Quick Links: Skip to main page content
Skip to Search
Skip to Topics Menu
Skip to Common Links
U.S. Food & Drug Administration
A to Z Index
Follow FDA
FDA Voice Blog
Enter Search terms
Most Popular Searches
Home
Food
Drugs
Medical Devices
Radiation-Emitting Products
Vaccines, Blood & Biologics
Animal & Veterinary
Cosmetics
Tobacco Products
The Paper Trail - Detail
FDA Home
The Paper Trail
Detail
-
Please note:
JavaScript must be enabled for this application to work properly.
Check your settings
if you are unsure if your JavaScript is enabled.
Article, Chapter, or Book Title:
Demonstrating bioequivalence using clinical endpoint studies
Author(s):
Bermingham E, DelCastillo JRE, Lainesse C, Paloske K, and Radecki S
Year:
2012
Month:
Mar
Journal Abbrev, Book Title, or Conference:
J Vet Pharmacol Therap
Journal Full Name:
Journal of Veterinary Pharmacology and Therapeutics
Volume:
35
Start Page:
31
End Page:
37
Key Words:
clinical endpoint studies, bioavailability, formulation, alternative solutions
Abstract:
For drug products not amenable to blood level studies, clinical endpoint studies have been used as an indirect measure of formulation difference in bioavailability between test and reference products. However, clinical endpoint studies are not as sensitive in detecting formulation differences as blood level studies and offer numerous challenges to both regulatory authorities and sponsors. The objective of this article is not to suggest new regulatory policies, but to explore new methodologies and alternative solutions to clinical endpoint bioequivalence (BE) studies, which are used when a blood level study is not considered to be appropriate. To achieve this objective, this article identifies situations where a clinical endpoint study might be appropriate, lists the advantages and disadvantages of this type of study design, and discusses possible alternative solutions. It is concluded that future evidence-based research is needed to explore new methodologies such as clinical trial simulations of various study designs, new statistical methods, and new in vitro methods to demonstrate BE.
-
-