 5–6).
Study Tip: Create a flowchart of the clinical trial process (Phase I → Phase IV) and annotate key endpoints, sample size calculations, and ethical safeguards as shown in the video.
💻 Pharmacoinformatics Video Lectures
Introduction to Cheminformatics Tools
Contents: PubChem & ChEMBL Database Search (Lectures 1–2), Molecular Docking Software Demo (Lectures 3–4), ADMET Prediction Tools (Lectures 5–6).
Study Tip: Install free docking software (e.g., AutoDock) and replicate the educator’s steps in real-time. Save your docking log files for practice and deeper analysis.
Advanced Topics: Machine Learning in Drug Discovery
Contents: Basics of QSAR Modeling (Lectures 1–2), Machine Learning Algorithms (Lectures 3–4), Case Studies on AI-Driven Lead Optimization (Lectures 5–7).
Study Tip: Follow along on your computer by setting up Python-based cheminformatics libraries (e.g., RDKit). Run sample QSAR models simultaneously to reinforce concepts.
📈 Study Strategy & Best Practices
- Structured Learning Path: Follow the lecture sequence—start with “Basics,” move to “Intermediate,” then “Advanced” modules for each subject. Do not skip foundational videos.
- Active Note-Taking: Keep a dedicated notebook or digital note app open while watching. Summarize key points, write down formulas, draw diagrams, and list exam-relevant facts.
- Pause & Practice: Whenever you encounter a numerical example or mechanism demonstration, pause the video and try solving it on your own before playing the educator’s solution.
- Combine with Reading: Watch a related video immediately after reading the corresponding chapter in your textbook. For example, read “Drug Metabolism” in Remington, then watch “Drug Metabolism Demonstration” video.
- Use Playlists Offline: Many lectures allow offline downloads via the YouTube app. Download key videos when you have stable Wi-Fi, then watch them during commutes or breaks without buffering issues.
- Engage in Comments & Q&A: Post your doubts in the YouTube comment section or our Telegram Study Group. Our educators monitor both platforms and typically respond within 24–48 hours.
- Review & Rewind: Revisit difficult lectures at least twice. Use timestamps to jump directly to challenging sections. Maintain a “Rewind List” in your notebook for lectures you plan to rewatch before exams.
- Integrate with MCQs & PYQs: After completing a video module (e.g., “Pharmaceutical Analysis – HPLC Workshop”), attempt related MCQs from Subject-wise MCQs and check corresponding PYQs on our PYQs page to test applied knowledge.
📥 Downloadable Resources
- Complete Video Lecture Index (PDF) – List of all playlists, topics, and direct YouTube links for quick access.
- Lecture Notes Collection (ZIP) – All PDF handouts and slide decks corresponding to video lectures.
- Video Revision Checklist (PDF) – Track which lectures you’ve watched, notes downloaded, and practice MCQs attempted.
- Live Webinar & Q&A Schedule (PDF) – Upcoming live sessions on Telegram and YouTube for doubt-clearing and topic deep-dives.
❓ Frequently Asked Questions (FAQs)
- Q1: How do I prioritize which lectures to watch first?
- A: Begin with “Basics” modules for each subject to build foundational understanding. Once you’ve covered basics, move to “Intermediate” and “Advanced” playlists. Always follow the recommended sequence—skipping foundational content may lead to confusion in advanced topics.
- Q2: Are all lectures free to watch?
- A: Yes, all playlists linked here are free on YouTube. Some specialized workshops or live Q&A sessions might require channel membership or one-time access fee—these will be clearly marked in the playlist description.
- Q3: Can I download videos for offline viewing?
- A: Yes, use the YouTube mobile app’s “Download” feature to save videos for offline viewing. Make sure you have sufficient storage and download over a stable Wi-Fi connection to avoid buffering issues.
- Q4: How often are new video lectures added?
- A: We add new lectures every month, focusing on emerging topics, latest drug updates, and advanced research methods. Check the “New Uploads” section on our YouTube Channel or follow our Telegram Channel for announcements.
- Q5: Is there a certificate for completing these lectures?
- A: No formal certificate is provided for just watching videos. However, you can obtain a “Course Completion Certificate” by enrolling in our paid “GPAT Masterclass” or “NIPER Advanced Batch,” which combine video lectures with live assessments and proctored mocks.
🔗 Related Pages & Resources
- Notes & PDFs – Download concise topic-wise notes to accompany each video lecture.
- Books & Resources – Explore recommended textbooks and e-books for deeper reading.
- Subject-wise MCQs – Practice MCQs aligned with video topics for active recall.
- PYQs (Previous Year Questions) – Solve past GPAT & NIPER papers to test applied knowledge from video lectures.
- GrowUp Pharma Blog – Read articles on exam strategy, video tutorials, and study hacks