Olivier Baslé (@OBasle) profile picture

Olivier Baslé

@OBasle
 Toulouse, France
lcc-toulouse.fr/auteur731.html?lang=fr
Joined October 2016
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Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)Photo by Olivier Baslé (@OBasle)
So grateful to Dr @OBasle , and with @Smietana_M , we're on to launch the LUNA project, funded by ANR2026 !! Really impatient to see the results
Image from Christophe Coudret (@ChristopheCoud4)
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Canac Yves (@CanacYves) profile picture
Canac Yves@CanacYvesJul 10
Please have a look at the accepted version of our article in Inorganic Chemistry about photoluminescent tris-heteroleptic Ru(II) complexes based on phosphonium ylide ligands! doi.org/10.1021/acs.inorgche… A great collaboration with @OBasle @LCC_CNRS Audrey Auffrant @Polytechnique
Ligand-Controlled Redox and Photophysical Properties in Photoluminescent Tris-Heteroleptic Ru(II)...

Ligand-Controlled Redox and Photophysical Properties in Photoluminescent Tris-Heteroleptic Ru(II)...

Abstract. The ability to tune the redox and photophysical properties of transition metal complexes is crucial for expanding their functional scope across d

pubs.acs.org
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Michael Smietana (@Smietana_M) profile picture
Michael Smietana@Smietana_MMay 19
Excited to share our new paper in Nature Communications in collaboration with @OBasle ! We report the first artificial metallo-photoDNAzyme enabling highly enantioselective visible-light photochemistry via a DNA-embedded iridium photocatalyst. nature.com/articles/s41467-0…
Image from Michael Smietana (@Smietana_M)
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Air- and Water-Persistent C-Centered Radical Anion Based on FLP-Type-Activated CO2 (@JACS_Au): pubs.acs.org/doi/10.1021/jac… (@NTeam_SMAc, @OBasle, @LCC_CNRS, @Morales_Chem).
Image from Boron-Chem-Research (@Boron_Chemistry)
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Agustín Morales (@Morales_Chem) profile picture
Agustín Morales@Morales_ChemFeb 26
Thrilled to share my first corresponding author paper with my PhD supervisors S.Bontemps (@NTeam_SMAc), @OBasle (@LCC_CNRS) & A.Lledos (@UABBarcelona)! Our air- & water-persistent CO₂ radical anion via FLP activation is now in JACS Au(@ACSPublications) pubs.acs.org/doi/10.1021/jac…
Air- and Water-Persistent C‑Centered Radical Anion Based on FLP-Type-Activated CO2

Air- and Water-Persistent C‑Centered Radical Anion Based on FLP-Type-Activated CO2

Abstract. Organic radicals play pivotal roles in chemistry, biology, and materials science. Although typically short-lived and highly reactive, considerabl

pubs.acs.org
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Michael Smietana (@Smietana_M) profile picture
Michael Smietana@Smietana_MJan 14
📢DNA templates are no longer required for efficient nucleic acid ligation. 💡We introduce Charge-Transfer Assisted Ligation (CTAL): a new templated reactivity based on π-stacking donor–acceptor interactions (DAN/NDI), not base pairing. 📄 Open access: chemistry-europe.onlinelibra…
Image from Michael Smietana (@Smietana_M)
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The adventures of Tin–Tin continue! 🚀 Tin—Tin π bonding enables alkali-metal reduction in our new Angewandte Chemie Communication (@angew_chem) with the dream team @KyleGPearce, @clairemcmullin, Louis, @EmRichards_EPR, and Mike. Wrapping year up nicely! doi.org/10.1002/anie.2025240…
Tin—Tin π Bonding as a Conduit for Alkali‐Metal Reduction

Tin—Tin π Bonding as a Conduit for Alkali‐Metal Reduction

Reactions of the doubly reduced distannynes, [Ar′SnSnAr′M2], (Ar′ = C6H3-2,6-Dipp; M ═ ′Li, Na, K), with the successively heavier alkali metals (M) result in reduction of M, which is proposed to...

onlinelibrary.wiley.com
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N-centered, yet persistent: isolation of N2O-based radicals through FLP-type stabilization (@LCC_CNRS, @Queyriaux_Chem): pubs.rsc.org/en/content/arti… (@chemicalscience).
Image from Boron-Chem-Research (@Boron_Chemistry)
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Canac Yves (@CanacYves) profile picture
Canac Yves@CanacYves15 Dec 2025
Our lastest contribution concerning photoluminescent P-ylides Ru(II) bipyridyl complexes : a joint experimental and theoretical comparative study, in Inorg.Chem., 2025, Advance Article doi.org/10.1021/acs.inorgche… AudreyAuffrant@AntonioMonari@OBasle@CanacYves@LCC_CNRS
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🚨 New paper from the MAC Group (UMR CNRS-UBO 6521 CEMCA)! @TTroadecChem research! Charline Sire’s PhD (ANR JCJC #SMARTFLUOR) reports the first BF₃-appended cyclen complexes as ultrafast ¹⁹F MRI probes 🧪✨ 👉 doi.org/10.1039/d5dt01834j @UBO_UnivBrest @CNRSchimie @DaltonTrans
Image from Raphaël Tripier & MAC Research Group (@RTripier)
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Canac Yves (@CanacYves) profile picture
Canac Yves@CanacYves9 Jun 2025
Our last contribution about photoluminescent P-ylides Ir(III) complexes in Chem. Commun., 2025, Advance Article doi.org/10.1039/D5CC02320C @OBasle@CanacYves@LCC_CNRS
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Michael Smietana (@Smietana_M) profile picture
Michael Smietana@Smietana_M6 Jun 2025
Kudos to @PastorelZachary and Juliette Zanzi Great Team work with @OBasle @CanacYves @arseniyadis @elisejdumont and Alessio Bartocci @CNRS @umontpellier @IBMM_Balard @ChemBioNAC @LCC_CNRS @NiceChemistry
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Michael Smietana (@Smietana_M) profile picture
Michael Smietana@Smietana_M6 Jun 2025
Our work on Enantioselective Artificial PhotoDNAzyme now live on ChemRxiv tinyurl.com/mwtpd96u Our work merges synthetic transition-metal photocatalysis with the chiral environment of DNA to achieve visible-light-driven, enantioselective [2+2] cycloadditions.
Image from Michael Smietana (@Smietana_M)
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#EurJOC Recent Development of DNA-based Biohybrid Systems Driven by Light (Michael Smietana and co-workers) @Smietana_M @OBasle @Chembionac • onlinelibrary.wiley.com/doi/…
Recent Development of DNA‐based Biohybrid Systems Driven by Light

Recent Development of DNA‐based Biohybrid Systems Driven by Light

Merging the fields of photochemistry and DNA-based materials paved the way for unprecedented reactivities and applications. This review focuses on recent developments around the design of biohybrid...

chemistry-europe.onlinelibrary.wiley.com
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Recent Development of DNA‐based Biohybrid Systems Driven by Light 👉chemistry-europe.onlinelibra… @OBasle @CanacYves @PastorelZachary @ChemBioNAC @umontpellier @IBMM_Balard
Image from Michael Smietana (@Smietana_M)
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Agnideep Das (@das_agnideep) profile picture
Agnideep Das@das_agnideep10 Jan 2025
The new year starts with this fantastic article! 💡Finally it is online @angew_chem (Hot paper) We showed how we could move away from Fe=O heme paradigm to high-valent metal-difluoride for effective fluorination of saturated hydrocarbons in high yield. 👉onlinelibrary.wiley.com/doi/…
High‐Valent Cobalt‐Difluoride in Oxidative Fluorination of Saturated Hydrocarbons

High‐Valent Cobalt‐Difluoride in Oxidative Fluorination of Saturated Hydrocarbons

Polyamine-supported CoII complexes catalyzed the oxidative fluorination of saturated hydrocarbons, in some instances selectively, when combined with Selectfluor and CsF, producing fluorinated...

onlinelibrary.wiley.com
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Arseniyadis (@arseniyadis) profile picture
Arseniyadis@arseniyadis8 Jan 2025
A great start of the year with the first paper of the group, and it’s in @JACS_Au 🙃 Synthesis of functionalized allylboranes from nitro allyl and allyl sulfones. doi.org/10.1021/jacsau.4c008… @Chemistry_QMUL @ENSTAParis @IP_Paris_ @QMUL 1/n
Merging Copper Catalysis with Nitro Allyl and Allyl Sulfone Derivatives: Practical, Straightforwa...

Merging Copper Catalysis with Nitro Allyl and Allyl Sulfone Derivatives: Practical, Straightforwa...

Abstract. We report here the first example of a copper-catalyzed transformation involving nitro allyl derivatives. This borylation reaction, which exploits

pubs.acs.org
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Take a look at 'Photoluminescent ruthenium(ii) bipyridyl complexes containing phosphonium ylide ligands' From @CanacYves, @AntonioMonari, @OBasle and colleagues. pubs.rsc.org/en/content/arti…
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Canac Yves (@CanacYves) profile picture
Canac Yves@CanacYves2 Nov 2024
Take a look at the final version of our article in Chem. Commun. about photoluminescent Ru(II) bipyridyl complexes based on phosphonium ylide ligands! doi.org/10.1039/D4CC05050A Fruitful collaboration with @OBasle @AntonioMonari @univ_paris_cite @ItodysC @ITODYS_lab @LCC_CNRS
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Making Ru complexes shining with phosphorus and photocatalyze. @ChemCommun @CanacYves @OBasle @univ_paris_cite @ItodysC @ITODYS_lab @LCC_CNRS pubs.rsc.org/en/Content/Arti…
Image from Antonio Monari (@AntonioMonari)
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