Aberdeen, United Kingdom

Michael John Plater


Average Co-Inventor Count = 5.0

ph-index = 2

Forward Citations = 5(Granted Patents)


Company Filing History:


Years Active: 2002-2007

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2 patents (USPTO):Explore Patents

Title: Michael John Plater: Innovator in Polymer Chemistry

Introduction

Michael John Plater is a notable inventor based in Aberdeen, GB. He has made significant contributions to the field of polymer chemistry, holding 2 patents that showcase his innovative approach to chemical synthesis.

Latest Patents

One of his latest patents is focused on a vinyl sulphone modified polymer. This polymer features a side chain of general formula (I), where R can be any suitable alkyl, oxyalkyl, aryl, or oxyaryl linking group. The preferred R is Calkyl, particularly —CH—, a benzene group, or a —CH—O-Phe group. The side chain is typically attached to an ethylene moiety that forms part of the polymer's backbone. Preferred polymers in this invention include polystyrene, which is useful as a support for solid-phase chemical reactions, especially in combinatorial chemical synthesis. Another patent involves solid phase supports, which relate to conducting organic chemistry on solid supports with derivatized functionalities. This patent outlines methods for synthesizing these supports and compounds that contain amine groups or N-containing heterocycles.

Career Highlights

Throughout his career, Michael has worked with prominent companies such as Akzo Nobel N.V. and N.V. Organon. His work in these organizations has contributed to advancements in polymer chemistry and solid-phase synthesis.

Collaborations

Michael has collaborated with notable individuals in his field, including David Gani and John Richard Morphy. These collaborations have further enriched his research and development efforts.

Conclusion

Michael John Plater is a distinguished inventor whose work in polymer chemistry has led to valuable patents and advancements in the field. His contributions continue to influence the landscape of chemical synthesis and solid-phase reactions.

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