Kang Du

[Robert Iafe @robertiafe]

If you are on/near the @CSUSM campus this Thursday stop by Markstein 103 during lunch time for the Dept. of #Chemistry & #Biochemistry Brown Bag Research Talks

~~All are welcome~~

We have three awesome undergraduates presenting their summer research projects
#undergradresearch

[Kang Du @KangDu10]

Check out our work on trapping xenon in molecular cage crystals up to 280 degree Celsius.

[Ivan Dmochowski @DmochowskiIvan]

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.
https://t.co/PKpFLJwcNO

[Kang Du @KangDu10]

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.

[Ivan Dmochowski @DmochowskiIvan]

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 https://t.co/IIzesfDNxK

[Chemjobber @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 chemist, please post the link to the position and tag it with "#chemjobs" so that we can move graduate students and postdocs to permanent positions

[Joe Zadrozny @JoeZadrozny]

Excited to share this tutorial from my group. My students worked really hard to make the topic as accessible as possible, and I think it shows. I hope chemists jumping into studying magnetic phenomena will find it useful!
https://t.co/hqpjUrTrZa

[The Nobel Prize @NobelPrize]

Tu Youyou discovered artemisinin – an anti-malarial that has saved the lives of millions of people worldwide.

Tu not only found a way to extract artemisinin from a traditional Chinese medicine, she also tested the new drug on herself to speed up development.

#WomenInScience

[Joe Zadrozny @JoeZadrozny]

I am looking for a postdoc for my group (research at the frontier of inorganic chemistry and magnetism 🧲) - please tell any interested graduating students to reach out to me!

[CBS Philadelphia @CBSPhiladelphia]

#BREAKING: #Pennsylvania health officials announced Thursday the state's first confirmed case of the new #COVID19 variant. The variant is the same one that was first discovered in England in mid-December.
https://t.co/is5bdZPqcx

[Inorganic Chemistry @InorgChem]

The Gale Group @MGHMartinos shows how pH and concentration dependence of Fe(III) oxolation reactions can be reversibly controlled through judicious ligand design and offer a powerful lever for bioresponsive modulation of MRI contrast. Please have a look: https://t.co/sgV6SeDg9G

[ACS Nano @acsnano]

RIP Mario Molina @UCSDnews https://t.co/XbwJ6ra51T

[Inorganic Chemistry @InorgChem]

Schmitt and coworkers report new Co(II) polygons in @InorgChem. These were used for water oxidation catalysis, highlighting the ability of such supramolecules to promote highly endergonic processes. Please take a look: https://t.co/0AQ08G5mvi

[J. Am. Chem. Soc. @J_A_C_S]

Complete dynamic reconstruction of C60, C70 and (C59N)2 encapsulation into an adaptable supramolecular nanocapsule, collaborative work by
@jjbarber0 @ferranfeixas @ribas_xavi
https://t.co/jIAUs2aHfh

[Ivan Dmochowski @DmochowskiIvan]

Beautiful work by recent Ph.D. graduate Dr. Linlin Yang @DmochowskiUPenn introduces oligonucleotide that is activated by caspase-3, a cellular protease. This sets an exciting precedent for oligos--so many small-molecule pro-drugs are activated by enzymes!
https://t.co/IiUY0e3X4h

[Kang Du @KangDu10]

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!

[Ivan Dmochowski @DmochowskiIvan]

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 https://t.co/LsKbV48y7V

[Ivan Dmochowski @DmochowskiIvan]

I'm super proud of my resourceful, hardworking team! @DmochowskiUPenn laboratory has continued to perform cutting-edge research in the middle of the pandemic, while prioritizing safety. Congrats, Zhuangyu, Ben, Serge, and Madison! @PennChemistry
https://t.co/nheMhn9yvW

[The Long Group @LongLabCal]

Check out our work in @ChemicalScience. Combining anisotropic trigonal bipyramidal metal centers with a semiquinone radical leads to strongly-coupled single-molecule magnets. @UCB_Chemistry https://t.co/ilneIJI61v

[Kang Du @KangDu10]

Room-temperature skyrmion phase in bulk Cu2OSeO3 under high pressures https://t.co/TMQDlxYiPa

[Inorganic Chemistry @InorgChem]

The new issue of @InorgChem is out, chock full of chemistry from all across the Periodic Table, including the cover article by Tomson et al on metal–metal bonding and ligand redox-activity in Fe, Co, Ni macrocycles. Check it all out here: https://t.co/oWikJbrXIO @ACSPublications

[CLP @CLP_Institute]

Proud to note that CLP's Recombinant Protein Production Core purified the new protein drug targets for #COVID_19 identified by the Center for Structural Genomics of Infectious Diseases: https://t.co/CBZ0pGrLrx #teamwork @NUFeinbergMed @ResearchNU @microProfMom #COVID

[Angewandte Chemie @angew_chem]

Parahydrogen-Induced Radio Amplification by Stimulated Emission of Radiation (Chekmenev) https://t.co/u73rvBFE7B