IVIVC Test Systems for DDU and APSD

Two factors have been identified as being critical to improving the clinical relevance of DDU testing and APSD measurement: realistic breathing profiles and realistic throat and nasal models.

System for Improved In Vitro-In Vivo Correlations (IVIVCs) of Inhaled Drug Products

Play Video

Related Services

Related News & Resources

Copley introduces the new Patient Exhalation Simulator to help with inhaler development to understand the impact of poor patient technique.

12th September 2023

Find out more

Copley Scientific joins the Industries Forum of the Taskforce for Lung Health

22nd June 2021

Find out more

Copley announces a major upgrade of the world’s ‘go to’ inhaler testing portfolio

1st March 2021

Find out more

New e-Training service from Copley for pharmaceutical testing

29th January 2021

Find out more

Improving clinical realism: Upgraded IVIVC testing systems from Copley Scientific

29th June 2018

Find out more

New research demonstrates the ability of the Child Alberta Idealised Throat to deliver better IVIVRs

28th May 2015

Find out more

Copley Scientific introduces improved test set-up for more representative inhaled product testing

5th August 2014

Find out more

Introducing the new Alberta Idealized Throats from Copley Scientific – closer IVIVC in inhaled product testing

1st December 2010

Find out more

Bridging the Gap: Enhancing the Clinical Realism of In Vitro OINDP Testing

View download

Understanding the Links Between Drug Delivery Route and In Vitro Test Methods

View download

Putting Inhalers to the Test

View download

A short Q&A with our CEO, Mark Copley, On Inhaled Product Testing

View download

The Regulatory Landscape for OINDPs – The Biggest Shake-up in A Generation?

View download

Optimizing the Application of In Vitro Test Methods for the Demonstration of Bioequivalence in Orally Inhaled Products

View download

Demonstrating Bioequivalence of Orally Inhaled Products

View download

Optimising the Application of In Vitro Test Methods for the Demonstration of BE in OIPs

View download