Isothiourea catalyzed atroposelective silyl protection of 1,1′-biaryl-2,6-diols via sequential desymmetrization and kinetic resolution doi.org/10.1016/j.cc...
Chinese Chemical Letters
@chinchemlett.bsky.social
A leading chemistry journal by Chinese Chemical Society and Elsevier @elsevierconnect.bsky.social, covering the whole field of chemistry. IF = 9.5 (2025). Posted by @zhichangliu.bsky.social on behalf of the editorial office. t.co/XTvPAyP30M
Multiscale Tendon–Mimetic Hydrogel Structures Via the Cascading Synergy of Chemical Microphase Separation and Mechanical Twisting–Weaving
SmartMat@smartmat.bsky.social · 3d agoMultiscale Tendon–Mimetic Hydrogel Structures Via the Cascading Synergy of Chemical Microphase Separation and Mechanical Twisting–Weaving doi.org/10.1002/smm2...
Sequential recognition of hydrogen polysulfides and formaldehyde via a cascade-activated two-photon probe for early-stage stroke imaging doi.org/10.1016/j.cc...
Multiscale Tendon–Mimetic Hydrogel Structures Via the Cascading Synergy of Chemical Microphase Separation and Mechanical Twisting–Weaving
SmartMat@smartmat.bsky.social · 3d agoMultiscale Tendon–Mimetic Hydrogel Structures Via the Cascading Synergy of Chemical Microphase Separation and Mechanical Twisting–Weaving doi.org/10.1002/smm2...
Multiscale Tendon–Mimetic Hydrogel Structures Via the Cascading Synergy of Chemical Microphase Separation and Mechanical Twisting–Weaving
SmartMat@smartmat.bsky.social · 3d agoMultiscale Tendon–Mimetic Hydrogel Structures Via the Cascading Synergy of Chemical Microphase Separation and Mechanical Twisting–Weaving doi.org/10.1002/smm2...
Multiscale Tendon–Mimetic Hydrogel Structures Via the Cascading Synergy of Chemical Microphase Separation and Mechanical Twisting–Weaving doi.org/10.1002/smm2...
Sequential recognition of hydrogen polysulfides and formaldehyde via a cascade-activated two-photon probe for early-stage stroke imaging
Chinese Chemical Letters@chinchemlett.bsky.social · 3d agoSequential recognition of hydrogen polysulfides and formaldehyde via a cascade-activated two-photon probe for early-stage stroke imaging doi.org/10.1016/j.cc...
Sequential recognition of hydrogen polysulfides and formaldehyde via a cascade-activated two-photon probe for early-stage stroke imaging
Chinese Chemical Letters@chinchemlett.bsky.social · 3d agoSequential recognition of hydrogen polysulfides and formaldehyde via a cascade-activated two-photon probe for early-stage stroke imaging doi.org/10.1016/j.cc...
Sequential recognition of hydrogen polysulfides and formaldehyde via a cascade-activated two-photon probe for early-stage stroke imaging doi.org/10.1016/j.cc...
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows @Westlake_Uni nature.com/articles/s41...
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Westlake University@westlakeu.bsky.social · 6d agoNew research from @zhichangliu.bsky.social group at Westlake University, published in Nature Communications @nature.com , reveals an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis. go.nature.com/4qAuQQR
Sequence dual-coordination-induced dynamic chirality in artificial racemic and meso macrocycles doi.org/10.1016/j.cc...
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Westlake University@westlakeu.bsky.social · 6d agoNew research from @zhichangliu.bsky.social group at Westlake University, published in Nature Communications @nature.com , reveals an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis. go.nature.com/4qAuQQR
New research from @zhichangliu.bsky.social group at Westlake University, published in Nature Communications @nature.com , reveals an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis. go.nature.com/4qAuQQR
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows - Nature Communications
Ring-opening metathesis polymerization (ROMP) of strained cycloalkenes emerged as an approach for synthesizing macromolecular materials but the ROMP of C=C bonds upon stretching remains unexplored. He...
go.nature.com
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Westlake University@westlakeu.bsky.social · 6d agoNew research from @zhichangliu.bsky.social group at Westlake University, published in Nature Communications @nature.com , reveals an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis. go.nature.com/4qAuQQR
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Westlake University@westlakeu.bsky.social · 6d agoNew research from @zhichangliu.bsky.social group at Westlake University, published in Nature Communications @nature.com , reveals an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis. go.nature.com/4qAuQQR
Unlocking Aliphatic Tertiary Amides as Versatile Substrates for Photocatalytic Reductive Cross-Coupling Reactions www.chinesechemsoc.org/doi/10.31635... #chemistry #openaccess #science
CCS Chemistry Article Highlight: Achieving Direct α-Heteroarylation of Amides and Esters under Mild Conditions, Eliminating the Need for Transition Metals Click to read: www.chinesechemsoc.org/do/10.5555/6... #chemistry #openaccess #science
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Zhichang Liu@zhichangliu.bsky.social · last wk.More strain. Slower reaction. We reveal an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis rather than accelerating it. We show how molecular strain can be engineered to control reaction kinetics. nature.com/articles/s41...
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Zhichang Liu@zhichangliu.bsky.social · last wk.More strain. Slower reaction. We reveal an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis rather than accelerating it. We show how molecular strain can be engineered to control reaction kinetics. nature.com/articles/s41...
More strain. Slower reaction. We reveal an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis rather than accelerating it. We show how molecular strain can be engineered to control reaction kinetics. nature.com/articles/s41...
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows @Westlake_Uni nature.com/articles/s41...
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Chinese Chemical Letters@chinchemlett.bsky.social · last wk.Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows @Westlake_Uni nature.com/articles/s41...
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Chinese Chemical Letters@chinchemlett.bsky.social · last wk.Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows @Westlake_Uni nature.com/articles/s41...
🎉 Congratulations to the winner of our #ACS2026 raffle George Padilla (Cornell University), who won a pair of Bose headphones and a CCS gift bag! Thank you to everyone who stopped by our booth! See you next year!
New in The Innovation Drug Discovery! Strategies for developing anti-Hantavirus drugs. A fatal hantavirus outbreak aboard a polar cruise ship offers a stark warning. This article details three key antiviral drug‑development strategies. doi.org/10.59717/j.x... #hantavirus #DrugDiscovery
Zeolite Nanosheet-Confined Pt–FeOx Catalysts for Reversible Hydrogen Cycling via the Methylcyclohexane–Toluene System www.chinesechemsoc.org/doi/10.31635... #chemistry #openaccess #science
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows @Westlake_Uni nature.com/articles/s41...
Stretching decelerates ring-opening metathesis at cis-olefins in stressed molecular bows
Zhichang Liu@zhichangliu.bsky.social · last wk.More strain. Slower reaction. We reveal an unexpected strain–reactivity relationship: stretching a cis-C=C bond decelerates ring-opening metathesis rather than accelerating it. We show how molecular strain can be engineered to control reaction kinetics. nature.com/articles/s41...
Cobalt-catalyzed highly enantioselective radical alkylation of indolizines with styrenes doi.org/10.1016/j.cc...
