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The home for applied polymer and interfacial research at the RSC: RSC Applied Polymers (http://rsc.li/RSCApplPolym) and RSC Applied Interfaces (http://rsc.li/RSCApplInter) Register RSC Applied Symposium➡️(https://lnkd.in/eXTQ5DRK) Published by @rsc.org

RSC Applied - Interfaces, Polymers

🧪 New article alert! This review provides a summary of the current trends in the synthesis, classification and therapeutic applications of ionic liquids (ILs), in addition to exploring new strategies in the design of biocompatible ILs. #ChemSky Read the full review here 👉

🎉 Read our latest RSC Applied Polymers blog! Cameron Alexander and co-authors discuss their article 'Dual end-functionalisation of poly(beta-amino ester) gene delivery vectors using multicomponent chemistry' blogs.rsc.org/lp/202...

There’s still time to register for the #RSCAppliedSymposium: Interfaces and polymers for a sustainable future! Registration closes 22 June so sign up today to join us on 23 July in London U.K.⬇️ rsc.li/appliedsymposium2026 #ChemSky

Discover the full article here 🔎 #OpenAccess and free to read!

📢 New article alert in RSC Applied Polymers! Eco-friendly compostable packaging tailored with epoxidized soybean oil as an alternative to single-use plastic. 🧪Read the full article here 👉 pubs.rsc.org/en/cont... #SustainablePlastics #greenchem #openaccess

Early registration for the #RSCAppliedSymposium: Interfaces and polymers for a sustainable future close TODAY! Secure your place now to save £20. Register now ➡️ rsc.li/appliedsymposium2026 #ChemSky

🎉Introducing Dr Irshad Kammakakam as an RSC Applied Polymers Emerging Investigator! Read his recent paper on imidazolium-mediated poly(ionic liquid) hydrogels for multifunctional pollutant removal systems👉 pubs.rsc.org/en/cont... #EmergingInvestigator #openaccess #ChemSky

🧪New article alert! From agro waste to frontline therapy—exploring how lignin is transforming from a natural biopolymer into a promising source of next-generation biopharmaceuticals. Read the full article here 👉 pubs.rsc.org/en/cont... #ChemSky #NaturalPolymers #GreenChem #OpenAccess

Join us next Tuesday, 16 June, for another exciting Desktop Seminar! This one will feature Jorge Almodovar (UMBC), who will discuss his group's work on "Engineering biodegradable microneedle patches to deliver pain medication for farm animals". #chemsky Register here: rsc.zoom.us/webinar/regi...

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RSC Applied - Interfaces, Polymers

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🏆We are delighted to announce the winner of the 2026 Nanoscale Advances Paper Prize Award! 🏆 Discover the winning and runner-up papers today and read them for free! 👇 blogs.rsc.org/nr/202... Join us in congratulating the authors of these amazing articles! 👏 #nanoscience #nanotechnology

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RSC Applied - Interfaces, Polymers

Jim White

Nanoscale Journals

The growing demand for eco-friendly substitutes of traditional plastics has further driven the research on compostable and biodegradable films with enhanced functionality. Epoxidized soybean oil (EPSO) was prepared through in situ peracid epoxidation and used as a nontoxic, hydrophobic plasticizer in thermop

pubs.rsc.org

Sustainable TPS/PBAT biocomposites tailored with epoxidized soybean oil for improved mechanical properties

Ionic liquids (ILs) have become versatile biomaterials due to their ability to overcome significant drawbacks of traditional pharmaceutical materials, including limited solubility, stability, and bioavailability, as they can have their polarity tuned, with low volatility and high thermal stability. Having evolved t

Ionic liquids as promising biomaterials: revolutionizing nano drug delivery systems

pubs.rsc.org

Lignin, a renewable and widespread aromatic biopolymer constituting 15–40% of the dry weight of lignocellulosic biomass, is a principal component of plant cell walls. Its inherent properties, including biocompatibility, antioxidant potential, antimicrobial activity, UV absorption, and higher mechanical strength, ma

pubs.rsc.org

The use of RNA therapeutics provides a potent tool to enhance patient outcomes, but successful RNA delivery requires efficient and safe vectors. Cationic polymers provide one technology platform for this delivery and among these materials, poly(beta-amino esters) (PBAEs) have emerged as efficient and well to

doi.org

Lignin-based biopharmaceuticals from nature to medicine: current trends, future prospects and emerging challenges

Dual end-functionalisation of poly(beta-amino ester) gene delivery vectors using multicomponent chemistry