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BP809P VACSemester 81 creditsPractical

VAC Elective — Cleaning Validation / Basic Training in Aseptic Handling Techniques / Impurity Profiling (Practical)

Complete unit-wise syllabus for BP809P VAC as per the PCI B.Pharm NEP 2020 curriculum (Semester 8 — AI Ethics + Clinical + Final Research).

URL:https://pharmacode.vercel.app/syllabus/semester-8/bp809p-vac-vac-elective-cleaning-validation-basic-training-in-aseptic-handling-techniques-impurity-profiling/

Course Objectives

  • To understand the importance of cleaning validation in pharmaceutical manufacturing.
  • To familiarize students with the regulatory requirements for cleaning validation.
  • To teach methods for residue detection and the development of cleaning protocols.
  • To explore different analytical techniques used in cleaning validation.
  • To develop skills in writing cleaning validation reports and ensuring compliance.
  • Understand aseptic principles that prevent microbial contamination in clean-room work.

Unit-wise Syllabus

3 Units
1
Option 1: BP809P VAC1 — Cleaning Validation (30 Hours)30 Hours
  • 1. Preparation of a cleaning validation protocol for a tablet machine
  • 2. Calculation of MACO (Maximum Allowable Carry Over)
  • 3. Swab sampling technique demonstration using stainless steel surface
  • 4. Rinse sampling technique for equipment residue detection
  • 5. Visual inspection for equipment cleanliness (case photos/videos)
  • 6. Preparation of recovery study protocol using a known contaminant
  • 7. Demonstration of Total Organic Carbon (TOC) analysis (video/simulation)
  • 8. HPLC method development for residue analysis (demo dataset)
  • 9. Interpretation of swab analysis results and comparison with acceptance limits
  • 10. Preparation of cleaning log sheet and checklists
  • 11. Validation of cleaning agents: detergent effectiveness and rinsibility
  • 12. Determining dirty hold time and clean hold time experimentally (conceptual)
  • 13. Designing a matrix approach for multi-product equipment
  • 14. Simulated deviation report and CAPA for cleaning failure
  • 15. Preparation of a final cleaning validation summary report
2
Option 2: BP809P VAC2 — Basic Training in Aseptic Handling Techniques (30 Hours)30 Hours
  • 1. Gown-up / Gown-down Drill – correct sequencing of coverall, hood, mask, goggles, gloves, and sterile boots.
  • 2. Hand-washing Verification – surgical scrub with UV lotion; inspect under UV lamp for missed spots.
  • 3. Clean-room Entry & Flow Simulation – air-shower pass, unidirectional walking, and material air-lock transfer.
  • 4. LAF Hood Preparation – wipe-down with sporicidal, set airflow, place sterile tools in first-air zone.
  • 5. Smoke-pattern Test – visualize HEPA downflow with smoke to confirm laminar, turbulence-free air.
  • 6. Aseptic Liquid Transfer – pipette or syringe transfer of TSB between vials without touching non-sterile surfaces.
  • 7. Sterile Filtration & Filter Integrity Check – filter a buffer through 0.22 µm unit and perform bubble-point test.
  • 8. Mini Media-Fill – fill 20 sterile vials with TSB under LAF, incubate, and record turbidity for 14 days.
  • 9. Environmental & Personnel Monitoring – deploy settle/contact plates, take glove-fingertip prints, run an air sampler.
  • 10. Cleaning & ATP Validation – full hood wipe-down, then ATP swab pre- and post-clean to verify < 200 RLU residue.
3
Option 3: BP809P VAC3 — Impurity Profiling (30 Hours)30 Hours
  • 1. Identification of organic impurities in bulk drugs using TLC
  • 2. Quantification of impurities using HPLC
  • 3. Determination of residual solvents by GC (as per ICH Q3C)
  • 4. UV-spectrophotometric analysis of degradation products
  • 5. Preparation of forced degradation samples (acid/base/hydrolytic)
  • 6. Identification of degradation products via IR spectroscopy
  • 7. Extraction and analysis of impurities from finished dosage forms
  • 8. Impurity profiling of marketed paracetamol tablet using HPLC
  • 9. Qualification of impurities as per ICH Q3A/Q3B guidelines
  • 10. Limit test for heavy metals (as per IP)
  • 11. Estimation of elemental impurities by ICP-MS or simulated method
  • 12. Determination of related substances in antibiotics (e.g., cephalosporins)
  • 13. Use of LC-MS data interpretation for impurity identification (demo/simulated)
  • 14. Impurity profiling of herbal products using HPTLC
  • 15. Report preparation on impurity profiling as per regulatory requirements

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Recommended Textbooks & References

  1. 1. Cleaning Validation: A Practical Approach – David M. Blenkinsopp & Roy T. Harvey, CRC Press
  2. Cleaning Validation in Pharmaceutical Manufacturing – Trevor Deeks, CRC Press
  3. Pharmaceutical Cleaning Validation: The Basics – Andrew Walsh, Interpharm Press
  4. Cleaning and Cleaning Validation: Volume 1 – Syed Imtiaz Haider, Informa Healthcare
  5. Validation of Cleaning Processes in Pharmaceuticals and Biopharmaceuticals – Jeanne Moldenhauer, DHI Publishing
  6. Pharmaceutical Equipment Cleaning: Fundamentals, Applications and Validations – Gail Sofer, CRC Press
  7. 1. Akers J, Moldenhauer J, editors. Aseptic Processing: A Review of Current Industry Practice. 2nd ed. Boca Raton: CRC Press; 2022.
  8. Smith C. Sterile Drug Products: Formulation, Packaging, Manufacturing, and Quality. 2nd ed. New York: Springer; 2020.

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