Divita Mathur (her-she)

A 7-institution collab with coauthor Sebastian Diaz @usnrl, @CaptainFRET, @quantumDNAgroup @CWRUchemistry presents you #DNA #nanotechnology-enabled #photonics in @RoySocChem. Learn what all the fuss is about #FRET #Fluorescence #nano pubs.rsc.org/en/content/art…

Check out 'Differential electrophoretic mobility of synthetic DNA motifs and duplex DNA in various counter ions' by Arun Richard Chandrasekaran & Akul Patel @arunrichardc buff.ly/4fbv76a

Dr. Ravi Saraf's lab @UNL_ChemEng seeking postdocs and PhD students to build an NIH funded program leveraging microRNAs. Check them out!

Direct visualization of allostery in artificial DNA origami arrays or how we used a novel double FRET probe to study and engineer the coupling between antijunctions. Great cooperation with the labs of Yonggang Ke & Dongfang Wang now out in @Nature Comms nature.com/articles/s4146…

This week begins the first Colloquium lecture of our year-long series. To start us off, our very own Dr. Shane Parker @QuantumParker will be giving his lecture this Thursday, August 29 at 11:30am in DeGrace 312. @CWRUartsci @CaseEngineer @CWRU_ChBE @PhysicsCWRU

@CCrespo2012 We sorely missed you! We photoshopped the photographer @DrP_CWRU maybe we can photoshop you in too ;)

@DivitaMathur I would have liked to be there!

Our department 💪

We are hiring! A tenure-track Assistant Professor position in Chemistry: the use or development of AI/ML in chemical biology, drug discovery, materials discovery, and/or energy conversion and storage. #chemjobs case.edu/academic-caree…

📢📢 Switchback DNA is a globally left-handed double helical motif formed by 2 parallel DNA strands. Our new work in @NatureComms presents its unique biophysical, biochemical & immunogenic properties & hypothesizes its occurrence in short tandem repeats. 🔗bit.ly/3WyIncU

A fantastic group to join for a #PhD focussed on #photonics #mentorship #DNAnanoscience!!!

We are hiring! Two full-time lecturer positions! #chemjobs 👇 apply.interfolio.com/149812 apply.interfolio.com/149813

What do the freezing process and the 2022 Nobel Prize in Chemistry have to do with the functionalization of nanoparticles ... and why would it matter? Check out our latest work out in @J_A_C_S tinyurl.com/mr27z9j6 in collaboration with @HiroshiSug61443 and Denis Garoli. 1/4

Folding of mRNA-DNA origami for controlled translation and viral vector packaging biorxiv.org/content/10.110…

@EsraOkty_ @Mason_CEC Lucky to have you as a part of our team science!

While working on DNA origami technology @Mason_CEC , I had the opportunity to meet and collaborate with @DivitaMathur, who is inspiring with her discipline and strong commitment to science. I am really happy to be part of one of her amazing works.

Special thanks to our peer reviewers who provided constructive feedback!

DNA is highly malleable - even if you fold it into a complicated shape, it can be read and processed by the central dogma of life! We characterized a Gene-Encoding DNA NP in a Cell-Free System with @USNRL & @EsraOkty_ in @ACS_ANM pubs.acs.org/doi/abs/10.102…

I'm really excited to see this work in its published form and thank the co-authors, editor, and reviewers. There's been a lot of mystery surrounding Trichodesmium specialized metabolites and we've uncovered quite a bit of it here. But still more questions! pubs.acs.org/doi/10.1021/ac…

We are running Nano-Innovator Grant again! Please help spread the word tilabberkeley.com/nano-innovator…

Designer peptide–DNA cytoskeletons regulate the function of synthetic cells dlvr.it/T5vT3x nanotechnology

Our work on the anomalous electrophoretic behavior of DNA motifs in barium is now online. Check it out here: bit.ly/3xPqbD2 @ACS_AMI @ACSPublications @TheRNAInstitute @UAlbanyLSRB @UAlbanyNews @MadhanG @aarodg

@WONDER_DNA Sucks that I will miss WONDER's first year at FNANO!

We are getting ready for #FNANO24! See you there! 🧬