Betzaida Bigio 1 GMP SYSTEMS INTEGRATION – COMBINE RESULTS AND UTILIZE AS A COMPLIANCE TOOL Betzaida Bigio Bristol Myers - Squibb
Jan 21, 2015
Betzaida Bigio 1
GMP SYSTEMS INTEGRATION –COMBINE RESULTS AND UTILIZE AS A COMPLIANCE TOOL
Betzaida BigioBristol Myers - Squibb
We will be Discussing
GMP systems – no definitions
How they interact
Review of recent observations
How they can be integrated to establish controls
Interactive Exercise
Betzaida Bigio 2
Annual Product Reviews (APR) Change Control Validations Equipment qualifications Vendor Qualifications Preventive Maintenance (PM’s) Audits (Internal & External) Suppliers audits Stability Customer complaints Suppliers complaints CAPA Investigations
8/30/2012 3
GMP Systems
Discussion of Recent observations
Classification of observation
Integration between systems based on each observation
8/30/2012 4
Integration Between Systems
Discussion of 2011- 2012 Warning letters Eighteen (18) Warning letters Focused on Pharmaceutical Industries cGMP for API (Active Pharmaceutical Ingredient) cGMP for Finished Pharmaceutical Location of inspected Sites:
India China Germany Poland UK Canada Mexico Switzerland Israel Japan US
8/30/2012 5
Recent Health Authorities Findings
Recent Observations - “Hot” Topics Cleaning Validation
Investigations
Media Fill
Laboratory Controls
Test Methods
Environmental Monitoring
Microbiology Contamination Prevention
Disinfectant qualification
Visual Inspection Qualification
Supplier Qualification
Reduce testing
APR, Record Retention
Incoming testing of raw materials8/30/2012 6
Cleaning Validation
Use of two equipment parts for the production of multiple drug products without validating the process
Process validation for six (6) products conducted only with one out of two parts
Parts identical in construction but different internal configurations
Failure to demonstrate are identical
Not cleaned and maintained equipment at appropriate intervals – holding time
8/30/2012 7
Integration Between Systems per Observation
Validation/Qualification: Controls
Use of two equipment parts for the production of multiple drug products without validating the process Process validation for six (6)
products conducted only with one out of two parts
Parts identical in construction but different internal configurations
Failure to demonstrate are identical
Not cleaned and maintained equipment at appropriate intervals –holding time
Equipment qualification
Process Validation
Cleaning validation
Holding time
Dirty time
Systems: Change Control
Validation
8/30/2012 8
Cleaning Validation
Failure to have in shared manufactured areas, multi-product equipment:
Well-designed contamination prevention strategy in place
Proper segregation
Or dedicated equipment to a single mfg process
No documented evidence of cleaning between batches or between product changeovers occurred on non-dedicated equipment
Technology transfer to a facility that was previously used to manufacture without conducting adequate decontamination, renovation, and activation of the facility
8/30/2012 9
Integration Between Systems per Observation
Validations/Qualifications: Controls
Failure to have in shared manufactured areas, multi-product equipment:
Well-designed contamination prevention strategy in place
Proper segregation Or dedicated equipment to a
single mfg process
No documented evidence of cleaning between batches or between product changeovers occurred on non-dedicated equipment
Technology transfer to a facility that was previously used to manufacture without conducting adequate decontamination, renovation, and activation of the facility
Equipment qualification
Process Validation
Cleaning validation
Holding time
Dirty time
Systems: Change Control
Validation
8/30/2012 10
Investigations
Not thoroughly investigated the failure of a batch or any of its components
Failure to include other batches in investigations
No investigation raw data for a media fill failure
Failure to determine root cause on crystals in the vial
Changes to filling process
Changes to filling needles
Vial washers
8/30/2012 11
Integration Between Systems per Observation
Investigations: Controls
Not thoroughly investigated the failure of a batch or any of its components
Failure to include other batches in investigations
No investigation raw data for a media fill failure
Failure to determine root cause on crystals in the vial Changes to filling process Changes to filling needles Vial washers
Product behavior on APR
Stability
Predictive maintenance
Preventive maintenance
Systems: Investigations
CAPA
Supplier
Change Control
PM’s
8/30/2012 12
Investigations
Investigations Failure to investigate and document contamination
of API Root cause not determined and production continued
No segregation of impacted lots
Failure to extend investigation to other batches
Contaminated lot release and shipped, then recalled –failure to have controls in place to identify material status
Inadequate equipment maintenance program Firm authorize the use of equipment known to be
defective (10 maintenance requests in one year)8/30/2012 13
Integration Between Systems per Observation
Investigations: Controls
Failure to investigate and document contamination of API Root cause not determined and
production continued No segregation of impacted lots Failure to extend investigation to
other batches Contaminated lot release and
shipped, then recalled – failure to have controls in place to identify material status
Inadequate equipment maintenance program Firm authorize the use of
equipment known to be defective (10 maintenance requests in one year)
Product behavior on APR
Stability
Materials segregation
Supplier’s audit
Preventive & Predictive maintenance
Systems: Investigations CAPA Supplier Change Control Materials PM’s
8/30/2012 14
Media Fill
Media fill insufficient to establish that the aseptic process is in control
Inadequate reconciliation of filled vials
Filled vials not match with incubated vials
Employee who perform critical duties in your aseptic process did not participate in the simulation process qualification
8/30/2012 15
Integration Between Systems per Observation
Media Fill: Controls
Media fill insufficient to establish that the aseptic process is in control Inadequate reconciliation of
filled vials Filled vials not match with
incubated vials Employee who perform
critical duties in your aseptic process did not participate in the simulation process qualification
Manufacturing simulation
QC – Microbiology
Training – Job description, job duties, SOP’s, employee qualifications, and certifications aligned
Systems: Manufacturing
Training
QC - Microbiology
8/30/2012 16
Laboratory Controls
Test Methods
Not established scientifically sound and appropriate specifications, standards, sampling plans, and test procedures design to assure that components, in-process materials, and DP conforms with standards
Validation data for laboratory methods incomplete or not available
Validation method approved without the complete data in place
Equipment qualification – all instruments whether newly purchased or already in use , be qualified prior to being release for use
8/30/2012 17
Integration Between Systems per Observation
Laboratory Controls: Controls
Test Methods Not established scientifically sound
and appropriate specifications, standards, sampling plans, and test procedures design to assure that components, in-process materials, and DP conforms with standards Validation data for laboratory
methods incomplete or not available
Validation method approved without the complete data in place
Equipment qualification – all instruments whether newly purchased or already in use , be qualified prior to being release for use
8/30/2012 18
Change Control should establish specific requirements
Appropriate equipment qualification
Documentation approval
Employee training
Systems: Quality Assurance
Quality Control
Change Control
Validations/Qualification
Training
Suppliers Qualification
Reduce testing
Inadequate sampling process if no evidence of vendor sampling, shipping, and transit process
Incoming testing of raw materials
Not conducted at least one specific identification test
Lack of appropriate validation of the supplier test result
Accept CoA of a stopper supplier without conducting adequate vendor qualification
No evidence of how your vendor conducts the sampling (composite, segregation…)
8/30/2012 19
Integration Between Systems per Observation
Supplier’s Qualification: Controls
Reduce testing Inadequate sampling process if
no evidence of vendor sampling, shipping, and transit process
Incoming testing of raw materials Not conducted at least one
specific identification test Lack of appropriate validation of
the supplier test result Accept CoA of a stopper supplier
without conducting adequate vendor qualification
No evidence of how your vendor conducts the sampling (composite, segregation…)
Material qualification Supplier audit
Quality agreement
Testing of components & material
Comparison between CoA and test results
Systems: Quality Assurance
Quality Control
8/30/2012 20
Shutdown/Start-up
Inadequate aseptic and support area sanitization following maintenance shutdown
Assure to complete:
Media fill
Smoke studies
QA authorization to resume activities
NO failure on Media fill results (this was the case in the warning letter, two contaminated units, not adequate investigated root cause)
8/30/2012 21
Integration Between Systems per Observation
Shutdown/Start-up: Controls
Inadequate aseptic and support area sanitization following maintenance shutdown NO failure on Media fill
results (this was the case in the warning letter, two contaminated units, not adequate investigated root cause)
Cleaning
Change Control should establish specific requirements
Asceptic Techniques
Assure to complete: Media fill Smoke studies QA authorization to
resume activities
Systems: Quality Assurance Quality Control Manufacturing
8/30/2012 22
Microbiology Contamination Prevention
Disinfectant qualification
Not establish a schedule for the cleaning with agent design to kills spores – mold found
Disinfectant rotation – efficacy studies not completed for three of the disinfectant
Failed to demonstrate that is suitable and effective to remove microorganism from different surfaces
Failure to challenge with multiple organisms
8/30/2012 23
Integration Between Systems per Observation
Microbiology Contamination Prevention: Controls
Disinfectant qualification Not establish a schedule for the
cleaning with agent design to kills spores – mold found
Disinfectant rotation – efficacy studies not completed for three of the disinfectant
Failed to demonstrate that is suitable and effective to remove microorganism from different surfaces
Failure to challenge with multiple organisms
8/30/2012 24
Quality Control – Micro
Robust Qualification of disinfectant
Systems: Quality Assurance
Quality Control
Qualification
Microbiology Contamination Prevention
Smoke studies
No evidence of smoke studies
Failure to demonstrate that appropriate design & controls are in place to prevent turbulence and stagnant air in critical areas
8/30/2012 25
Integration Between Systems per Observation
Microbiology Contamination Prevention: Controls
Smoke studies
No evidence of smoke studies
Failure to demonstrate that appropriate design & controls are in place to prevent turbulence and stagnant air in critical areas
8/30/2012 26
Robust Smoke studies
Air velocities/pressure & air changes data
Multidisciplinary team to evaluate smoke studies
Systems: Quality Assurance
Quality Control
Engineering
Microbiology Contamination Prevention Environmental Monitoring (EM)
Poor routine examination of facilities (mold in class 100 production
Poor condition of walls
Poor aseptic techniques
Personnel sampling areas (hands, chest, gowning, hood, goggles, sleeves)
Gowned employee not monitored by a second qualified person
EM performed at the end of the shift
Operators sanitizing his hands immediately prior to conducting his own personnel monitoring sampling
Operator spraying his hands directly over the air viable microbial plate. Results may not reflect microbiology environment of the class 100 room.
8/30/2012 27
Integration Between Systems per Observation
Microbiology Contamination Prevention: Controls
Environmental Monitoring (EM) Poor routine examination of facilities
(mold in class 100 production Poor condition of walls Poor aseptic techniques
Personnel sampling areas (hands, chest, gowning, hood, goggles, sleeves)
Gowned employee not monitored by a second qualified person
EM performed at the end of the shift Operators sanitizing his hands
immediately prior to conducting his own personnel monitoring sampling
Operator spraying his hands directly over the air viable microbial plate. Results may not reflect microbiology environment of the class 100 room.
8/30/2012 28
Aseptic techniques
Personnel training and qualification
Engineering controls
Facilities walk tru
Internal audits
Preventive maintenance
Systems: Quality Assurance Quality Control Engineering Internal audits Training
Microbiology Contamination Prevention
Environmental Monitoring (EM)
EM trends not analyzed – failure to address increased adverse trends observed
Not establish a schedule for the cleaning with agent design to kill spores although mold was detected in class 10,000 area
8/30/2012 29
Integration Between Systems per Observation
Microbiology Contamination Prevention: Controls
Environmental Monitoring (EM) EM trends not analyzed
– failure to address increased adverse trends observed Not establish a schedule
for the cleaning with agent design to kill spores although mold was detected in class 10,000 area
8/30/2012 30
Aseptic techniques
Personnel training and qualification
APR
Systems: Quality Assurance
Quality Control
Training
Visual Inspection Qualification Defect in include visual inspection program
Inspectors qualification failure
Visual inspection certification program does not adequately challenge the technician performing the inspection
SOP should include all possible defects- inspector should be capable to detect all possible critical defects, challenge vial selected, and rotated to ensure that each inspector is challenged to detect each critical defect
8/30/2012 31
Integration Between Systems per Observation
Visual Inspection Qualification: Controls
Defect in include visual inspection program
Inspectors qualification failure Visual inspection certification
program does not adequately challenge the technician performing the inspection
SOP should include all possible defects- inspector should be capable to detect all possible critical defects, challenge vial selected, and rotated to ensure that each inspector is challenged to detect each critical defect
8/30/2012 32
Visual Inspection Certification Program
Personnel training and qualification
Systems: Quality Assurance
Qualification
Training
Manufacturing
APR & Record Retention
APR
Quality Unit does not perform an annual evaluation of the process
This is the process to assure that changes were effective and the process remains in a validated state
Record Retention
Records destroyed
No evidence of qualification and validation records resulted in a not validated process, and/or not qualified equipment
8/30/2012 33
Integration Between Systems per Observation
APR/Record Retention: Controls
APR Quality Unit does not perform
an annual evaluation of the process This is the process to assure that
changes were effective and the process remains in a validated state
Record Retention Records destroyed No evidence of qualification
and validation records resulted in a not validated process, and/or not qualified equipment
8/30/2012 34
APR program in place
Record Retention based on criticality and risk
Change controls, Qualifications/validations -never are destroyed
Systems: Quality Assurance
APR
Validation
Record Management
Interactive Exercise
8/30/2012 35
Instructions
Evaluate recent Observations to different systems and relate each of different GPM Systems
Identify your opportunities
Identify controls that should be in place in each system to avoid the out of compliance situation and establish communication among them
Assure that your control address post implementation sustainability
Identify & avoid Road blocks to maintain compliance
8/30/2012 36