Alex Mikherdov

Supramolecular and Coordination Chemist: PhD at St Petersburg University - JSPS PostDoc at Hokkaido University - MSCA Postdoc at TU Dortmund

[Alex Mikherdov @mikherdov]

Excited to see our work on multi-stimuli transformations of Pd(II) assemblies featured on the cover of @angew_chem! Really happy that my artwork was chosen for the cover again. https://t.co/IoODjrCsKr

[Clever Lab @guido_clever]

Depending on cage topology, a flexible ligand can bury or expose its reactive site: #justpublished @angew_chem, @mikherdov, Zhiwei, and @PriscilaGiaB created a multi-stimuli responsive network from adaptive benzil-based Pd(II) #cages
@SolvationSci @grk2376
https://t.co/JBgS59NSjM

[Alex Mikherdov @mikherdov]

@pranaymaitra09 Depends on the case, in some cases (homoletic cages) there is quite strong binding capable to act as the cage-to-cage transformation stimulus, in the other there is only weak exo-binding.

[Alex Mikherdov @mikherdov]

Our work on a multi-stimuli transformational network of Pd(II) #cages has just been published in @angew_chem! Many thanks to @guido_clever, Zhiwei Zeng, and @PriscilaGiaB! https://t.co/IoODjrCsKr

[Alex Mikherdov @mikherdov]

@pranaymaitra09 Thanks. At this stage, this is more a proof of concept but the studied post-assembly modification could be utilized for signaling cascades by introducing functional moieties into assembly while simultaneously releasing a guest and a secondary ligand/assembly.

[Alex Mikherdov @mikherdov]

@MarcosMartFdez Thanks!

[A. Priscila Gia @PriscilaGiaB]

Excited to share that our work has just been published in @angew_chem Int. Ed.! 🎉
This work was carried out during my research stay in @guido_clever's group. Many thanks to everyone who contributed, especially @guido_clever, @mikherdov, and Zhiwei Zeng.
https://t.co/zHT03xpJCb

[Jin Research Group @MingooJin]

Check out our recent work "Stepwise introduction of dipole blades into triptycenes: opening the variety of crystalline molecular packing modes" which is now online in @CrystEngComm. Congratulations, Hikaru and all collaborators!!

https://t.co/sCn7A8SIer

We found that changing the number of dipoles in triptycene tunes the intermolecular packing from two-dimensional intermeshed structures to helical structures, offering a novel insight for engineering triptycene-based supramolecular materials.

[BMSchmidtlab @BmSchmidtlab]

In our recent paper, we report for the first time, the use of carbon-carbon-bond-based radicals for the synthesis of (porous) organic cages with unique reactivity. Congratulations to Yannic for making it work 🧪🔥

https://t.co/82l1edMrbg

[Larissa von Krbek @vkrbek]

(1/3)🚨 Excited to share Lidón’s and Max’s work on #photoswitchable #MetalloSupramolecular capsules, with a #MolecularRatchet and #OutOfEquilibrium structures, in
@ChemicalScience!

👀https://t.co/PdQ8ZaFKVc

#KrbekGroup
#ProudPI
#SupramolecularChemistry
#ChemTwitter
#WomenInSTEM

[Chem @Chem_CP]

Online now: Multiply entangled receptors for high-affinity anion recognition in water https://t.co/AmyPLjevkg

[Aggregate @AggregateOA]

Coupling Molecular Rotation and Symmetry to Control Solid-State Chiroptical Properties in Crystalline Chiral N-Heterocyclic Carbene Au(I) Complexes
https://t.co/bezdN0a9J8

[Alex Mikherdov @mikherdov]

Check out our recent work in @AggregateOA on the interplay of molecular motion and symmetry in crystalline gold(I) complexes to control their chiroptical properties. Congrats to @PingyuJiang, @MingooJin, @haj19932469, and thanks to @ICReDDconnect!

https://t.co/KCtc5F0U8w

[Ben Pilgrim @BenSPilgrim]

The group has a new preprint out on ChemRxiv, continuing our work into understanding intermediate-sized palladium cages: A framework for accessing elusive intermediate-sized PdnL2n (n = 8, 9) metal-organic cages.
https://t.co/yymWK1mBlI

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

On the cover of this week's issue: "Dual Cation/Anion Binding in Crown Ether-Based Coordination Cages"

Read it here 🔗 https://t.co/rmKSAFGv7b

[Alex Mikherdov @mikherdov]

@MartiRujas_Lab Thank you!

[Alex Mikherdov @mikherdov]

Excited to see my artwork for our recent work on dual cation/anion binding Pd(II) coordination cages featured on the cover of @J_A_C_S!
Check out the paper here: https://t.co/fbdsIBG7l2

@guido_clever @KwanShing1125

[Alex Mikherdov @mikherdov]

@kai_wu513 Thanks a lot!

[Alex Mikherdov @mikherdov]

@vtemarticent @J_A_C_S @guido_clever @KwanShing1125 Thanks!

[Marco Ovalle @MarcoOvalleMA]

Incredibly excited to share the final piece of work from my PhD. In this very enjoyable collaboration between the @ribas_xavi and @FeringaLab we were able to rotate a motor guest inside a molecular cage. Check it out in the link 👇 @J_A_C_S @univgroningen
https://t.co/F3fsRYa387