ACS Biomat Sci & Eng
@ACSBiomaterials
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This account is no longer active or monitored. For updates about ACS Biomaterials Science & Engineering, follow @ACSPublications.
Washington, DC
Joined January 2015
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To celebrate the 10th anniversary of ACS Biomaterials Science & Engineering and as a reflection of the quality work by our contributing authors from around the world, we created this Collection highlighting the most impactful articles. #ACSBSE Read Now π https://t.co/LGqJU5DwUO
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To celebrate the 10th anniversary of ACS Biomaterials Science & Engineering and as a reflection of the quality work by our contributing authors from around the world, we created this Collection highlighting the most impactful articles. #ACSBSE Read Now π https://t.co/WOUl0m5wRs
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To celebrate the 10th anniversary of ACS Biomaterials Science & Engineering and as a reflection of the quality work by our contributing authors from around the world, we created this Collection highlighting the most impactful articles. #ACSBSE Read Now π https://t.co/IqrJMsmAkI
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To celebrate the 10th anniversary of ACS Biomaterials Science & Engineering and as a reflection of the quality work by our contributing authors from around the world, we created this Collection highlighting the most impactful articles. #ACSBSE Read Now π https://t.co/2I7b28WKxd
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Nominations are open for the 2025 @ACSCatalysis Lectureship for the Advancement of Catalytic Science until 31 Dec 2024! In 2025, 3 awards will be given - one in biocatalysis/enzymology; one in heterogeneous catalysis, and one in homogeneous catalysis: https://t.co/Lug8kaUykL
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Chemical Recycling of Step-Growth Polymers Guided by Le Chatelierβs Principle Zhiyong Liu and Youwei Ma* #OpenAccess from ACS Engineering Au: https://t.co/GpeMpG21ef
#Perspective
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Look for our (@lekka_lab) new article in ACS Biomat Sci & Eng @ACSBiomaterials on how colchicine impacts melanoma cell invasiveness. We explore how targeting the Rho-ROCK pathway can help improve cancer treatment. #CancerResearch #Melanoma #Metastasis
pubs.acs.org
One of the most dangerous aspects of cancers is their ability to metastasize, which is the leading cause of death. Hence, it holds significance to develop therapies targeting the eradication of...
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So great seeing everyone at the @ACSBiomaterials Editors meeting at @BMESociety #bme2024 meeting @KaplanLab_Tufts
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To celebrate the 10th anniversary of ACS Biomaterials Science & Engineering and as a reflection of the quality work by our contributing authors from around the world, we created this Collection highlighting the most impactful articles. #ACSBSE Read Now π https://t.co/n0L6HA9WnP
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Celebrating 10th Anniversary of @ACSBiomaterials
https://t.co/OjWief6ccy an honor and a pleasure to serve along with @KaplanLab_Tufts and an amazing team of Associate Editors
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To celebrate the 10th anniversary of ACS Biomaterials Science & Engineering and as a reflection of the quality work by our contributing authors from around the world, we created this Collection highlighting the most impactful articles. #ACSBSE Read Now π https://t.co/jB72FVeZxq
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Great work led by Dr. Elena Marcello and Prof. I. Roy @ipsita2015 with @Boccaccini_Lab @profjcknowles and top int. π¬π§π©πͺπͺπΈπ³π±team: 3D Printing Polyhydroxyalkanoates for Antibiotic-Free Antibacterial Bone Scaffolds #OpenAccess @ACSBiomaterials
https://t.co/nuChI1DUNv
@MSCActions
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Ever wonder how a chrysalis stays safe during metamorphosis? π¦ Research in @ACSBiomaterials reveals that caterpillars weave silken support structures resembling hook-and-loop fasteners and safety tethers.
acs.org
Ever wonder how a chrysalis stays safe during metamorphosis? Research in ACS Biomaterials Science & Engineering reveals that caterpillars weave silken support structures resembling hook-and-loop...
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My new review on spider silk bioproduction is out in @ACSBiomaterials Thank you to my co-authors for being a great group to learn from and with on this riveting topic and to my PI @KaplanLab_Tufts for encouraging us to submit the work we were doing in a peer reviewed journal!π·οΈπΈοΈ
Nucleate proudly announces a seminal review on spider silk production, led by Ghita Guessous, @lablake93, Anthony Bui, @yelim_woo, and @gmanzanarezz. Read the review here:
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Excited to team up with @KaplanLab_Tufts & @Dr_SamuelLin to enhance the #biodegradation speed of #silk materials for @ACSBiomaterials. Collaboration with @TuftsBME, @Ortho_BIDMC, @BIDMC_Surgery, @HarvardMed. Check it out here: https://t.co/aBE7qJvGqj
#research
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Excited to share our latest study in @ACSBiomaterials, led by @RenhaoLu @CornellBME! We utilized a 3D lymphatic vessel model that drains various-sized nanoparticles (NPs), revealing size-dependent NP transport mechanisms in lymphatic drug delivery.
pubs.acs.org
Although nanoparticle-based lymphatic drug delivery systems promise better treatment of cancer, infectious disease, and immune disease, their clinical translations are limited by low delivery...
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Explore copy-editing options from a scientifically trained language model before your manuscript submissions for a selection of journals. Learn more about our free manuscript language editing service from @Writefullapp @digitalsci Learn more π https://t.co/41kXFaOPVH
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Both Editor-in-Chief and Executive Editor of @ACSBiomaterials got inducted into US National Academy of Inventors @AcadofInventors the same year #NAI2024 Congrats David! @AmerChemSociety
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Researchers have successfully developed a non-allergenic wheat protein base that can grow striated muscle and flat fat layers, mimicking the texture and composition of traditional meat. Learn more from @ACSBiomaterials: https://t.co/jZS6o7bEzK
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