Bifunctional nanoarrays for probing the immune response at the single-molecule level [0.03%]
用于单分子水平探测免疫反应的双功能纳米阵列
Haogang Cai,David Depoil,Matteo Palma et al.
Haogang Cai et al.
Bifunctional nanoarrays were created to simulate the immunological synapse and probe the T-cell immune response at the single-molecule level. Sub-5 nm AuPd nanodot arrays were fabricated using both e-beam and nanoimprint lithography. The na...
Multi-technique Characterization of Adsorbed Peptide and Protein Orientation: LK310 and Protein G B1 [0.03%]
LK310和蛋白G B1吸附取向的多技术表征研究
J E Baio,T Weidner,N T Samuel et al.
J E Baio et al.
The ability to orient biologically active proteins on surfaces is a major challenge in the design, construction, and successful deployment of many medical technologies. As methods to orient biomolecules are developed, it is also essential t...
Improvement of polycrystalline silicon wafer solar cell efficiency by forming nanoscale pyramids on wafer surface using a self-mask etching technique [0.03%]
基于自掩膜腐蚀技术的多晶硅表面纳米级金字塔结构制备及对电池效率的影响研究
Hsin-Han Lin,Wen-Hwa Chen,Franklin C-N Hong
Hsin-Han Lin
The creation of nanostructures on polycrystalline silicon wafer surface to reduce the solar reflection can enhance the solar absorption and thus increase the solar-electricity conversion efficiency of solar cells. The self-masking reactive ...
Yusuke Iwai,Takayoshi Koike,Youhei Hayama et al.
Yusuke Iwai et al.
The authors developed a class of novel graphite-based field emitters, known as graphite field emitters inflamed at high temperature (GFEIHTs), which includes numerous edges and juts. The GFEIHT field emission characteristics are investigate...
Arrays of topographically and peptide-functionalized hydrogels for analysis of biomimetic extracellular matrix properties [0.03%]
用于分析类细胞外基质性能的拓扑和肽功能化水凝胶阵列
Michelle J Wilson,Yaming Jiang,Bernardo Yañez-Soto et al.
Michelle J Wilson et al.
Epithelial cells reside on specialized extracellular matrices that provide instructive cues to regulate and support cell function. The authors have previously demonstrated that substrate topography with dimensions similar to the native extr...
Progress toward an aberration-corrected low energy electron microscope for DNA sequencing and surface analysis [0.03%]
一种用于DNA测序和表面分析的低能电子显微镜的像差校正进展
Marian Mankos,Khashayar Shadman,Alpha T N&#x;diaye et al.
Marian Mankos et al.
Monochromatic, aberration-corrected, dual-beam low energy electron microscopy (MAD-LEEM) is a novel imaging technique aimed at high resolution imaging of macromolecules, nanoparticles, and surfaces. MAD-LEEM combines three innovative electr...
Integrated processing of contrast pulse sequencing ultrasound imaging for enhanced active contrast of hollow gas filled silica nanoshells and microshells [0.03%]
用于增强中空硅壳和微壳对比脉冲测序超声成像的集成处理方法研究
Casey N Ta,Alexander Liberman,H Paul Martinez et al.
Casey N Ta et al.
In recent years, there have been increasing developments in the field of contrast-enhanced ultrasound both in the creation of new contrast agents and in imaging modalities. These contrast agents have been employed to study tumor vasculature...
Automating tumor classification with pixel-by-pixel contrast-enhanced ultrasound perfusion kinetics [0.03%]
基于像素的造影增强超声血流动力学在肿瘤自动化分类中的应用
Casey N Ta,Yuko Kono,Christopher V Barback et al.
Casey N Ta et al.
Contrast-enhanced ultrasound (CEUS) enables highly specific time-resolved imaging of vasculature by intravenous injection of ∼2 μm gas filled microbubbles. To develop a quantitative automated diagnosis of breast tumors with CEUS, breast t...
Rapid serial prototyping of magnet-tipped attonewton-sensitivity cantilevers by focused ion beam manipulation [0.03%]
利用聚焦离子束制作磁性皮牛顿灵敏度悬臂的快速序列原型法
Jonilyn G Longenecker,Eric W Moore,John A Marohn
Jonilyn G Longenecker
The authors report a method for rapidly prototyping attonewton-sensitivity cantilevers with custom-fabricated tips and illustrate the method by preparing tips consisting of a magnetic nanorod overhanging the leading edge of the cantilevers....
Direct patterning of coplanar polyethylene glycol alkylsilane monolayers by deep-ultraviolet photolithography as a general method for high fidelity, long-term cell patterning and culture [0.03%]
深紫外线光刻技术直接制备共面peg烷基硅单层的图案并作为高保真、长期细胞制备和培养的通用方法
Kerry Wilson,Maria Stancescu,Mainak Das et al.
Kerry Wilson et al.
This manuscript details a general method for patterning coplanar alkylsilane monolayers using deep-ultraviolet photolithography that has broad application for high fidelity patterning of cells of varying phenotype in long-term cultures. A p...