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Study highlights barriers for women and marginalized groups in supramolecular chemistry


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A new study by the international network Women In Supramolecular Chemistry (WISC) has highlighted the equality, diversity and inclusion (EDI) issues faced by women and marginalised groups working within that field.
The network has also set out a calling in approach to address these issues.
The study, led by Dr Jennifer Leigh and Dr Jennifer Hiscock (both University of Kent) alongside WISC s wider team of international researchers, found that both men and women in the supramolecular community wanted to see more mentoring opportunities and more visibility for women and marginalised groups. There is a desire for more guidance during the transition from postdoctoral researcher to independent Principal Investigator, to ensure women can be retained and progress in supramolecular chemistry. ....

United Kingdom , City Of , France General , New South Wales , Bruxelles Capitale , University College , Jennifer Hiscock , Sam Wood , Michaele Hardie , Jenniferr Hiscock , Claudia Caltagirone , Katrinaa Jolliffe , Emilyr Draper , Hanna Mcconnell , Jennifer Leigh , Michaelej Hardie , Annaj Mcconnell , Kate Jolliffe , Jennifers Leigh , Marion Kieffer , Angewandte Chemie , University College London , Leeds University , Canterbury Christ Church University , University Of Kiel , University Of Glasgow ,

The hole story of how cage molecules could transform synthesis and separation


It is these extreme confinement effects that ‘enables us to do chemistry that we can’t do in traditional ways’, says Angela Grommet from the Weizmann Institute of Science in Israel who recently wrote a review
2 on the topic. After 35 years of research, chemists are now starting to unlock the potential of confinement by designing molecular cages that fold up long molecules into huge macrocycles, or creating cavities that can separate deuterium from hydrogen. In the future, confined spaces could rival enzymes in their ability to catalyse reactions or protect unstable species, turning them into useful reagents.
It all started with the discovery of carcerands more than three decades ago. Donald Cram wanted to take the chemistry of crown ethers – flat, circular molecules that can capture individual metal atoms on their inside – into the third dimension. In 1985, he functionalised big cyclic molecules so pairs of them could be brought together to form a capsule. Cram c ....

United States , City Of , United Kingdom , Makoto Fujita , Pablo Ballester , Michaele Hardie , Ken Raymond , Harry Destecroix , Hiroki Takezawa , Ramamoorthy Boomishankar , Hanna Slater , Anthony Davis , Bruce Gibb , Jean Marie Lehn , Charles Pedersen , Julius Rebek , Robert Bergman , Shaodong Zhang , Scripps Research Institute , University Of California , Weizmann Institute Of Science , Technical University Of Dortmund , Indian Institute Of Science Education , Tulane University , University Of Liverpool , Institute Of Chemical Research Catalonia ,