Good Lab Practices

An Introduction to Flow Chemistry and its First Principles” is the first in a series of educational flow chemistry webinars by Syrris and is aimed at helping students and experienced chemists alike develop an understanding of what flow chemistry is, how it works, and its first principles. The webinar was broadcast live to a large audience and was presented by Andrew Mansfield, Head of Continuous Flow Chemistry at Syrris, with a live Q&A session at the end. You can view all the questions received, and their answers, below. After watching this, we recommend watching the follow-up webinar, “9 Reasons You Should Perform Your Chemistry in Continuous Flow“. The webinar was aired live on 12th September 2018 and repeated due to popular demand on the 2nd October 2018.

The process of drug discovery and development is a path that enlists the expertise of many while in pursuit of the one novel entity that rises above a host of potential candidates. For peptides this can be a daunting task given molecule complexity, physiochemical properties, receptor selectivity and scale-up of material. This presentation will discuss the discovery of our Glucagon agonist and how to use innovative technologies, focused SAR, and effective integration of a unique multidisciplinary team in the drug discovery process.

Polyurethane chemistry is certainly more complex than of any other plastic material, however this fact also presents endless opportunities to create materials

Plasma treatment has been utilized for decades as a means for engineering the surface properties of polymeric materials for applications such as adhesion. Until recently, plasma treatment has been a batch vacuum process, limiting its broader application. The recent development of atmospheric pressure treatment systems has made continuous processes practical for many manufactured products, including cast, molded, extruded, and thermoformed parts. This webinar discusses the basic principles of plasma treatment of polymeric and outlines well-defined methodologies for developing, evaluating, and controlling these processes.