This document covers most of the topics in the CSV like Importance of CVS, Why to perform CSV, Validation Deliverables, Part 11 and Annex 11 Diferences
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COMPUTERIZED SYSTEM
VALIDATION
Prepared by: Jaya Krishna Gude
M.S. (Pharm.), NIPER.
+91-7981145133
1
Flow of Presentation
Importance of CSV
Introduction to CSV
GAMP5
Data Integrity
Part 11 and Annex 11
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Why to focus more on CSV?
EverythingwasgoingwellbeforeFDAandotherregulatoryagency
startedfocusinginDataIntegrity
EverythinginHumanlifeandPharmaindustryisaboutIntegrity.
In2016,dataintegrityissuestriggeredmorethanonethirdofall
regulatoryactions
USFDAtookmaximumactionsagainstchina,Indialedthepackwhen
itcametonon-compliancereportsissuesbyEURegulators.
EuropeanOperationsofMajorDrugcompanieslikeGSK,Otuska,Teva
werefoundtohaveseriousNon-complianceconcerns.
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Cost of Non-Compliance
Cost of Non-compliance is 1000 times higher then the cost of compliance
Poor Record Integrity/ GxPNon-compliance will result in
FDA –483 Observation (WL)
Import Alert
Consent Decrease
Criminal Prosecution
In the case of Serious Deficiencies/Critical Findings actions may need to be
taken by inspectorate and EU authorities:
Prohibition of Supply
Batches withdrawn from the EU Market
Refusal of the granting of a marketing Authorization
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What is Validation ??
EstablishingDocumentedEvidencethataprovidesahighdegreeof
assurancethataspecificprocesswillconsistentlyproduceaproduct
meetingitspredeterminedspecificationsandqualityattributes
Qualificationisanactorprocesstoassuresomethingcomplieswith
somecondition,standardorspecificrequirements
“Wequalifyasystemand/orequipmentandwevalidatea
process”
Ex:“Youwillqualifyanautoclave,whereasyouvalidatethesterilization
process”
Thetermqualificationisnormallyusedforequipment,utilitiesand
systems,andvalidationforprocess
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Why to perform Validation ??
Validationispredicaterule,henceitismandatorytoperform
Computerizedsystemvalidation
Accordingto21CFRPart820.70(i)–Whencomputersorautomated
dataprocessingsystemsareusedaspartofproductionorthequality
systems,themanufacturershallvalidatecomputersoftwareforits
intendeduseaccordingtoanestablishedprotocol.Allsoftwarechanges
shallbevalidatedbeforeapprovalandissuance.Thesevalidation
activitiesandresultsshallbedocumented
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Purpose of Validation
To prove that we did validation right and system works as intended, identify any
bugs by challenging the system. It increases the confidence level
The personnel involved in the validation are may no longer with the company to
explain to the auditors. Proof of good validation should be maintained till
retention (Documentation is most critical and has to be self explanatory)
Which Systems needs Validation:
All Automated Systems, Computer System which is used to Store, Monitor or
Control GXP Operation and Data needs validation. If system is controlled by the
computer –PLC and it is storing electronic data and electronic signature more
detailed validation needed.
Reduces risk and legal liability, Having the evidence that computer systems are
correct for their purpose and operating properly represents a good business
practice.
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Computerized System Validation
AComputerizedsystemconsistsoftheSoftware,Hardwareandthenetworking
components,Personneltogetherwiththecontrolledfunctionsandthe
associateddocumentation
According to the Regulatory guidelines Computerized system validation is
stated as “ESTABLISHING DOCUMENT EVIDENCE .”
Ex: Automated manufacturing equipment, Quality control systems , equipment,
laboratory, clinical (or) manufacturing data base systems.
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In general , a combination of hardware,
software , people , documents, inputs,
processing and outputs working together
software Hardware
Controlling process
Equipment
Operating Procedures and
Documentation
People and Training
COMPUTER SYSTEM
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Computerized System Vs Computer System
ComputerizedSystem:Anyprogrammabledevicehavinghardware,
peripherals,software,procedures,users,interconnectionsandinputsfor
electronicprocessing&outputofinformationUsedforreportingorcontrol
ComputerSystem:Acomputersystemisasetofintegrateddevicesthatinput,
output,process,andstoredataandinformation.Computersystemsare
currentlybuiltaroundatleastonedigitalprocessingdevice.Therearefivemain
hardwarecomponentsinacomputersystem:Input,Processing,Storage,
OutputandCommunicationdevices.
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Types of Validation:
If data are transferred to another data format or system , validation should
include checks that data are not altered in value and / or meaning during this
migration process. E.g. Paper based reports, Screen shots, Video etc….
Prospective Validation –The validation of a new system as it is developed or
The Validation conducted prior to the distribution of either a new product or
product made under a revised manufacturing process
RetrospectiveValidation–Theprocessofevaluatingacomputersystem
currentlyinoperationagainststandardvalidationpracticesandprocedures.The
evaluationdeterminesthereliability,accuracy,andcompletenessofasystem
(existingsystem)
Concurrent Validation –Validation Simultaneously with Production
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WhyGAMP5?
•Facilitates the interpretation of regulatory requirements.
•Establishes a common language and terminology.
•Promotes a system life cycle approach based on good practice.
•Clarifies roles and responsibilities.
•Focus attention on those computerized systems with most impact on patient
safety, product quality, and data integrity
•Avoid duplication of activities.
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Who plays validation role?
QA and Validation:
Author some major documents
Provide advice , training , auditing
Senior management for each group decides :
Which systems to buy or build
How much resources to make available
What risks are acceptable
Support groups (IT Infrastructures):
Maintain proper network environment
Troubleshooting and maintenance
Desktop and infrastructure control
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Validation overview / Computerized system life
cycle:
Concept-Duringtheconceptphasetheregulatedcompanyconsidersopportunitiesto
automateoneormorebusinessprocessesbaseduponbusinessandbenefits.Atthis
phase,initialrequirementswillbedevelopedandpotentialsolutionsconsidered.Froman
initialunderstandingofscope,costsandbenefitsadecisionismadeonwhetherto
proceedtotheprojectphase.
Project-Theprojectphaseinvolvesplanning,supplierassessmentandselection,
variouslevelsofspecification,configurationandverificationleadingtoacceptanceand
releaseforoperation.Riskmanagementisappliedtoidentifyrisksandtoremoveor
reducethemtoanacceptablelevel.
Operation-Thisphaseisthelongestphaseandismanagedbytheuseofdefined,up
todate,operationalproceduresappliedbypersonnelwhohaveappropriatetraining,
education,andexperience.Maintainingcontrol(IncludingSecurity),fitnessforintended
useandcompliancearekeyaspects.Themanagementofchangesofdifferentimpact,
scopeandcomplexityisanimportantactivityduringthisphase.
Retirement-Thefinalphaseistheultimateretirementofthesystem.Itinvolves
decisionsaboutdataretention,migrationordestructionandthemanagementofthese
processes.
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ValidationApproach
1.PLAN
Validation Activities
2.DEFINE
Requirements
3. SELECT
Vendors
4.DESIGN AND REVIEW
5. CONSTRUCT AND TEST
6.INSTALL
7.QUALIFY
8.EVALUATE
Computerized System
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GAMP CATEGORY
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GAMP Categories
The GAMP categories were originally introduced to provide an initial
assessment as to the validation requirements / deliverables, In GAMP 4 there
were five software categories. These have been revised in GAMP5 to four
categories as detailed below:
Category 1–Infrastructure software including operating systems, Database
Managers, etc.
Category 3–Non configurable software including, commercial off the shelf
software (COTS), Laboratory Instruments / Software.
Category 4–Configured software including, LIMS, SCADA, DCS, CDS, etc.
Category 5–Bespoke/Tailor-made software
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Validation Deliverables based on GAMP Categories
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Software
Category
Validation Deliverables
IRA URS SA VP FS/FRS FRA CS/DS IQ OQ PQ RTM VSR
Category 1 - - - - - --- -
Category 3 - - - -
Category 4
Category 5
Validationdeliverables:
1. Initial Risk Assessment (IRA) or GxPDocument
2. User Requirement Specification (URS)
3. Vendor Assessment / Supplier Assessment (VA / SA)
4. Functional Requirement Specification (FRS/FS)
5. Configuration / Design Specification (CS / DS) / Design
Qualification (DQ) –( Hard ware, Server, Infra Structure details)
6. Validation Plan (VP)
7. Factory Acceptance Test (FAT)
8. Site Acceptance Test (SAT)
9. Functional Risk Assessment (FRA)
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Specification and Qualification Relationships
V-Life Cycle Model
URS
FRS
DS
VP
System Build
VSR
PQ
OQ
IQ
Verifies
Verifies
Verifies
IRA /GxP
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THE VALIDATION PROCESS
Consists of five specific processes
Validation Master Plan
Project Plan
Installation Qualification
Operational Qualification
Performance Qualification
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DataIntegrity:
Def: The Extent to which the data is complete, correct and accurate is
Called Data Integrity . (First used by Stan Woollen)
Acronym: ALCOA ++
A –Attributable
L –Legible
C –Contemporaneous
O –Original
A –Accurate
Complete
Correct
Enduring
Available
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DataIntegrity:
Attributable The Identity of the person completing a record (Who, When, Why)
Legible
The data is readable, Understandable, Traceable, Permanent
allowing for a clear picture of the activities that occurred
Contemporaneous
The data is recorded at the time it is generated or observed (No
Back dating)
Original
Original Records must preserve data accuracy, completeness,
content and meaning. Data as the file or format in which it was
initially generated
Accurate
The data record must be accurate whether paper or electronic, it
must be exact, true and free from error (this might require a
second verification if necessary)
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Cont..
Consistent
Consistent application of date and time stamps in the expected
sequence.
Complete
All Information needs to be maintained. Batch pass-fail, Re-
analyses carried out. (OOS, OOT)
Enduring
Medium used to record data should be permanent and not
temporary memory RAM.
Available
Available/Accessible for review / audit for the life time of the
record.
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Common ALCOA ++ Issues
CommonPasswords/Passwordssharing
AuthorityControl
UserPrivileges–Lackofrolebasedaccesscontrol
Laboratorieshavefailedtoimplementtocontrolsoverdataand
unauthorizedaccess
DataBackupandRestoration
AuditTrail–NoaudittrailfunctionorDisabledaudittrailfunction
ManipulationofDate/Timestamps&Backdating
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Data Integrity: Violation of 21 CRR Part
211 is also termed as Data Integrity
Part211.68(C)statesthattheautomatedequipmentusedfor
performancemustsatisfytherequirementsofanoperationbyone
person&checkingbyanotherperson.(Twolevelcheckshouldbe
there)
Part211.100and211.160requirethatcertainactivitiesbedocumented
atthetimeofperformance&thatlaboratorycontrolsbescientifically
sound(Contemporaneous)
Part211.188,211.194requirecompleteinformation-data-records
derivedfromalltestsperformed.(Complete)
Part211.180requirestruecopiesorotheraccuratereproductionsofthe
originalrecords.(Accurate)
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EU Annex-11
Annex11ispartoftheEuropeanGMPGuidelinesanddefinesthetermsof
referenceforcomputerizedsystemsusedbyorganizationsinthe
pharmaceuticalindustry.
AppliestoallformsofcomputerizedsystemsusedaspartofaGMPregulated
activities.
Acomputerizedsystemisasetofsoftwareandhardwarecomponentswhich
togetherfulfilcertainfunctionalities.
Theapplicationshouldbevalidated.
ITinfrastructureshouldbequalified.
Whereacomputerizedsystemreplacesamanualoperations,thereshouldbe
toresultantdecreaseinproductqualityassurance.
Thereshouldbenoincreasesintheoverallriskoftheprocess.
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21 CFR Part 11-ERES Contents
Subpart A: General Provisions
•11.1 Scope
•11.2 Implementation
•11.3 Definitions
Subpart B. Electronic Records
•11.10 Controls for Closed Systems
•11.30 Controls for Open Systems
•11.50 Signature Manifestations
•11.70 Signature/Record Linking
Subpart C: Electronic Signatures
•11.100 General Requirements
•11.200 (a) Controls and Components for Non-Biometrics
•11.200 (b) Controls and Components for Biometrics
•11.300 Identification of Codes and Passwords
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