Excited to keep pushing forward on sustainable lab practices, circular chemistry, and student‑led innovation. 💚
#GreenChemistry #SustainableChemistry #CircularEconomy #Catalysis #OrganicSynthesis
#WasteValorization #OpenScience #UCL #Chemistry #RECOMPENSE

www.hackedexams.com/item/114046/...
Science Of SyntHESIs ApplicATIons Of Domino TransformATIons In Organic SyntHESIs 2 2025 2026 Edition By Scott A Snyder First Attempt Exam Success Guide
#SyntHESIs #OrganicSyntHESIs #SuccessGuide #studyguide #testbank #testbank2025 #testbankexams #hackedexams

How can enzymes efficiently be evolved to have a broad substrate scope for #OrganicSynthesis?

In his talk at #Biochemistry2026, @stephanhammer.bsky.social addressed this question on the example of methyl transferases.
onlinelibrary.wiley.com/doi/10.1002/...
#Biochemistry #Evolution

Join 24‑ICOS 2026 in Łódź! Explore the latest in organic synthesis, connect with top scientists, and see how chemistry drives innovation.
@iupac.org

Abstract submissions are open!

July 5–10, 2026 | Łódź, Poland
Register today: icos2026.com

#ICOS2026 #OrganicSynthesis #Chemistry

Excellent #OrganicSynthesis is the basis of many #ChemBio projects. Nevertheless, we often do not present much of our synthesis.
I am excited to be at the Dutch Symposium on Organic Chemistry #Lunteren2026, where synthesis will take the center stage.
#ChemSky #OrganicChemistry #Science #Conference

If I have to concisely describe a process step as "suck solvent from column" does anybody know a less horny way to say that?

#Chemistry #OrganicSynthesis

🔔Issue 5 is available! Please read the cover article:

Electrochemically driven reductive coupling of nitroarenes with alkyl bromides by Jiayu Mo 𝘦𝘵 𝘢𝘭.

#Electrochemistry #OrganicSynthesis #CrossCoupling

#Free_to_read
🔗https://doi.org/10.1039/D5QO01269D

L-region-selective annulative π-extension through dearomative activation of polycyclic aromatic hydrocarbons

Peripheral regions of PAHs and annulative p-extension (APEX)

On the cover | Chemical Science
名古屋大学伊藤英人先生、RIKEN伊丹健一郎先生らによる L-region-selective annulative π-extension through dearomative activation of polycyclic aromatic hydrocarbons ⚗️
@hidetoito.bsky.social @kenitami.bsky.social @en.nagoya-u.ac.jp
pubs.rsc.org/en/content/a...

#PAHs #organicSynthesis

Join Us at ICOS 2026 in Łódź, Poland!
Albrecht's Research Group together with Lodz University of Technology invite you to the 24th International Conference on Organic Synthesis

🗓 5–10 July 2026

📷http://icos2026.com

#OrganicSynthesis #ChemistryConference #ICOS2026

An efficient and mild dibromination of aromatics using Fe(NO₃)₃·9H₂O/FeBr₃ at room temperature. This protocol delivers good to excellent yields, avoids hazardous Br₂, and is scalable to gram scale. 🧪

🔗 Read here: bit.ly/4riD0gk
#ChemSky #OrganicSynthesis #Halogenation #GreenChemistry

⚡🔬 Can #ElectricFields direct #ChemicalReactivity?

This graphical review by Prof. Thomas Wirth & team (🇬🇧) shows how oriented external electric fields can control reaction pathways, enhance selectivity, and reduce energy input in #OrganicSynthesis.

A must-read!
🔗 bit.ly/453gvCT
#ChemSky #OpenAccess

✨ 2025 highlights ✨

🥇 #1 Most Downloaded Paper of 2025

“Sodium Nitrite (NaNO₂): An Impressive and Efficient Nitrating/Nitrosating #Reagent in #OrganicSynthesis”
Graphical review by Lamark, Barbosa & Jordão

🔗 Read now: bit.ly/4b9Di3x
#ChemSky #Chemistry #OpenAccess

Discover the versatility of #cyanophosphates (CPs) in #OrganicSynthesis ⚗️ From homocoupling & dearomative allylation to benzonitriles & phosphinoyl cyanohydrins, Shinya Harusawa & Yoshihide Usami showcase a decade of breakthroughs!

👉 buff.ly/oeJI8md

Sun, Xu & Ye highlight advances in enantioselective γ- #lactam synthesis with chiral α-quaternary centers, one of the toughest challenges in #OrganicSynthesis ! Strategies include asymmetric functionalization of preformed rings & TM-catalyzed carbonylative cyclization⚠️

👉 buff.ly/3tCwIGC

🔬 You know a young innovator in #organicsynthesis? Great!
Nominate them for the Thieme–IUPAC Prize 2026!
🎖️ €5,000 prize
📩 Deadline: Dec 12, 2025
📤 Send to: marcus.white@thieme.de
More: thieme.de/en/thieme-ch...
@synlettjournal.bsky.social @synthesisworkshop.bsky.social @orgsynth.bsky.social

Had a lot of fun designing a cover for the latest contribution from Moschitto's team on sulfinyl radical precursors. If you work on late stage sulfonylation, this article is right up your alley!
#sciart ⌬ #research ⌬ #chemistry ⌬ #organicsynthesis

@ufscar.bsky.social @fau.de the Chinese University of Hong Kong
#AdvancedFunctionalMaterials #Photoelectrocatalysis #Photocatalysis #OrganicSynthesis #CarbonNitrides #MaterialsScience #TeamScience
Tricontinental collaborative work!

Research Fellow, Natural & Computing Sciences (NCS251R) | The University of Aberdeen Browse and apply for current job openings at the University of Aberdeen across various schools, departments and roles, including admin and academic.

📢 We're hiring!

Dr Rebecca Walker is looking for a talented and enthusiastic organic chemistry PDRF (3 year position) to work in her liquid crystals group on the EPSRC-funded project 'Chirality & the Ferroelectric Nematic Phase'

#OrganicSynthesis
#Chiral
#ChemSky 🧪

www.abdn.ac.uk/jobs/vacanci...

‘Stimulating discovery’ leads to strategy to swap oxygen in saturated rings Skeletal editing pushed beyond aromatic structures, sparking new opportunities in drug discovery

‘Stimulating discovery’ leads to strategy to swap oxygen in saturated rings #Science #Chemistry #OrganicChemistry #OrganicSynthesis #ChemicalEngineering #Innovation

Join the next Thieme #Cheminar focusing on the role of boron in #OrganicSynthesis! ​Chaired by our SynOpen Editor-in-Chief, Prof. Thierry Ollevier.

​📅 Oct 16, 3 pm (CEST)

​Don't miss the opportunity to connect with leaders in the field!

​🔗 Secure your spot: bit.ly/48sqMLq
#ChemSky #Chemistry

The first articles of the thematic issue “Non-central #chirality in organic chemistry” edited by Ken Tanaka and Naohiko Yoshikai are online: 
➡️ https://tinyurl.com/4fb68xdj
More to come soon! 
#OrganicSynthesis #stereochemistry #asymmetric #stereoselective #catalysis #MaterialsScience #BJOC 💎🔓

One-pot atom swap chemistry allows direct indole-to-benzimidazole conversion Industrial chemists set to benefit from addition to skeletal editing toolbox

One-pot atom swap chemistry allows direct indole-to-benzimidazole conversion #Science #Chemistry #OrganicChemistry #AtomSwapChemistry #OrganicSynthesis #ChemistryInnovation

Bypassing the abnormal Chichibabin reaction dead-end provides a biomimetic access to pre-haouamine Haouamines are highly constrained marine alkaloids possessing a unique in nature skeleton. The high degree of complexity of such alkaloids raises questions about their chemical assembly. This is addre...

Bypassing the abnormal Chichibabin reaction dead-end provides a biomimetic access to pre-haouamine by Mehdi A. Beniddir et al. 🔹 Biomimetic strategy avoids Chichibabin dead-end, enabling concise synthesis of pre-haouamine. 🌊
doi.org/10.1039/D5QO...
#OrganicSynthesis #BiomimeticChemistry #Alkaloids

Harnessing the synergistic power of light and electricity: an emerging frontier in catalytic heterocycle synthesis The strategic integration of photochemistry and electrochemistry in organic synthesis has opened new avenues for catalytic heterocycle synthesis. This highlight provides a comprehensive overview of ph...

Harnessing the synergistic power of light and electricity: an emerging frontier in catalytic heterocycle synthesis by Huang et al. ⚡🌞 Photoelectrocatalysis enables novel pathways for heterocycle formation. 🔗 doi.org/10.1039/D5QO...

#Photoelectrocatalysis #OrganicSynthesis #Heterocycles

Check out our editorial on the latest #ACSCentralScience #Collection featuring cutting-edge #Catalyzed #Enantioselective #OrganicSynthesis! @pubs.acs.org

#ChemSky #AcademicSky
⏩ pubs.acs.org/doi/10.1021/...

Submission to the thematic issue “Non-central #chirality in organic chemistry” edited by Ken Tanaka and Naohiko Yoshikai is still possible:
➡️ https://tinyurl.com/4fb68xdj
#OrganicSynthesis #stereochemistry #asymmetric #stereoselective #catalysis #MaterialsScience #BJOC 💎🔓

Divergent synthesis of two polycyclic frameworks containing tricyclic bridgehead carbon centers by gold-catalyzed cycloisomerization of o-cyclopropylidenemethyl-o′-alkynylbiaryls Compounds containing tricyclic bridgehead carbon centers are privileged structures in drug discovery. In this work, two different polycyclic scaffolds containing this substructure have been accessed b...

Divergent synthesis of two polycyclic frameworks containing tricyclic bridgehead carbon centers

by Manuel A. Fernández-Rodríguez & Patricia García-García et al.

🔗 doi.org/10.1039/D5QO...

#OrganicSynthesis #GoldCatalysis #PolycyclicCompounds #DrugDiscovery #MechanisticChemistry

🧪 Explore the latest in #chlorination #science with the graphical review by Vogel, Pinto & Candeias. From green methods to novel reagents, discover sustainable strategies shaping #OrganicSynthesis!

🔗 Read here: www.thieme-connect.com/products/ejo...

#OpenAccess #Chemistry

Inorganic reagents in photochemical reactions Inorganic reagents are safe, low-cost, easy to store, and easy to remove after a reaction. These properties make them attractive for direct use in organic synthesis. Inorganic reagents can serve as ra...

"Inorganic reagents in photochemical reactions" by Zhan-Yong Wang 𝘦𝘵 𝘢𝘭.

Inorganic reagents such as HCO₂Na/K, NaH₂PO₂, CF₃SO₂Na, CO, NH₃, NaN₃, etc., are used in photochemical reactions under mild, green conditions. 🌱💡

doi.org/10.1039/D5QO00888C
#Photochemistry #InorganicReagents #OrganicSynthesis