Pharmaceutical Clinical Bioequivalence Study (BA/BE)
- Description
- Curriculum
- FAQ
- Reviews
Bioequivalence studies are very important for the development of a pharmaceutical preparation in the pharmaceutical industry. Their rationale is the monitoring of pharmacokinetic and pharmacodynamic parameters after the administration of tested drugs.
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Bioavailability & Bioequivalence
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.
Benefits of Course:
After taking this course, students will be able to specify the design of a new drug or new device study with the goal of establishing whether the new protocol is statistically equivalent to an existing therapy.
You will learn how to design a study in accordance with regulatory requirements, as well as appropriate methods for analyzing data.
You will be able to fit statistical models to dose-response data with the goal of quantifying a reliable relationship between drug dosage and average patient response.
- Basic concepts for Bioequivalence study
- Bioavailability & bioequivalence
- Types of Study Designs
- How Generic medicine becomes Bioequivalent with Branded Medicines
- Criteria and considerations for BA/BE Study
- Conduct PK analysis of time-concentration data
- Conduct dose-response analysis
- Specify bioequivalence designs for parallel and crossover designs
- Review actual clinical trials and identify end point, question of interest, statistical method used
Who Should Take This Course
Diploma Pharmacy Students/Professor
Pharmacy Students
Pharmaceutical researcher, Investor, Doctors
Medical Professional
Analysts responsible for designing, implementing or analyzing clinical trials.
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6Bioequivalence OverviewVideo lesson
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7Bioequivalence Basic ConceptVideo lesson
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8Bioequivalence StudyVideo lesson
Criteria for BE study population:
Min. of 12 subjects
18 years of age/ older (18-55)
capable of give informed consent
Healthy volunteers ~ less PK variability
Use Patients when safety concerns preclude healthy volunteers
Non smoker
No alcohol & drug abuse history
Male & Female
Female shouldn’t get pregnant at beginning /durning the study
Females only ~ contraceptives
Males only ~ Teratogens
BMI within 18.5 and 30 kg/m2
Review of medical history.
History of liver, kidney, hematological functions
Test for alcohol & drug abuse to be done
An ECG to be done if there is a chance of cause
Phenotyping / genotyping of subjects may be considered for safety / PK reasons.
In parallel design~ the treatment groups should be comparable (age, weight, sex, ethnic, smoking, metabolic status)
If the drug product is predominantly intended to use in elderly-> applicant should include as many subjects as possible at /above age 60 / provide justification if no subject at/above 60 is included in study
Adult BE study data can be used to support BE assessment in pediatric patients. But if a drug is predominantly used in child < 6yrs, provide justification that adult BE study data is relevant to pediatric patients
Justification should include inactive ingredients that they are safe for pediatric use
Special population > If there is a significant difference in dissolution between test and reference products under a certain condition > drug limited to a specific population
Achlorhydric subjects > If there is a significant difference in dissolution between test and reference products at pH 6.8
Healthy adult subjects > If there is no significant difference in dissolution between test and reference products at pH 6.8
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