Tine C M Stevens,Amy van der Sluis,Ilja K Voets et al.
Tine C M Stevens et al.
DNA-coated particles are promising building blocks for functional and finite-sized assemblies because they can be programmed to exhibit orthogonal interactions through the sequence-specific hybridization of DNA strands. To fully exploit thi...
Electrostatic polyelectrolyte-myoglobin complexes: relaxation dynamics and viscosity under hydrated and aqueous conditions [0.03%]
静电多电解质肌红蛋白复合物：在水合和水溶液条件下的松弛动力学及粘度研究
Achilleas Pipertzis,Angeliki Chroni,Andrzej Marcinkowski et al.
Achilleas Pipertzis et al.
This study investigates the structural characteristics of polyelectrolyte-protein electrostatic complexes and their impact on molecular relaxation dynamics and viscosity. A synthetic polyelectrolyte, based on a statistical copolymer compris...
Reconfigurable electrokinetic transport in charge-regulated Janus droplets [0.03%]
带电调控的Janus液滴中的可重配置电输运现象
Rahul Roy,Aditya Patwari,Chirodeep Bakli
Rahul Roy
Janus droplets enable advanced electrokinetic transport due to their intrinsic interfacial asymmetry, yet most existing systems rely on permanently engineered surface heterogeneity that limits dynamic and reversible control over electrohydr...
Experimental automation for high-throughput collection of phase behavior and dynamic light scattering data for thermally-responsive polymers [0.03%]
用于热响应聚合物的相行为和动态光散射数据高通量采集的实验自动化研究
Paul F Salipante,Phillip D Pickett,Austin Gallegos et al.
Paul F Salipante et al.
Many responsive polymeric systems, important for pharmaceutical formulations, exhibit complex phase behavior which require both large and precise experimental data sets for identifying phase boundaries between various self-assemblies, morph...
Drop impact behavior and wall adaptive deflection response of cantilevered dragonfly wings [0.03%]
弹射到水面的蜻蜓翅膀的滴落冲击行为和自适应偏转响应
Jing Xu,Runwen Jiang,Wenjun Liu et al.
Jing Xu et al.
The behavior of drop impact and the adaptive deflection response of cantilevered dragonfly wings to the wall are investigated through both experimental and theoretical studies. In addition, the directional transport behavior of the drop int...
Rectification of stress by fiber networks: manifestation of non-linear screening through self-organized buckling [0.03%]
纤维网络的应力松弛及其通过自发屈曲产生的非线性屏蔽效应
Kanaya Malakar,Albert Countryman,Bulbul Chakraborty
Kanaya Malakar
Force transmission at large length scales is crucial for such biological functions as cell motility and morphogenesis. The networks that transmit these forces are malleable, patterned by active forces generated at the microscale by biologic...
Experiment on the evolution of the energy barrier between microgrooves induced by low-temperature condensation [0.03%]
低温冷凝诱发微槽间能垒演变实验研究
Lingxuan Luo,Jinyu Zhou,Haoxiang Chen et al.
Lingxuan Luo et al.
PDMS is a common hydrophobic material, but its stability and durability still limit its engineering applications. Especially, wetting-state transitions on its surface under low-temperature conditions remain a long-standing scientific challe...
Takashi Nishio,Kohji Hizume
Takashi Nishio
Eukaryotic genomic DNA is hierarchically folded into chromatin, whose higher-order structure is dynamically reorganized in response to the cellular physicochemical environment. Here, we examined structural transitions of long chromatin reco...
Dual ligands synergistically driven direct penetration of nanoparticles: insights from computational simulations [0.03%]
双配体协同驱动的纳米粒子直接渗透：来自计算模拟的见解
Yi Xu,Qiang-Sheng Xia,Juan Li et al.
Yi Xu et al.
Direct penetration of nanoparticles, acting as a main transmembrane delivery pathway, has attracted considerable research interest in the field of drug delivery due to its high delivery efficiency and minimal drug degradation. Herein, using...
J Pedro de Souza,Andrew Vodinh-Ho,Howard A Stone
J Pedro de Souza
The phase separation of biological polyelectrolytes underlies the formation of biomolecular condensates that perform diverse cellular functions. Here, we investigate the role of polymer charge in the phase separation dynamics and stabilizat...