Mechanism for a molecular assembler of sequence-controlled polymers using parallel DNA and a DNA polymerase [0.03%]
基于平行DNA和DNAPT的序列可控聚合物分子合成器机制研究
Jonathan Bath,Andrew J Turberfield
Jonathan Bath
Construction of a molecular assembler from DNA that executes a programmed sequence of chemical reactions is a formidable challenge but worthwhile because it would allow assembly and evolution of functional polymers. We present a mechanism u...
Thermal transport in mechanically deformed two-dimensional materials and designed structures with their applications [0.03%]
机械变形二维材料及设计结构中的热运输及其应用
Kai Chen,Ziqiao Chen,Xiaotong Yu et al.
Kai Chen et al.
Two-dimensional (2D) materials have garnered notable research interest due to their extraordinary properties. Assembling two or more 2D materials into heterostructures introduces properties that are not present in any individual components,...
Cell instructive hydrogels functionalized with polymerized DNA nanostructures [0.03%]
通过聚合DNA纳米结构进行功能化的细胞指令水凝胶
Hee Yeon Kim,Young Min Kim,Keonwook Nam et al.
Hee Yeon Kim et al.
Novel hyaluronic acid hydrogels functionalized with polymerized DNA nanostructures using rolling circle amplification were developed. These hydrogels exhibited enhanced cell attachment and proliferation through functional DNA-mediated inter...
Surfactant-induced wetting dynamics in the context of hypersaline desalination for membrane distillation [0.03%]
表面活性剂在膜蒸馏脱盐过程中的润湿动力学研究
Joel Parayil Jacob,Raju Kumar Gupta
Joel Parayil Jacob
Amongst different desalination technologies to tackle freshwater demand, membrane distillation (MD) is promising in that it can effectively treat hypersaline feed or reverse osmosis reject and further improve freshwater recovery while simul...
High-density conductance states and synaptic plasticity in SnP2S6 memristors for neuromorphic computing [0.03%]
高密度导电态和突触塑形的硫化锡忆阻器用于神经形态计算
Thaw Tint Te Tun,Jiali Huo,Kah-Wee Ang
Thaw Tint Te Tun
Memristors with programmable conductance are considered promising for energy-efficient analog memory and neuromorphic computing in edge AI systems. To improve memory density and computational efficiency, achieving multiple stable conductanc...
Harnessing glycol-alkyl copolymerization to realize nonvolatile and biologically relevant synaptic behaviors [0.03%]
利用甘油-烷基共聚作用实现非易失性和生物相关的突触行为
Yoohyeon Jang,Junho Sung,Suhui Sim et al.
Yoohyeon Jang et al.
Organic electrochemical synaptic transistors (OESTs) are attracting growing attention for neuromorphic computing, yet their long-term stability remains constrained by uncontrolled ion dynamics. Previous studies have incorporated glycol side...
Noncovalent and precise loading of small molecule drugs on DNA nanocarriers [0.03%]
非共价和精确地将小分子药物负载到DNA纳米载体上
Xinyu Feng,Mingtao Zhao,Huichao Chen et al.
Xinyu Feng et al.
DNA nanocarriers have been utilized for delivering a variety of functional cargo molecules, demonstrating unique properties such as designable and programmable structures, site-specific functionality, and superior biocompatibility. However,...
Nanoscale Horizons Emerging Investigator Series: Dr Verónica Mora Sanz, Basque Research and Technology Alliance (BRTA), Spain [0.03%]
纳米科学领域新星研究员系列：Verónica Mora Sanz博士，西班牙巴斯克研究和技术联盟(BRTA)
Our Emerging Investigator Series features exceptional work by early-career nanoscience and nanotechnology researchers. Read Verónica Mora Sanz's Emerging Investigator Series article 'Dot-blot immunoassay based on antibody-nanocluster biohy...
Editorial
Nanoscale horizons. 2025 Nov 20. DOI:10.1039/d5nh90071a 2025
Complementary chemical adsorption of iodine species on MXene/carboxylated CNTs for high loading zinc-iodine batteries [0.03%]
碘化物在MXene/羧基化CNTs上的化学互补吸附用于高负载锌碘电池
Aidi Fu,Guohao Li,Yingxinjie Wang et al.
Aidi Fu et al.
Zinc-iodine rechargeable batteries offer inherent safety and abundant reserves, making them promising for energy storage applications. However, the poor interfacial stability of the zinc anode and the shuttle effect, both caused by the diff...
Wenlong Cheng,Chunhai Fan,Na Liu et al.
Wenlong Cheng et al.
DNA nanotechnology has transformed nucleic acids from simple genetic information carriers to programmable building blocks capable of manipulating matter at molecular-, nano-, and micro-scales. By harnessing Watson-Crick base pairing, resear...
Editorial
Nanoscale horizons. 2025 Nov 18. DOI:10.1039/d5nh90056e 2025