Can postapproval FDA filings immunize pharma companies from patent lawsuits?
The authors describe a method-validation-by-design (MVbD) approach to validate a method over a range of formulations using both design-of-experiment and quality-by-design principles to define a design space that allows for formulation changes without revalidation.
A limit test using ion mobility spectrometry (IMS) has the potential to dramatically reduce the time required for cleaning verification and cleaning method development. The traditional approach to cleaning verification, often using HPLC, is relatively resource intensive and can lead to significant delays in reporting results. The main advantage of IMS is that results are seen virtually instantaneously, so any necessary re-measurement can be done very quickly. If the results demonstrate cleanliness, production can resume in a matter of hours not days.
Antibody fragments pose unique challenges in terms of recovery, purification, and formulation.
The aim of this study was to validate the automated clean-in-place (CIP) system installed on a capsule filling machine to determine its ability to adequately eliminate contaminants. The results obtained from the proposed cleaning validation trial showed that all the soluble tracer was removed after the washing procedure. At the end of the CIP procedure, the discharged water had the same pH, phosphate content and total organic content as the supplied water. Lack of cross-contamination in the product was also demonstrated and a recovery trial highlighted the complete elimination of the tracer from the machine.
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In-silico design facilitates process optimization and evaluation of process control strategies.
Determining whether a data point is an "outlier" - a result that does not fit, is too high or too low, is extreme or discordant - is difficult when using small data sets, such as the data from three, four or five conformance runs. In this article, the authors demonstrate that the Weisberg t-test is a powerful tool for detecting deviations in small data sets.
Isolators should be designed to enhance working conditions for end-users.
Methods of validating and assuring container closure integrity are crucial for quality assurance.
This article summarizes the evolution of the viscosity standards and their corresponding applications in the USP−NF compendia.
The aim of this study was to validate the automated clean-in-place (CIP) system installed on a capsule filling machine to determine its ability to adequately eliminate contaminants. The results obtained from the proposed cleaning validation trial showed that all the soluble tracer was removed after the washing procedure. At the end of the CIP procedure, the discharged water had the same pH, phosphate content and total organic content as the supplied water. Lack of cross-contamination in the product was also demonstrated and a recovery trial highlighted the complete elimination of the tracer from the machine.
Isolators should be designed to enhance working conditions for end-users.
A new process analytical technology based on impedance spectroscopy has potential applications for characterizing product attributes during the freeze-drying process.
Antibody fragments pose unique challenges in terms of recovery, purification, and formulation.
Antibody fragments pose unique challenges in terms of recovery, purification, and formulation.
The revised USP Chapter Sterile Product Packaging-Integrity Evaluation gives best practices for obtaining reliable data in container closure integrity testing and recommends quantitative deterministic methods rather than probabilistic methods.
The technique of continuous coating has undergone great change since it was introduced to the pharmaceutical industry more than a decade ago, and its benefits have multiplied.
This article is intended to keep readers informed about the developments concerning the local language requirements for European Union member countries. The first part deals with the reasons why these language requirements are about to become more difficult to meet and the second part, based on recent application knowledge, offers some potential solutions.
The authors offer key steps for successfully facilitating the growing number of client compliance audits.
Customers are placing high demands on pharmaceutical manufacturers to produce sensitive, cost-effective and regulatory compliant inspection technology. This article examines how metal detection equipment suppliers can combine forces with manufacturers to provide state-of-the-art inspection systems, giving particular consideration to cleaning processes and regulatory issues.
Dry powder inhalers (DPIs) contain a powder which, when required, is discharged and inhaled. The therapeutic drug is manufactured in powder form as small particles a few micrometres in diameter. In many DPIs, the drug is mixed with much larger sugar crystals, such as lactose, and the smaller drug particles attach to these excipient particles, improving entrainment of the drug upon inhalation. This article examines how the application and combination of versatile processes such as milling, micronizing, sieving and air classification can be used to manufacture dedicated lactose products for practically every possible combination of active and excipient blend in DPIs.
Encapsulation technologies for solubility/bioavailability enhancement, controlled release, and formulation of drug combinations and patient-friendly dosage forms.
Prefilled dual-chamber cartridges offer several advantages. Several steps should be taken to determine if a dual-chamber system is viable for a lyophilized injectable drug product.
Using melt extrusion to prepare glass solutions of poorly water-soluble drugs with hydrophilic excipients offers an exciting and advantageous alternative to existing formulation methods such as spray-drying and co-melting. Investigating potential methods to increase water solubility begins early in drug development. Techniques described in this paper show how only a small quantity of drug can be used to determine its suitability for melt extrusion, allowing the method to be considered at the same time as salt screening and particle size reduction work, and could speed up the formulation process.
Although software and the overall warehouse management solution (WMS) are crucial tools, common problems include failure to put in place an efficient warehouse layout best suited to the products being handled, lack of knowledge of the inventory on hand, and inadequate preparation and training of personnel.