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8/13/2019 Automating Signal Detection to Efficiently Manage Safety Data
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Automating Signal Detection to Efficiently Manage Safety Data
In order to ensure patient safety and comply with pharmacovigilance regulations, massive
amounts of safety data must be analyzed. Arithmos explains how automating pharmacovigilance
systems can improve the identification of adverse events through real time data results.
Pharmacovigilance Regulaons: Signal Management
Regulatoryauthoriesandgoverningbodieshavetakenstepstoimprovepaentsafety.TheEuropeanUniontook
acon in Julyby implemenng the first sevenmodules of new pharmacovigilance legislaon. The changes are
designedtotacklethestartlingstascthat200,000paentsintheEUdieeachyearfromadversedrugreacons
(ADRs).
Partof the implementaonplan is tobeeranalyzeandunderstanddata fromclinicalstudies especiallypost
marketstudies to idenfyriskstopaents.OneofthemoresignificantmodulestopassinJulywasModuleIX:
SignalManagementwhich includesrequirementsonthestascalanalysisandsystemsusedtodetectsignals.It
alsooutlineshowdatashouldbeassessedbyaQualifiedPersoninamelymanner,howtheprocessshouldbe
documentedandhowurgentaconshouldbetakenwheneverasafetyissuearises.
The Industry Need
Duetotheincreasedregulaononsafetydataandthe
needtoimprovedataquality,signaldeteconbecomes
very data intensive and difficult to manage.
Pharmaceucal companies are searching for a signal
detecon soluon that can produce real me results
with accurate signal idenficaon at an affordable
operaonalcost.
Idenfyingadverseeventsrequires laboriousstascal
analysis of aggregate data. However, technology can
facilitate the automaon of signal detecon to help
reducetheworkload.
Combining Stascal Programming & Data Integraon Technology
Combiningstascalanalysis,stascalprogrammingandITsupportunderacommonlyusedplaormlikeSASis
anidealsoluonforautomangdatacolleconandanalysisfrommulplesourcestoimplementanefficientsignal
deteconprocess.Inordertoautomatetheprocess,asystemneedstobeinplacetopullandanalyzedatafrom
thesafetydatabase.
ThestascianwringtheStascalAnalysisPlan(SAP)mustfirst idenfy,togetherwiththepharmacovigilance
unit, the algorithms to be implemented in the analysis, ensuring that themethod used is appropriate to thedataset.Then,collaborangwith ITandSASprogrammers, thestascianmustdefine thedatamappingof the
databasefields.Thekeyaspectsinthissoluonisdataintegraonbetweensafetydatabases,regulatorydatabases
and paent data from externaldatabase sources aswell as choosing the best stascal analysismethod. This
allowsthestascalprogrammingteamtoefficientlyproducelinelisngsandsummarytabulaons.
Thetypicalprocessflowforsignaldetection.
A TECHNOLOGY PARTNER FOR INNOVATIVE SOLUTIONS IN CLINICAL TRIALS.
8/13/2019 Automating Signal Detection to Efficiently Manage Safety Data
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The idenficaon of signal criteria and the implementaon of standardized programs automates the signal
detecon process. It also produces structured data which speeds up the task of finalizing Eudravigilance
submissions.
Thisapproachisappropriateevenforsmallcompanies,orforproductswithsmallamountsofsafetydata,because
automaoncanbedonewithoutacomplexorexpensiveBusinessIntelligenceplaorm.
ARITHMOS Case Study: Producing Pharmacovigilance Reports Using Data Integraon Technology
A largepharmaceucal company contactedCROSNT, a
CRO focused on biometric services, about doing
stascalanalysisandreporngonadverseeventsfora
suspect drug reported in individual case safety reports
(ICSR). The Sponsor was using a third party adverse
reporng system along with SAS to collect post
markengadversereaconsdata.
This parcular project required a methodological
stascian, a SAS programming team and IT support
providedbyARITHMOS.Basedonrequirementsfromthe
Sponsors Global Pharmacovigilance and Drug Safety
department,thestasciandefinedaStascalAnalysis
Plan for the detecon of Signals of Disproporonate
Reporng (SDRs) requiring a Proporonal Reporng
Raotobeimplemented.
Toproduce line lisngsandsummarytabulaonforsignaldeteconandreporng,theSponsorneededasetof
SASprogramswhichalloweddatatoberetrievedfromtheARESdatabaseinstantlyandinastructuredmanner.To
usetheseprogramsSASprogrammingknowledge isnotrequiredbecausetheprogramsareautomacallysetup
forallthevariablesrequired(e.g.Acvesubstance,coveringperiod,etc).Thereforepharmacovigilanceofficersdo
notneedtohaveaknowledgeofSAS.
Theend resultwasanautomatedsignaldeteconprocesswhich leads tobeeranalysis, real me results,and
structuredandformaeddataforefficientpreparaonofregulatorysubmissions.
FormoreinformaononModuleIXandSignalManagement,visittheEuropeanMedicineAgencyswebsite:
hp://www.ema.europa.eu/docs/en_GB/document_library/Scien fic_guideline/2012/06/WC500129138.pdf
AboutARITHMOSARITHMOSprovidesITproductsandservicestodifferentindustriesbutwithaspecialfocusonmakingtheconductofclinical trialsfasterandmoreefficientforPharmaceutical, Biotech andMedicalDevice companiesaswellasCROs.ThecompanyprovidesproductsforePRO,EDC,CTMS,Pharmacovigilance,eLearning,DataVisualisationandProjectGovernance.Servicesincludedataintegration,computersystemvalidation,hostingandHelpDesk.Contactusat:[email protected]
CROSNTandARITHMOSproposedproject plantothe
Sponsor