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Please note that this account is not currently active. For updates about ACS Applied Bio Materials, please make sure you are following @ACS_AMI.
Multimodal synergistic inactivation of #superbugs using a MoS2-based theranostic nanoplatform acspubs.co/mJbc30nR3xy #photodynamic #biomaterials
A supramolecular switching surface that can be easily switched between bactericidal and antifouling states by host−guest interaction acspubs.co/mq9m30nR0Ct #biomaterials
Recent #ACSEditorsChoice: Structural Characterization of Fucoidan from Laminaria hyperborea: Assessment of Coagulation and Inflammatory Properties and Their Structure–Function Relationship acspubs.co/GTxE30nHj3b #NMR @NTNU @KTHresearch
Trojan #Antibiotics: New Weapons for Fighting Against Drug Resistance acspubs.co/grpd30nEIAL #drugresistance
Thanks for publishing with us, @rameshraliya. Great to have you and the team on board!
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The materials research field is growing, and so is our portfolio! Expand your expertise with free access to the January issues of the 5 @ACS_AMI specialty journals throughout 2019: acspubs.co/7Pmj30nD3Dv
Flexible materials are important for the development of neural probes in recording stable signals in vivo. Here, researchers in Japan present inkjet-printed, flexible neural probes for spike recording by using polymeric thin films acspubs.co/tWiD30nD1NJ #polymer #electronics
ACS Applied Bio Materials retweeted
All of the January 2019 issues of our new materials research journals are now freely available. Discover this portfolio of peer-reviewed specialty journals spanning energy, nano, bio, polymer, and electronic materials. acspubs.co/iV0A30nAQxP @ACS_AEM @ACS_ABM @ACS_ANM
Pillar bending by B. subtilis at the latest stages of evaporation, from 'Bacterial Footprints in Elastic Pillared Microstructures' acspubs.co/WTgY30nuLWC #bacteria @LivUni @KAUST_News @UTwente
Aggregation-Induced Emission: A Trailblazing Journey to the Field of #Biomedicine acspubs.co/aA5F30nuKsg
Hydrogel for wound healing containing silver #nanoparticles produced by gamma irradiation; these nanoparticles act as a shield protecting from any bacteria, while the hydrogel provides an ideal environment for the wound to recover acspubs.co/x0pT30nuKjO
Surface topography with chemical modification manipulates stem cell differentiation into neuronal lineage: acspubs.co/trFT30ns4Vb #stemcells
Water droplets roll off the surface of a stearic acid-modified starch/chitosan composite sponge with asymmetric and gradient wettability, from acspubs.co/kcSi30ns6A6. Testing indicated this self-cleaning and stain-repellent material is a promising candidate for wound-dressing
Nanotechnologies for Medical Devices: a Review of Potentialities and Risks acspubs.co/5okO30ns5j5
ACS Applied Bio Materials retweeted
You've got until Friday to nominate a colleague for the 2019 ACS AMI Young Investigator Award! acspubs.co/d2zT30nuNoz
Shao Su, Lianhui Wang et. al developed a MoS2-based colorimetric immunosensor for CEA detection based on the catalytic reaction of 4-NP+NaBH4 acspubs.co/TdUq30ns5e1
Graphene-based nanomaterials (GMs) exert more impact on salivary bacterial activity than their community ecosystem, and can effectively eradicate salivary bacteria acspubs.co/RPdy30ns56N
Cellulose immobilized palladium (0) nanoparticles prepared for scalable catalytic reactions in flow. To provoke the reduction of the immobilized Pd(II) to Pd(0), the cellulose-supported palladium was exposed to 1 atm of hydrogen gas. Here's the reaction! acspubs.co/1BfC30ns8LG















