Pharmaceutical Engineering & Drug Delivery

Real-Time Monitoring of Continuous Processes with Spectroscopic PAT-Tools

Nov 9, 2010
Daniel M. Koller
The aim of Process Analytical Technology (PAT) is to gain deeper insight in pharmaceutical manufacturing processes, replacing empirical approaches by knowledge-based procedures. A detailed understanding of the key parameters of a process and their impact on the product quality allows companies to “...

On-Line Monitoring of Roller Compaction Ribbon Density Using NIR Spectroscopy

Nov 9, 2010
Ryan McCann
Solid dosage forms, such as tablets and capsules, have been predominately manufactured through batch processes in pharmaceutical industry for years. The development of continuous manufacturing processes is of high interest to the pharmaceutical industry to reduce the huge costs associated with...

Quality by Design and Multivariate Process Representations

Nov 8, 2010
Jose Cardoso Menezes
Bioprocess design, development and manufacturing involve different goals and use different tools. At the design stage a cell-centric approach dominates. During development and especially later during manufacturing a process-centered perspective prevails as if biomanufacturing performance was...

QbD for Generic Drugs: Oral Suspensions

Nov 7, 2010
Umesh Pai
The presentation will be focus on the approach for systematic development of oral suspensions. Suspension is a complex dosage form in which coarse dispersion in which insoluble solid particles (internal phase) is dispersed uniformly throughout the suspending medium (external phase). Strategies for...

Toward a More Reliable USP Dissolution Testing Apparatus II

Nov 7, 2010
Yimin Wang
In the pharmaceutical industry, dissolution testing is a critical step in quality control and a standard method for assessing batch-to-batch consistency of solid oral drug delivery systems, such as tablets. One of the most widely used dissolution test devices is the UPS Apparatus II (paddle). Even...

QbD in Generic Drug Development: PAT Application

Nov 7, 2010
Salah U. Ahmed, Yanming Zu
A generic drug product is pharmaceutically and therapeutically equivalent to a Reference Listed Drug (RLD) product. It meets the same requirements for identity, purity, quality, stability, and complies with the same rigid standards of GMP regulations for manufacturing as the innovator product. In...

Quality by Design for Generic Drugs: Overview

Nov 7, 2010
Robert A. Lionberger
Quality by design is an essential part of the modern approach to pharmaceutical quality. But there is uncertainty in the generic drug industry about how the core concepts in ICH Q8(R1) will apply to development of generic drugs. FDA's Office of Generic Drugs has been revising its approaches to...

Quality by Design in Pharmaceutical Development

Nov 7, 2010
Yatindra Joshi
More than 70% of the prescriptions in the US are now filled with generic products, and therefore, the industry has the responsibility to continue to provide safe, effective, and affordable medications. In 2009 GPhA initiated a dialogue between the Industry and the US FDA Office of Generics on...

Using Qualitative Models to Capture and Demonstrate Process Understanding

Nov 7, 2010
Ian Houson
This presentation will cover how qualitative models can be used to capture and demonstrate process understanding and improve communication between disciplines, across geographical locations, languages and cultures both within, and between, organisations and regulators within a QbD framework. The...

QbD for Generic Drugs: Modified Release Drug Products

Nov 7, 2010
Andre Raw
The Office of Generic Drugs ensures the therapeutic equivalence and quality of generic drug product pharmaceuticals. This is based principally upon a regulatory paradigm that requires pharmaceutically equivalent drug products containing the same active ingredient, dosage form, and strength (among...

QbD for Generic Drugs: A Case Study for Immediate-Release Products

Nov 7, 2010
Zhigang Sun
Quality by design (QbD) is a systematic approach for product and process design and development to ensure predefined product quality. Although the recent ICH guidelines (Q8-Q10) have provided an outline for development of “high quality” pharmaceutical products based on a comprehensive QbD approach...

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