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Manufacturing White Papers

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1-15 of 165 results
Vetter Development Service Chicago
| By Vetter Pharma International
Our premium manufacturing and clinical supply site near Chicago, Illinois, has the people, processes, and technology to serve pharma and biotech companies of every size with customizable solutions for drug compounds in any stage from Preclinical Testing to Phase II and beyond.
Production & Manufacturing > Manufacturing > White Papers
Vetter-Ject® Syringe Closure System
| By Vetter Pharma International
Today’s complex, sensitive biologic compounds demand new, innovative delivery systems. The Vetter-Ject® closure system allows you to offer the convenience of a syringe in a design that addresses the unique requirements of highly sensitive compounds.
Production & Manufacturing > Manufacturing > White Papers
Biovian's Contract Manufacturing of Biopharmaceuticals
| By Biovian
Biovian is a one-stop-shop in GMP contract manufacturing of biopharmaceuticals covering services from early development to finished vial.
Production & Manufacturing > Manufacturing > White Papers
Molnar-Institute: Benefits and Capabilities of DryLab®
| By Molnár-Institute
Anybody working in the realm of HPLC who wishes to economize the resources spent developing and running methods can benefit from the advantages offered by DryLab®.
Production & Manufacturing > Manufacturing > White Papers
Elemental Impurity Analysis in Pharmaceuticals – The Road To Implementation of ICH Q3D
| By Butterworth Laboratories Ltd
Elemental impurities have been a hot topic since 2009 when the International Conference of Harmonisation (ICH) commenced work on a new standard to provide a global policy to limit these impurities in drug products and ingredients. Their guidance document, Q3D, reached step 4 in December 2014, meaning the final draft is recommended for adoption to the regulatory bodies of the European Union, Switzerland, Japan, USA and Canada.
Production & Manufacturing > Manufacturing > White Papers
DryLab®4 - An Overview
| By Molnár-Institute
Exploring DryLab basics, method development strategy and DryLab benefits.
Production & Manufacturing > Manufacturing > White Papers
DryLab®4 - Next Generation in HPLC Modeling
| By Molnár-Institute
DryLab® is the leading software solution for HPLC method development, optimization, troubleshooting, robustness testing and training. With less than 12 experimental runs, DryLab® is the only tool capable of delivering over one million precise chromatograms predictions and display the results in its user friendly interface. Its enhanced features will transform your chaotic method development into a comfortable and streamlined workflow, as well as increasing your productivity.
Production & Manufacturing > Manufacturing > White Papers
Rapid UHPLC Method Development for Omeprazole Analysis in a Quality-by-Design Framework and Transfer to HPLC Using Chromatographic Modeling
| By Molnár-Institute
The aim of this study was to apply quality-by-design principles to build in a more scientific and risk-based multifactorial strategy in the development of an ultrahigh-pressure liquid chromatography (UHPLC) method for omeprazole and its related impurities.
Production & Manufacturing > Manufacturing > White Papers
Enhanced Sampling and Calibration Procedures for the Analysis of Residual Oxygen in Nitrogen Purged Pharmaceutical Packaging by GC-TCD
| By Butterworth Laboratories Ltd
In recent times there has been a large increase in the type and number of products packaged using Modified Atmosphere Packaging (MAP) procedures. The majority of these processes concern the removal of oxygen from packaging systems in order to reduce oxidative degradation of the product and increase shelf life. Whilst most of the historical development of MAP took place within the food industry, over the last 20 years there has been a large growth in its application within the pharmaceutical sector.
Production & Manufacturing > Manufacturing > White Papers
Tip Speed - Establishing Optimal Blending Speed
| By Custom Powder Systems
Tip speed (angular velocity) is a constant that can be used to establish an initial blending speed for a given bin geometry. The blender speed may need to be adjusted upon further testing but is a good starting point. The tip radius is the distance perpendicular to the blender rotational center measured to the furthest top bin corner.
Production & Manufacturing > Manufacturing > White Papers
1-15 of 165 results