Research group working on the development of hybrid metal-DNA systems with potential applications in nanoscience, led by Dr. Miguel A. Galindo at UGR @canalUGR
📢Excited to share our latest research!🧬
We show a DNA-templated strategy to organize Pd complexes on carbon nanotubes with atomic precision, yielding CNT-DNA-Pd hybrids with tunable dielectric properties. Full study at: https://t.co/xykCgXYGgO @CanalUGR
Enzyme Biomineralization in MOFs not only protects enzymes but modulates crystal surface reactivity and biocompatibility. Amazing work in @JACS by @eborrego_phd @RebeccaVismara @FalcaroGroup @JorgeAR_Navarro et al. See: https://t.co/i37rPEJ4lB
📢Latest results challenging long-standing assumptions: Proud collaboration with @MuellerChem showing that i-motif DNA is not compatible with forming multiple contiguous C–Ag(I)–C base pairs.🧬Angew. Chem. Int. Ed.: https://t.co/dLsFuZ41wa
Blunt-Force Assembly: Programmable DNA Architectures using π–π Stacking https://t.co/IrbSo1OR7X
We established the ability of mixtures of L- and D-DNA motifs to perform programmable co-assembly, demonstrating molecular recognition and coexistence between mirror molecular systems.
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
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🧬
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)