The first analysis of the sperm ultrastructure of Mycetophagidae, Tetratomidae, and mycetophagous Tenebrionidae (Coleoptera: Tenebrionoidea) [0.03%]
粪鞘翅超科真菌食性和非真菌食性物种精子超微结构的首次分析
David Mercati,Jan Batelka,Mariangela Gentile et al.
David Mercati et al.
Tenebrionoidea, a diverse beetle superfamily, exhibits complex and poorly resolved phylogenetic relationships. Sperm ultrastructure varies notably among its families, yet many remain unstudied. Here we examined for the first time the sperm ...
J³SPM AI: An integrated open-source platform for AI-assisted image analysis and image-guided workflows in scanning probe microscopy [0.03%]
J³SPM AI：一个集成的开源平台，用于扫描探针显微镜中的AI辅助图像分析和图像引导的工作流程
SangHeon Lee
SangHeon Lee
Scanning probe microscopy (SPM), particularly atomic force microscopy (AFM), is essential for characterizing materials at the nanometer scale. However, practical challenges such as image quality degradation and throughput limitations persis...
Quantitative spectral linear unmixing and ratiometric FRET for live-cell imaging of protein interactions [0.03%]
用于活细胞蛋白相互作用成像的光谱线性去混合及比率FRET法
Sonal Prasad
Sonal Prasad
A biophysical imaging strategy based on linear unmixing Förster resonance energy transfer (lux-FRET) for investigating protein-protein interactions and receptor-mediated signaling in live cells is presented. This method utilizes spectral u...
Deep Learning segmentation with metal intrusion for quantitative microstructure analysis of hardened cement paste [0.03%]
具有金属渗透的深度学习分割技术定量分析硬化水泥石微结构
Hoan Nguyen,Thanh-Binh Nguyen
Hoan Nguyen
Quantitative microstructure analysis of hardened cement paste is critical but challenging due to the highly disordered nature of the materials. Here, we introduced an advanced approach combining metal intrusion and deep learning segmentatio...
Widening effect of SICM topography measurement based on electrolyte concentration gradient with dual-barrel pipette [0.03%]
基于电解质浓度梯度的双通道吸管SICM形貌测量展宽效应研究
Zhiwu Wang,Xiaobo Liao,Jian Zhuang et al.
Zhiwu Wang et al.
Scanning ion conductance microscopy (SICM) is a novel non-invasive, versatile and in-situ high-resolution scanning probe microscope technique, which can realize imaging of the topography, surface charge, mechanical and electrochemical prope...
Felix Börrnert
Felix Börrnert
The depth of field (DoF) is an important parameter in transmission electron microscopy (TEM) when considering inhomogeneous samples, tomographic schemes, or in-situ experiments. A large DoF enhances the robustness of the experiment against ...
Correlation between the adhesion force of hydrophobic surfaces and contact angle [0.03%]
疏水表面附着力与接触角的关联性研究
Luis N Ponce-Gonzalez,José L Toca-Herrera
Luis N Ponce-Gonzalez
Understanding how macroscopic wetting relates to nanoscopic adhesion is essential for characterizing solid-liquid interfacial interactions. In this study, we examine the correlation between adhesion force and contact angle for a hydrophobic...
Accurate interlayer distance measurement in bilayer graphene on SiC by high-resolution electron microscopy data analysis [0.03%]
基于高分辨率电子显微分析的SiC上双层石墨烯的精确层间距测量方法研究
A S Prikhodko,N I Borgardt
A S Prikhodko
Fine-tuning the interlayer distance in bilayer graphene (BLG) is essential for advancing novel devices that utilize graphenes' exceptional properties. Thus, the precise measurement of interlayer distances with sub-angstrom accuracy in BLG i...
The morphology of male accessory glands in the Glenea cantor (Fabricius, 1787) (Coleoptera: Cerambycidae: Lamiinae) [0.03%]
刻齿锥萤（Cerambycidae: Lamiinae）副性腺的形态学研究
Hui-Xin Tan,Qiong-Hua Gao,Xin Tong
Hui-Xin Tan
Male accessory glands of insects serve as secretory organs, exhibiting the ability to produce secretions that regulate reproductive processes. Their histology and ultrastructure are generally regarded as being diverse within insect groups, ...
Microstructure evolution and kinetics of recrystallization and grain growth of hot-rolled Mg-Gd alloy [0.03%]
镁稀土合金热轧过程中的再结晶及晶粒长大动力学行为研究
Boualem Rai,Ismail Bencherifa,Denis Solas et al.
Boualem Rai et al.
The hot-rolled Mg-0.6Gd (wt%) alloy at 723 K for 85 % thickness reduction was subjected to annealing treatments at a temperature range of 573-723 K for durations ranging from 5 to 1440 min to study the microstructure evolution. In addition,...