Ilies Team

Ilies Team @ UT, RIKEN CSRS; イリエシュチーム @ 東京大学, 理化学研究所 環境資源科学研究センター; 🇯🇵🇺🇦🇮🇳🇨🇳🇪🇬🇺🇸, 学生（東京大学, 岡山大学, 東京理科大学, 埼玉大学, 東京電機大学）since 2018

[Ilies Team @IliesTeam]

News & Views “A mechanochemical route to organosodium”: https://t.co/rT4zZfFzkf
A freeview link: https://t.co/vElOXVwXsD

[Nature Synthesis @NatureSynthesis]

Now online:

News & Views on the Article by @r_armstrong_lab, @erli_lu, @k0j1chem, @haj19932469 & co-workers

https://t.co/CQJ2ipFDyr

A mechanochemical route to organosodium by Sobi Asako

https://t.co/Gd8OCRbasM ($)

[Ilies Team @IliesTeam]

Honored that our recent @ChemicalScience article 'Transient π-coordination enables nucleophilic borylation of simple arenes’ (https://t.co/ufvJGTTBu6) has been selected for the journal’s 2025 most popular organic synthesis articles collection.
#ChemSciMostPopular

[Ilies Team @IliesTeam]

Our paper on a new spirobipyridine roof ligand for meta-selective C–H silylation under remote steric control is just out @J_A_C_S. https://t.co/h6rjqRHfUA

[Ilies Team @IliesTeam]

Another paper on π-coordination has just come out in @JOC_OL
https://t.co/Lp1VN0QTqc

[理化学研究所（理研） @RIKEN_JP]

π配位が芳香族化合物の新しい反応を可能にする
－ベンゼン誘導体の求核的ホウ素化反応－

doi: https://t.co/zkPYFQnfkv

詳細はこちらをご覧ください⬇️
https://t.co/N4EvQfO0OG

#理研プレス

[Ilies Team @IliesTeam]

Press release: https://t.co/KbdgJlvvGQ

[Ilies Team @IliesTeam]

“Transient π-Coordination Enables Nucleophilic Borylation of Simple Arenes” - now published in @ChemicalScience https://t.co/IMtcS4NQK0

[Ilies Team @IliesTeam]

@Alc_Rimbaud @Music_Dialogue 小西先生，お言葉ありがとうございます

[Ilies Team @IliesTeam]

See also: https://t.co/65cMn6UEGQ

[Ilies Team @IliesTeam]

Our viewpoint article “Spirobipyridine Ligands as a Unique Platform for Substrate Recognition and Reaction Control through Noncovalent Interactions” has been published in @ACSCatalysis @ACSPublications, and featured on #MyACSCover. https://t.co/Hvn0jEEATP

[Nature Synthesis @NatureSynthesis]

Now online:

News & Views on the Article by @IliesTeam, @evaheviagroup, S Asako & co-workers @DCBPunibern @RIKEN_JP

https://t.co/oSXT5xenHU

Coupling reactions using iron–sodium pairs by Jos Briggs-Pritchard & Michael Neidig @UniofOxford

https://t.co/PxSbjN7FnW ($)

[Andreu @antorna]

Check out our latest collaboration with these fantastic scientists at @RIKEN_JP, where we have been able to pair sodium organometallics with iron catalysis for cross-coupling reaction! Now in open access!

[Prof Hevia 🇺🇦 @EvaHeviaGroup]

#Na and #Fe, a match made in heaven! Beyond excited to be part of this work with @IliesTeam and Sobi Asako @RIKEN_JP reporting the uses of #organosodium reagents in #iron catalysed #crosscouplings Congratulations to everyone including @antorna and @D4vdNdrson @DCBPunibern

[理化学研究所（理研） @RIKEN_JP]

プレスリリース｜豊富なナトリウムと鉄でサステイナブル合成に成功
－カップリング反応の歴史に新たな1ページ－

doi: https://t.co/ckbwfwwnrp

詳細はこちらをご覧ください⬇️
https://t.co/HG87oTs7Tk

#理研プレス #科学道

[Ilies Team @IliesTeam]

press release: https://t.co/6jPdLh3MAj

[Ilies Team @IliesTeam]

Two abundant and non-toxic metals have met to join the repertoire of sustainable coupling. Our latest work on iron-catalyzed coupling of organosodium compounds is just out @NatureSynthesis. Many thanks to @antorna @D4vdNdrson @evaheviagroup for the fruitful collaboration!

[Nature Synthesis @NatureSynthesis]

Now online & open access:

Article by I Takahashi, @antorna,@D4vdNdrson, @IliesTeam, @evaheviagroup & S Asako @DCBPunibern @RIKEN_JP

Iron-catalysed direct coupling of organosodium compounds

https://t.co/oSXT5xdPSm

[Angewandte Chemie @angew_chem]

Remote #HydrogenBonding between Ligand and Substrate Accelerates C–H Bond Activation and Enables Switchable Site Selectivity (Laurean Ilies and co-workers) @IliesTeam • https://t.co/zwKkb2KxDj

[Ilies Team @IliesTeam]

sharable link: https://t.co/Cn7mYW6tn4

[Ilies Team @IliesTeam]

Our paper on new Spirobpy ligands capable of recognizing pyridines and quinolines by hydrogen bond interaction is just out @angew_chem. https://t.co/C88MxkZtlD

Press release: https://t.co/WuXgcOfbZJ

[理化学研究所（理研） @RIKEN_JP]

プレスリリース｜高い触媒性能を持つ新イリジウム触媒を開発
－水素結合による基質認識で反応を制御－

doi: https://t.co/uvQCytoDya

詳細はこちらをご覧ください⬇️
https://t.co/hCHylMnTzD

#理研プレス #科学道