Inspired by the structure of amyloid polypeptides and the spinning process of spiders, this study combines an amyloid artificial #SpiderSilk protein strategy and #AirSpinning technology to #3Dprint multifunctional artificial spider silk. Read: go.acs.org/aLh

The latest issue of Precision Chemistry features the second set of articles devoted to 2D materials. Check it out here 👉 go.acs.org/aLn

Single nanopores are fabricated in suspended TMD hetero-bilayers. Visible light powered ionic transport and molecular translocation phenomena are discovered through the atomically-thin nanopores. Read it here 🔗 go.acs.org/aLx

From the cover of ACS Nano: Demonstration of the reversibly controlled, ultrafast #Superwettability transition of 3D #graphene foams by solvent-exclusive #microwave treatments. POSTECH Chemistry, POSTECH Read: go.acs.org/aMi

Researchers at Freie Universität have developed a library of amphiphilic nanogels (ANGs), which possess accurately tunable network hydrophobicity while still maintaining their colloidal structures as versatile stabilizers for pickering emulsions. #OpenAccess: go.acs.org/aMl

Researchers at University of Glasgow University of Glasgow Chemistry research introduces "electromagnetic enantiomers" a groundbreaking strategy to induce chirality in molecules using light within engineered nanocavities providing a simpler route to asymmetric chemistry Read it here 🔗 go.acs.org/aMF

Demonstration of a hybrid #MOCVD growth method for the efficient synthesis of 2D semiconducting transition-metal dichalcogenides (#TMDCs) with tunable morphologies. #2DSemiconductors Stanford Materials Science and Engineering Stanford University SLAC Read: go.acs.org/aMI

This review from University of Waterloo Chemical Engineering University of Waterloo جامعة خليفة للعلوم والتكنولوجيا discusses the interaction interface of advancements in #MolecularModeling, #MLAlgorithms, & atomic simulation methods to comprehend the creation of #MOFs for #CO2Capture. Hossein Mashhadimoslem Cover Story: go.acs.org/aNp

Polyaptamer-driven crystallization of alendronate yields a tempting dual-medication nanoassembly for synergistic osteoporosis treatment through osteoclastic inhibition and osteogenic promotion. YongHu Lab Read it here 🔗 go.acs.org/aNJ

From the cover of ACS Nano: A trimetallic NiSnFe catalyst facilitates the near-single-#chirality synthesis of ultrahigh-pure (6,5) #CarbonNanotubes (CNTs). #nanoparticles Tohoku University #OpenAccess: go.acs.org/aNK

Fabrication of an effective hydrogel #MicroneedlePatch (MNP), loaded with #StemCell-derived, mitochondria-rich #ExtracellularVesicles, enables gradual release and delivery of mitochondria into the wound tissues, boosting #WoundHealing. #OpenAccess: go.acs.org/aOf

The latest issue of Precision Chemistry features the second set of articles devoted to 2D materials. Check it out here 👉 go.acs.org/aOg

From the cover of ACS Nano: Prestretched #PolyvinylAlcohol #hydrogel, when soaked in a nano lignosulfonate sodium (LS) solution, transforms into an ordered, compact, and fixed hydrogel, thus revealing the profound #biomimetic strategy of LS. Read: go.acs.org/aOw

Researchers from Nutcracker Therapeutics have demonstrated a platform of peptoid-based nanoparticles for delivering mRNA to a range of different organs which can be applied for many different therapeutic programs Read it here 🔗 go.acs.org/aOB

The latest issue of Precision Chemistry features the second set of articles devoted to 2D materials. Check it out here 👉 go.acs.org/aOR

An activity-based #nanotheranostic platform, developed by Ester J. Kwon and team at UC San Diego Bioengineering UC San Diego, acts as both a sensor and an inhibitor of #calpain activity during traumatic brain injury (TBI). Read this #OpenAccess: go.acs.org/aPc

The lab of Michael King has developed SHArD: Superhydrophobic Array Device for high throughput culture of large tumor spheroids & small CTC clusters. A biomimetic take on the lotus leaf effect! Rice University Bioengineering Rice Engineering Rice University Read it here 🔗 go.acs.org/aPr

In the latest issue of ACS Nano: Demonstration of light-driven ionic transport and molecular translocation through the atomically thin single #nanopores of MoS2/WS2 bilayer van der Waals heterojunction membranes. #heterostructures Beihang University Read: go.acs.org/aPt

Scientists from USC Chemistry USC USC Mork ChE&MatSc USC BME USC Norris Comprehensive Cancer Center report on a #MachineLearning (ML)-based approach to analyze in-line UV–vis #Spectrophotometric data to determine platinum #nanoparticle product concentrations. Richard Brutchey #OpenAccess: go.acs.org/aQ8

Demonstration of the local #chirality patterning of thin films made from magnetic polysaccharide #nanocrystals during the evaporation-induced assembly within patterned #magneticfields with narrow magnetic gaps. School of Materials Science and Engineering Georgia Tech #OpenAccess: go.acs.org/aQj