Chem (@chem_cp) 's Twitter Profile
Chem

@chem_cp

Launched in 2016, Chem is a Cell Press journal that is the home for high-impact, pioneering research in all sub-disciplines of chemistry.

ID: 3601635861

linkhttp://www.cell.com/chem calendar_today09-09-2015 19:59:26

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Online now: Multi-omics profiling of a self-assembling bioactive hydrogel for immunomodulation and myogenesis in volumetric muscle loss dlvr.it/TLf6Lt

Online now: Multi-omics profiling of a self-assembling bioactive hydrogel for immunomodulation and myogenesis in volumetric muscle loss dlvr.it/TLf6Lt
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Online now: Reductive coupling of acrylamides and carbonyls via solvated electrons from excited-state acridyl radicals dlvr.it/TLjn7l

Online now: Reductive coupling of acrylamides and carbonyls via solvated electrons from excited-state acridyl radicals dlvr.it/TLjn7l
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Online now: Confinement-intensified multi-heavy-atom effect in a tetrahedral iodine cage enables unprecedented capture of trace xenon and krypton dlvr.it/TLjxzm

Online now: Confinement-intensified multi-heavy-atom effect in a tetrahedral iodine cage enables unprecedented capture of trace xenon and krypton dlvr.it/TLjxzm
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Take a look at what our Cell Symposia #CSPlastics2025 speakers have published recently and chat with them about their research at the symposium in Amsterdam in October hubs.ly/Q03v_vtb0

Take a look at what our <a href="/CellSymposia/">Cell Symposia</a> #CSPlastics2025 speakers have published recently and chat with them about their research at the symposium in Amsterdam in October hubs.ly/Q03v_vtb0
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Online now: Suppressing molecular motions: A pathway to enhanced organic room temperature phosphorescence dlvr.it/TLw4Yt

Online now: Suppressing molecular motions: A pathway to enhanced organic room temperature phosphorescence dlvr.it/TLw4Yt
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Online now: Chiral C3-symmetric molecule assembly enabling topological nanotoroid, fused nanotoroid, and nanocatenane dlvr.it/TLx7Cs

Online now: Chiral C3-symmetric molecule assembly enabling topological nanotoroid, fused nanotoroid, and nanocatenane dlvr.it/TLx7Cs
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Online now: Blueprints for crystallinity: Coordination templates enable synthesis of atomically resolved covalent-organic frameworks dlvr.it/TLy6gp

Online now: Blueprints for crystallinity: Coordination templates enable synthesis of atomically resolved covalent-organic frameworks dlvr.it/TLy6gp
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Online now: Strategic scaffold redesign of ecteinascidins: An approach for generating anticancer macrocycles dlvr.it/TM09TW

Online now: Strategic scaffold redesign of ecteinascidins: An approach for generating anticancer macrocycles dlvr.it/TM09TW
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Online now: Production of biorenewable, enantiopure (S)-3-hydroxy-γ-butyrolactone for pharmaceutical applications dlvr.it/TM0DTz

Online now: Production of biorenewable, enantiopure (S)-3-hydroxy-γ-butyrolactone for pharmaceutical applications dlvr.it/TM0DTz
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Excited to hear from our keynote speakers Cyrille Bower (UNSW), John Hartwig (College of Chemistry), Imari Walker-Franklin | Microplastics Bae | PhD (RTI International) & Karen L Wooley (Texas A&M University) at Cell Symposia #CSPlastics2025. Register before August 1, 2025, and take advantage of our early bird rates: hubs.li/Q03yb7Vc0

Excited to hear from our keynote speakers Cyrille Bower (UNSW), John Hartwig (<a href="/UCB_Chemistry/">College of Chemistry</a>), <a href="/dr_imariwalker/">Imari Walker-Franklin | Microplastics Bae | PhD</a> (<a href="/RTI_Intl/">RTI International</a>) &amp; <a href="/karen_wooley/">Karen L Wooley</a> (<a href="/TAMU/">Texas A&M University</a>) at <a href="/CellSymposia/">Cell Symposia</a> #CSPlastics2025. Register before August 1, 2025, and take advantage of our early bird rates: hubs.li/Q03yb7Vc0