Vosch Lab

[Vosch Lab @VoschLab]

We made a single strand version of the Ag16Cl2 nanocluster using a thymine bridge. #DNA #silver #fluorescence #DNAAgNCs
https://t.co/M1h4PrrzyU

[Vosch Lab @VoschLab]

The structure of the DNA-AgNC stabilized by 5’-CACCTAGCGATTTTTCACCTAGCGA-3’ is now available online
https://t.co/2my2dIfyhv

The structure of the DNA-AgNC stabilized by 5’-CACCTAGCGATTTTTTCACCTAGCGA-3’ is now available online
https://t.co/EjN7lQeHVx

[Vosch Lab @VoschLab]

The structure of the DNA-AgNC stabilized by 5'-CCGCGCGTGCCGCGAA-3' is now available online
https://t.co/jpIXdi0UYG

[Vosch Lab @VoschLab]

We investigated position 3 and 8 in a 16 nucleobase sequence that stabilizes a Ag28 cluster. @SophiaBiophys #DNA #silver #fluorescence #DNAAgNC
https://t.co/rphnNcm8E3

[Vosch Lab @VoschLab]

Cecilia representing the lab at Pacifichem 2025 #Hawaii #DNAAgNCs

[Vosch Lab @VoschLab]

It was great to have Hiroki Kanazawa from @SophiaBiophys here last week. We learned a lot about analyzing x-ray diffraction data.

[Vosch Lab @VoschLab]

DNA-AgNCs can interact with silver carrying DNA stands and affect the photophysical response. collaboration with @nano4light

#DNA #silver #DNAAgNC

https://t.co/QB44jEa66E

[Vosch Lab @VoschLab]

Giacomo presenting our newest DNA-AgNC at #MAF2025 !

[Tinnefeld Lab @LabTinnefeld]

1/4 📢🥳now online: BROWNIAN DNA COMPUTING - Unlike fuel-driven molecular computing with high-energy barriers, it exploits thermal fluctuations.
Inputs rectify state access, enabling fast, low-energy computation. 📜More in our preprint: https://t.co/pMUaorDbdn

[Jiro Kondo (Sophia Biophysics Lab.) @SophiaBiophys]

Our original GACHAPON in the Sophia University Open Campus🧬

[Nano4Light Lab @nano4light]

🧪 New Poster Presentation at ICP 2025

Exciting research from the @nano4light Lab continues at #ICP2025!
Our PhD @ranierido99 presented his poster on the encapsulation of luminescent silver nanoclusters within gel matrix!

#Nano4Light #ICP2025 #Nanoclusters #Photocatalysis

[Vosch Lab @VoschLab]

Cecilia presenting DNA-AgNCs at the 26th ISPPCC in Milazzo, Italy. #silver #DNA #DNAAgNCs #FluorescenceFriday

[Metal_DNA Lab @Galindo_Lab]

Our paper in Inorganic Chemistry shows Ag⁺ prefers Watson–Crick over homobase pairing in 7-deazaadenine/thymine DNA. A new look at silver–base interactions!🔎🧬 #DNA #UGR @InorgChem See publication: https://t.co/sCMJH8QSDx

[Vosch Lab @VoschLab]

DNA2-Ag28Cl2, color-coded.
https://t.co/ly2PJmAdX1

[HelvChimActa @HelvChimActa]

Adam Sapnik @adamsapnik @CHEMUCPH presents ‘Structure of Atomically Precise Nanoclusters’ at @SCS_MatChem 2nd SCS MatChem Symposium #mat25 @MerkleInstitute

[Vosch Lab @VoschLab]

At the DYNANOINT workshop in Finland earlier this week. Nice to meet Hannu Hakkinen, Stacy Copp, Cathleen Crudden and Xie JianPing.

[Vosch Lab @VoschLab]

New fs-TA paper investigating excited state processes in DNA-AgNCs with different geometries. Collaboration with Junsheng Chen @CHEMUCPH
#silver #DNA #DNAAgNCs
https://t.co/NYa0wffm2a

[Vosch Lab @VoschLab]

Had a great time in Granada meeting Miguel (@Galindo_Lab ) and Antonio (@Antperio ) from UGR during ISMEC2025.
#Granada #Spain #DNA #silver

[Metal_DNA Lab @Galindo_Lab]

It was a pleasure meeting Tom @VoschLab during his visit to UGR; great conversations, including on silver-DNA systems and how they can lead to fluorescent nanoclusters🧬

[Metal_DNA Lab @Galindo_Lab]

Impressive research from Prof A. Houlton at @UniofNewcastle: "24-karat DNA: Integrating tunable electronically delocalized coordination chains into discrete DNA duplexes." (https://t.co/hVTbJtqQgO)