MOR_Fun research group
@MOR_Fun_Group
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Materiales Orgánicos Funcionales research group (FQM367).
Granada, España
Joined February 2020
📣 We are happy to announce our new logo 📣 Inspired in our previous design, highlighting multidisciplinarity with a common nexus, Organic Chemistry! 🧪 Welcome to MORe̸FUN 🎉 @CanalUGR
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Before Easter we farewell @FedeVillaLobo, who is joining the @nanosurflab as Postdoc! 👏 Our best wishes to your new stage Fede! The MOReFUN Group will miss you! 😀
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Diastereomeric Configuration Drives an On-Surface Specific Rearrangement into Low Bandgap Non-Benzenoid Graphene Nanoribbons | Journal of the American Chemical Society @CanalUGR
@icmm_csic
pubs.acs.org
Stereochemistry, usually associated with the three-dimensional arrangement of atoms in molecules, is crucial in processes like life functions, drug action, or molecular reactions. This three-dimens...
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🆕 Article from the MOReFUN Group @OrgBiomolChem ! Racemic tripeptides for enhanced biocatalysis! 👏 check it! ⬇️
pubs.rsc.org
Racemic assembly of minimalistic heterochiral tripeptides boosts their biocatalytic activity for ester hydrolysis. The amino acidic sequences are bioinspired and feature histidine (His) as a cataly...
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@DeliaMiguel81 @rguceda @CanalUGR @ffarmaciaUGR @UEQuimica_ugr @MOR_Fun_Group Always a pleasure to work with you @DeliaMiguel81 and the whole team 😉 . Our manuscript has now been published https://t.co/qfAqdbCwF2 . Thanks to all the people involved!
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Check out our latest work on carbon nanotubes with lysozime crystals as chiral moiety to study CISS effect on supramolecular hydrogels! @ChemMater congratulations to the team @CanalUGR @UAlberta @LEC_CSIC
✨ Exciting findings in chirality and spintronics! ✨ Take a look at our latest study that reveals how multiple chiral environments enhance chirality-induced spin selectivity (CISS). Thank you all for your work! https://t.co/O8MYXKU2Qu
@Gavirius @MOR_Fun_Group @UEQuimica_ugr
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Congrats to @fedeVillaLobos, @MOR_Fun_Group, @Campana_Lab, @amillan_ugr on their amazing discovery! A π-conjugated macrocycle with odd π-electrons showing global aromaticity and π-magnetism. Check it out here: https://t.co/LTQYoZOY5w
#Chemistry #Radicals @CanalUGR
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Extremely happy to share our latest work reporting a macrocyclic radical with global aromaticity, a huge congratulations to the whole team! @FedeVillaLobo @Campana_Lab @amillan_ugr a fabulous collaboration with @nanosurflab, @FZU_AVCR @CanalUGR
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Very happy to share our recently published @ChemSocRev on supramolecular gels as a crystallization tool together with @rcontmont @Gavirius and @jonathan_steed
pubs.rsc.org
Supramolecular gels are unique materials formed through the self-assembly of molecular building blocks, typically low molecular weight gelators (LMWGs), driven by non-covalent interactions. The...
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👏🏻 We also congratulate Bea for her recent Best Poster Prize at the @geqor Meeting! 👏🏻 Double congratulations! 🍾
Labile bioactive compounds can be visualised using Electrospray deposition and STM! Check out this alternative to crystallization in our just published @JPhysChem w @FedeVillaLobo @Brunodltorre @BenjaminMallada
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Labile bioactive compounds can be visualised using Electrospray deposition and STM! Check out this alternative to crystallization in our just published @JPhysChem w @FedeVillaLobo @Brunodltorre @BenjaminMallada
pubs.acs.org
Molecular structural elucidation can be accomplished by different techniques, such as nuclear magnetic resonance or X-ray diffraction. However, the former does not give information about the three-...
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Delighted to share our recently published Acc. Chem. Res. @ACSPublications about Chirality-Induced Spin Selectivity in Composite Materials, enjoy reading it! 👇 @CanalUGR @UAlberta
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📢New insights into helicene chiroptics! Have you ever dreamed with knowing the maximum rotational strength R without preparing the compound? Indeed it's possible! Are you curious about what are the best halogenated helicenes? Keep on reading!👇 https://t.co/7vm9jwQHdd
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All you need is H2O 💙 Organic Letters Vol.26No. 11-ACSPublications https://t.co/vJLf1mEDgg So Happy to have this beautiful work with my most beautiful people. @HuertosChemLab @AlbaMillan And have it on a beautiful cover that shows it :) Thanks! @JosJusticia @MOR_Fun_Group
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Delighted to share the beautiful artwork by @tania_jt highlighting the latest work published in @JOC_OL reporting the selective hydrogenation of unsaturated compounds https://t.co/kJ86ZcvDtB
@JosJusticia @fcienciasugr @CanalUGR
pubs.acs.org
All you need is water! The cover art illustrates the mild and highly controlled generation of H2 gas (white molecule) from the combination of H2O (red-white molecule) and Mn (light gray surface). The...
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#MyACSCover @ACS4Authors Making Science!! How to generate hydrogen gas from water, without any electrochemical methodology. Organic Letters Vol. 26 No. 11 - ACS Publications
pubs.acs.org
All you need is water! The cover art illustrates the mild and highly controlled generation of H2 gas (white molecule) from the combination of H2O (red-white molecule) and Mn (light gray surface). The...
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Very happy to see the new colorful periodic table of elements placed at the Chemistry Building of the @fcienciasugr @CanalUGR
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Check out our last collaborative work between @CanalUGR @IPCM_Sorbonne and @UniBasel_en, reporting the extraordinary photophysical and photochemical properties of a heteroleptic Fe(III) complex! 👇
Very excited to share the photophysical and photochemical properties of a well-known Fe(III) complex in @J_A_C_S @uequimicas @canalugr
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Enjoy reading our latest work on the enhancement of the Magnetic Dipole Transition Moment in helical systems. A rational design to boost your chiroptics 📣
Working in enantiopure helical compounds?Trying to enhance chiroptical properties?Have a look to our work combining machine learning&DFT calculations and enjoy this beautiful linear relationship between the area and magnetic dipole transition moment! 😍😍 https://t.co/MbyhuwvPO4
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Build up strain using a radical cascade reaction? Yes, it is possible!! Hope you enjoy reading our last work! 😄
Our latest work available for read on @ChemRxiv Great collaboration with @annika_b92 @DanielCavlovic @maxmayle92 @BlacqueO @CruzCarlosM @sabine_richert @JuricekLab π-Radical Cascade to a Chiral Saddle-Shaped Peropyrene | ChemRxiv - https://t.co/K23ErZIKln
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