Introductory Validation and the Cleanroom. What we see FDA regulations require Documentation These regulations do not provide Guidelines on how specifically.

Slides:



Advertisements
Similar presentations
PRINCIPLES OF A CALIBRATION MANAGEMENT SYSTEM
Advertisements

Medical Device Software Development
Pharmaceutical Manufacturing Clean
Radiopharmaceutical Production
Infection Control in the Emergency Room. Where the agent enters the next host (Usually the same way it left the old host ) AGENT SUSCEPTIBLE HOST RESERVOIR.
WHO - PSM Air Handling Systems Heating Ventilation and Air Conditioning (HVAC) – Part 1 Pharmaceutical Quality, Good manufacturing Practice & Bioequivalence.
Improving and Trouble Shooting Cleanroom HVAC System Designs By George Ting-Kwo Lei, Ph.D. Fluid Dynamics Solutions, Inc. Clackamas, Oregon.
World Health Organization
Heating Ventilation and Air Conditioning (HVAC) – Part 3
GMP Document and Record Retention
1 NSF-MRSEC NCMN CLEAN ROOM OPERATING and safety TRAINING Jiong Hua Nebraska Center for Materials and Nanoscience University of Nebraska NCMN Facility.
Clean Technologies for Controlled Environment Tengfang (Tim) Xu, Ph.D., PE Lawrence Berkeley National Laboratory.
22000 Food Safety Management Systems
9. Cleanroom Testing and Monitoring. Purposes for initial test: Fulfill the design –working correctly and achieving the contamination standards Bench-mark:
MCC PRESENTATION - GMP MANUFACTURING ENVIRONMENTS
Session 6: Data Integrity and Inspection of e-Clinical Computerized Systems May 15, 2011 | Beijing, China Kim Nitahara Principal Consultant and CEO META.
World Health Organization
Top Tactics for Maximizing GMP Compliance in Blue Mountain RAM Jake Jacanin, Regional Sales Manager September 18, 2013.
Qualification of HVAC systems
Basics of Good Documentation Document Control Systems
Huzairy Hassan School of Bioprocess Engineering UniMAP.
Radiopharmaceutical Production
World Health Organization
Good Laboratory Practices (GLPs)
What is infection? An illness caused by the spread of micro-organisms (bacteria, viruses, fungi or parasites) to humans from other humans, animals or the.
Introduction to Equipment
1 Manufacturing Processes and Validation for Next Generation Implants.
Company duties under the ISM Code
FDA Docket No. 2004N-0133 Themes for Renewal of 21 CFR Part 11 Rule & Guidance by Dr. Teri Stokes, GXP International
Document Control Basics of Good Documentation and
World Health Organization
Part I: Introduction and overview
Copyright National Air Filtration Association 2006 Rev. 2 Clean Spaces.
Important informations
Effective Sanitation 1. GMPs SANITARY EQUIPMENT DESIGN SANITARY FACILITY DESIGN HACCP TRAINED EMPLOYEES VALIDATED & VERIFIED PROCESSES REPEATABLE FOOD.
Archival Workshop on Ingest, Identification, and Certification Standards Certification (Best Practices) Checklist Does the archive have a written plan.
30/02/2008 Dept. of Pharmaceutics 1 Salient Features of Quality Assurance Dr. Basavaraj K. Nanjwade M.Pharm., Ph.D Associate Professor Department of Pharmaceutics.
Module 1 Biotechnology Basics Copyright © Texas Education Agency All rights reserved.
Module 14Slide 1 of 23 WHO - EDM Basic Principles of GMP Active Pharmaceutical Ingredients Part Three, 18.
Pharmaceutical Quality Control & current Good Manufacturing Practice
1 Manufacturing Processes and Validation for Next Generation Implants.
GMP AND cGMP CONSIDERATIONS
Chain of infection 1 Prof. Hamed Adetunji. Course Overview At the end of this lecture and the activities that follow, student will be able to: List the.
CM&C Inspections The Pre-Approval Inspection (PAI) in the US 27 May 2010.
Sterile Products Lab PHT 434
 Market Survey  Design, supply, delivery and installation of a Clean Room Facility  at the entrance of the LAr detector tank,  used for the storage.
1. Our Presentation Topic: Importance Of Validation & Qualification In Pharmaceutical Industries Presented By: Md. Tanjir Islam (Group C) 2.
INTRODUCTION TO PHARMACEUTICAL CLEAN ROOM
Medical Device Software Development
DOCUMENT AND DATA CONTROL
BSB Biomanufacturing CHAPTER 4 GMP – Documentation Part I (SOP)
Radiopharmaceutical Production
NAFA Guide To Air Filtration
Quality Control and Assurance
Pharmaceutical Quality Control & current Good Manufacturing Practice
Author: Nurul Azyyati Sabri
Presentation on Good Manufacturing Practice
Acceptance criteria for cleanroom infrastructure
INFECTION CONTROL.
Quality Systems in a Production Facility
The 10 Principles of Sanitary Design for Equipment
Good Laboratory Practices
Presented by: Ken Glade Director of Engineering
Sterile Products Lab PHT 434
World Health Organization
Computer System Validation
Radiopharmaceutical Production
Radiopharmaceutical Production
Radiopharmaceutical Production
Presentation transcript:

Introductory Validation and the Cleanroom

What we see FDA regulations require Documentation These regulations do not provide Guidelines on how specifically to product the documentation It is left up to the specific companies to design their own documentation system. This includes the process of validation

Validation and Qualification Validation contains premises from which a conclusion can be logically derived Qualification is a condition or circumstance that must be met or complied with

Can anyone give examples of validation?

Validation organization As a department validation should cover Process Equipment Facilities Computer Cleaning

Steps in developing Validation are

Setup a validation dep. Write a validation plan Write policies, sops and admin procedures Establish change control board Establish document reviewers and approvers Establish document distribution Identify equipment to validate and make a list Assign protocols to all functions Validate most critical equipment first

Assign equipment numbers Assign protocol numbers Assign change control numbers Change protocols Perform commissioning at the original equipment manufacturer Write and execute qualification protocols Deficiencies Deviations Addendums Archiving Requalifiction Internal audits FDA audits

Qualification Testing Written qualification protocols are prepared that specify the tests to be conducted and the data to be collected. Observations are documented.

What needs to be tested? Almost everything needs to be tested How does one know? –Observe the equipment in operation –Major components are typical.

What level of testing is required A standard for equipment testing has not been made in the pharmaceutical industry Object is to gain confidence that the equipment is operating under a state of control. Some include –Minimum/maximum operating ranges –Worst case

How much testing is Enough? The number of repetitions of a process step during qualification should be based on statistical significance. Conventional wisdom –Once is chance –Twice is nice –Three times is validation Sorry but we need to use Statistics.

The Cleanroom A room that is clean

ISO standard A room in which the concentration of airborne particles is controlled, and which is constructed and used in a manner to minimize the introduction, generation, and retention of particles inside the room and in which other relevant parameters, e.g. temperature, humidity, and pressure, are controlled as necessary.

Who uses clean rooms Electronics Semiconductor Optics Biotechnology Pharmacy Medical Devices Food and Drink

2 major types of cleanrooms Turbulently ventilated room –(diffuses) –20 changes per hr min Unidirectional flow –Air sweeps across the room (80ft/min) Both have clean air on top, moving to the bottom.

Particles Human Hair (100um) Visible particle (50um) E. coli (A bacteria) 1um Particles we typically measure 0.5um

Some Numbers of ISO classes limits (particles/m3 of air) Class 1 10 Class 2100 Class Class 410,000 Class 5100,000

Also limits on microbe contam GradeAir sampleSettle plates A<1 B105 C10050 D20050

Some Cleanroom Disciplines A walking person generates 1,000,000 particles permin (0.5um) Some conditions will preclude work in a cleanroom –Skin conditions (dermatitis) –Respiratory conditions –Microfloura –Allergies

Other Conditions Good personal hygiene Cosmetics Jewelery Smokers particles and out gassing

Control of air transfer Enter and exit through change areas Do not leave doors open Open and close doors quickly Doors usually open inward in production facilities Respect the airlocks

Behavior Sitting 100k, moving 1milK, walking 5milk Positioning so do not drip on product Use no touch techniques Do not support materials on body Do not talk over product

Entry and Exit of Personnel Hygiene Cloths, makeup and jewlery Wash before and after Check yourself and check others Are you protecting product or yourself.