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Dove Research Group

Dove Research Group

Degradable Biomaterials & Sustainable Polymers

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    • Sustainable Polymers
    • Polymer Stereochemistry
    • Degradable Biomaterials
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    • Andrew P. Dove
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Sustainability in Polymer Synthesis and Plastic Recycling: Find Out More Degradable Biomaterials: Find out more
Edited Book: Organic Catalysis for Polymerisation Prof Andrew P. Dove heads the group, find out more about him Cover Article: 1D vs 2D Shape Selectivity in Polymer Nanoparticles Research Highlight: Advanced hydrogel and elastomer materials via efficient click chemistry Research Highlight: Printing biomaterials from sustainable resources Cover Article: Non-Swelling Hydrogels Research Highlight: Controlling Particle Morphology Through Crystallisation Cover Article: Efficient Chemistry for Hydrogel Formation
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Dove Group
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ChemSusChemChemSusChem@ChemSusChem·
January 10th, 7:12 pm

Polycarbonate synthesis through #carbondioxide valorization is reviewed with a focus on preparing cyclic carbonate synthons and CO2/epoxide #copolymerization #HomogeneousCatalysts @umons @Dove_Group @unibirmingham http://doi.wiley.com/10.1002/cssc.201902719

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Dove_GroupDove Group@Dove_Group·
January 7th, 11:50 am

Kicking the new year off with our latest paper on unsaturated poly(ester-urethanes) with stereochemically dependent thermomechanical properties with @MLBeckerGroup from Connor Stubbs, @JoshWorchPhD and @Pryddeh2. Head over to https://bit.ly/2MXT1qL to find out more!

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HamishY_SciHamish Yeung@HamishY_Sci·
January 7th, 10:26 am

PhD studentship on microstructure in molecular frameworks http://yeunggroupbham.com/2020/01/07/phd-studentship-on-microstructure/

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ChemistryWorldChemistry World@ChemistryWorld·
December 20th, 8:40 pm

Through the use of multiple carbonate monomers, the team were able to tune the mechanical properties of the structures, including degradation rate

https://www.chemistryworld.com/news/tissue-scaffolds-from-resin-inks/4010915.article

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ChemistryWorldChemistry World@ChemistryWorld·
December 20th, 10:40 am

The inks are based on aliphatic polycarbonates, which, unlike other polycarbonates, don’t have aromatic groups between carbonate linkages to increase flexibility

https://www.chemistryworld.com/news/tissue-scaffolds-from-resin-inks/4010915.article

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