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BIOAVAILABILITY & BIOEQUIVALENCE LIVE Online Academy 20 - 22 April 2021

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  • BIOAVAILABILITY &BIOEQUIVALENCE

    LIVE Online Academy20 - 22 April 2021

  • COURSE OVERVIEW

    Bioavailability (BA) is defined as the rate and extent to which the

    unchanged active substance is absorbed and becomes available in the

    systemic circulation.  Understanding bioavailability is essential during

    drug development as it is one of the fundamental properties of drug

    formulation. Information on bioavailability is also used to determine

    bioequivalence (BE) when submitting a generic dossier.  

    Through interactive sessions and multiple case studies this course will

    evaluate every aspect of BA/BE from the regulations and types of

    protocol studies to bioanalysis, statistical analysis and reporting. Once

    completed you will have a solid understanding of bioavailability,

    supporting you in drug development. You will also have the confidence

    to develop and implement your own bioequivalence studies to ensure

    speedy generic approval.    

    The course will also examine key aspects of biowaivers such as the

    regulatory hurdles, types of biowaivers and data needed so you can

    save money and time with fast biowaiver applications.

    Learn how to

    successfully design,

    implement and report

    bioavailability and

    bioequivalence studies

    for different formulation

    types

  • What is bioavailability and bioequivalence?The concept of bioavailability and bioequivalenceExamining when a bioavailability or bioequivalence study is mandatoryBiowaiver: an in vivo surrogate

    Introduction and definitions

    MODULE ONE

  • Gain a critical understanding of the protocol studies used depending on thetype of drug and formulationStudy protocol: key points for single dose, steady-state, fasted and fedstudiesEstablishing methods to tackle highly variable drugs: repeated design andscale average bioequivalenceDesigning studies dependent on the type of formulation: IR, SR, DR,multiphasic, etc.Analysing the difference between an experimental and pivotal bioequivalencestudy

    Evaluate the types of protocol studies used

    MODULE ONE

  • Single doseMulti dose, steady stateFedFastedClassical cross overTwo step studiesReplicated design

    Examine examples of the following Bioequivalence studies

    MODULE TWO

  • Single doseMulti dose, steady stateFedFastedClassical cross overTwo step studiesReplicated design

    Summary of Bioanalysis

    MODULE TWO

  • Managing the sampling scheduleParameters to be submitted depending on the type of formulation and studiesSingle dose: Cmax / Tmax/AUC 0-t/ 0-72h/ 0-infinity/ partial AUCSteady state: Cmin/ fluctuation Index(FI)/ AUC/ Cmax

    Pharmacokinetic parameters

    MODULE THREE

  • Practical solutions to apply statistical analysisNumber of subjectLog transformation whyANOVA: residual variance90% confidence intervalPeriod, sequence effectRepeated designTwo step design

    Statistical points and analysis

    MODULE THREE

  • Drop out, exclusion, “Blind review”Endogenous compoundFixed dose combinationAnalysis of metabolitesComposition of mealExamining the effects of subject position: standing/lying/sittingSpecial populationStudy in non-healthy volunteersMulti-dose example

    Examples of specific cases

    MODULE FOUR

  • The extent of global harmonisationLegal requirements in specific countries and regionsData prior BE studyHow to submit a Bioequivalence studyAssessing the risk linked with BA/BE studiesDissolution data required

    Regulations and requirements for a Bioequivalence study: A global perspective

    MODULE FOUR

  • Biowaver conceptGuidance on the regulations and requirements

    How to interpret the regulationsFDA vs EMA

    Examining the types of BiowaiverSelf-evident BiowaversLocally Acting Locally AppliedBCS based BiowaiversStrength BiowaverIVIVC based Biowaivers

    Understanding the risk when submitting a biowaiverWhat data needs to be submitted?Post approval changes

    Biowaivers

    MODULE FIVE

  • Focus on the main items to be reportedSpecial cases of Biowaiver

    Reporting: Overview of key points

    MODULE FIVE

  • Clinical Drug DevelopmentQuality AssuranceRegulatory AffairsProject ManagementBioanalyticsBiostatisticsIVIVCR&D

    This course is designed for professionals working in thefollowing areas:

    WHO IS THISCOURSEFOR?

  • For information contact our training consultants

    Jessica [email protected]

    +44 (0)20 7551 9521

    Group bookingsReceive 10% off for 3-4 bookingsReceive 15% off for 5+ bookings