Kang Du
@KangDu10
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Joined March 2019
RT @robertiafe: If you are on/near the @CSUSM campus this Thursday stop by Markstein 103 during lunch time for the Dept. of #Chemistry & #B….
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Check out our work on trapping xenon in molecular cage crystals up to 280 degree Celsius.
Congrats @KangDu10.@DmochowskiUPenn for this new publication @JPhysChem in Marsha Lester @PennChemistry Festschrift!! You show how to trap xenon in a molecular crystal with just a few hydrogen bonds, opening possibilities for gas storage and separations.
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We developed magnetic micelles capable of sequestering cisplatin, with the hope to reduce ototoxic side effects of chemotherapy. I am very thankful for all the help and knowledge from colleagues and co-authors.
Excited to collaborate with Li, Shi and Murray lab @PennChemistry on materials for sequestering cisplatin, with goal to reduce ototoxicity. Congrats @KangDu10 @DmochowskiUPenn!.Chelate-Functionalized Magnetic Micelles for Sequestration of Cisplatin
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RT @Chemjobber: My call to industrialists across the world to join me in my 10+ year mission on Twitter . If your company is looking for a….
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RT @JoeZadrozny: Excited to share this tutorial from my group. My students worked really hard to make the topic as accessible as possible,….
pubs.rsc.org
Understanding and utilizing the dynamic quantum properties of metal ions is the frontier of many next generation technologies. One property in particular, magnetic relaxation, is a complicated...
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RT @NobelPrize: Tu Youyou discovered artemisinin – an anti-malarial that has saved the lives of millions of people worldwide. Tu not only….
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RT @JoeZadrozny: I am looking for a postdoc for my group (research at the frontier of inorganic chemistry and magnetism 🧲) - please tell an….
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RT @CBSPhilly: #BREAKING: #Pennsylvania health officials announced Thursday the state's first confirmed case of the new #COVID19 variant. T….
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RT @InorgChem: The Gale Group @MGHMartinos shows how pH and concentration dependence of Fe(III) oxolation reactions can be reversibly contr….
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RT @InorgChem: Schmitt and coworkers report new Co(II) polygons in @InorgChem. These were used for water oxidation catalysis, highlighting….
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RT @DmochowskiIvan: Beautiful work by recent Ph.D. graduate Dr. Linlin Yang @DmochowskiUPenn introduces oligonucleotide that is activated b….
pubs.acs.org
Light-activated (“caged”) oligonucleotides provide a strategy for modulating the activity of antisense oligos, siRNA, miRNA, aptamers, DNAzymes, and mRNA-capturing probes with high spatiotemporal...
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Check out our efforts in exploring how each metal substitution in a tetrahedral metal-organic capsule influence the chemical shifts and exchange kinetics of guests!.
Am proud of postdoc Dr. Kang Du and coworkers @DmochowskiUPenn who brought this work to fruition during the pandemic. Promising next-gen MRI contrast agents! @PennChemistry.Paramagnetic Shifts and Guest Exchange Kinetics in ConFe4–n Metal–Organic Capsules
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RT @DmochowskiIvan: I'm super proud of my resourceful, hardworking team! @DmochowskiUPenn laboratory has continued to perform cutting-edge….
pubs.rsc.org
Detection of protein–protein interactions (PPIs) is limited by current bioanalytical methods. A protein complementation assay (PCA), split TEM-1 β-lactamase, interacts with xenon at the interface of...
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RT @LongLabCal: Check out our work in @ChemicalScience. Combining anisotropic trigonal bipyramidal metal centers with a semiquinone radical….
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Room-temperature skyrmion phase in bulk Cu2OSeO3 under high pressures
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RT @InorgChem: The new issue of @InorgChem is out, chock full of chemistry from all across the Periodic Table, including the cover article….
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RT @CLP_Institute: Proud to note that CLP's Recombinant Protein Production Core purified the new protein drug targets for #COVID_19 identif….
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RT @angew_chem: Parahydrogen-Induced Radio Amplification by Stimulated Emission of Radiation (Chekmenev) https://t.….
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