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The costs of close contacts: Visualizing the energy landscape of cell contacts at the nanoscale

机译：密切联系人的成本：可视化纳米尺度的细胞触点的能量景观

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K. Kulenkampff; A. H. Lippert; J. McColl; A. M. Santos; A. Ponjavic; S. F. Lee; S. J. Davis; D. Klenerman;
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1. The Costs of Close Contacts: Visualizing the Energy Landscape of Cell Contacts at the Nanoscale [J] . Kulenkampff Klara, Lippert Anna H., McColl James, Biophysical Journal . 2020,第6期

机译：密切联系人的成本：在纳米尺度上可视化细胞触点的能量景观
2. Human immunodeficiency virus counseling, testing, and referral of close contacts to patients with pulmonary tuberculosis: feasibility and costs. [J] . Li J, Marks SM, Driver CR, Journal of public health management and practice: JPHMP . 2007,第3期

机译：人类免疫缺陷病毒的咨询，测试以及与肺结核患者的密切联系的转诊：可行性和成本。
3. Cellular Response to Non-contacting Nanoscale Sublayer: Cells Sense Several Nanometer Mechanical Property [J] . Azuma Tomoyuki, Teramura Yuji, Takai Madoka ACS applied materials & interfaces . 2016,第17期

机译：细胞对非接触纳米亚层的响应：细胞感知几个纳米机械性能。
4. Development of close-to-zero damage rear heterojunction stripe contacts and compatible front metallization approaches for hybrid heterojunction solar cells [C] . Puqun Wang, Mei Huang, Jaffar Moideen Yacob Ali, World Conference on Photovoltaic Energy Conversion;European Photovoltaic Solar Energy Conference;Photovoltaic Science and Engineering Conference;IEEE Photovoltaic Specialist Conference . 2018

机译：为混合异质结太阳能电池开发接近零损坏的后异质结条形触点和兼容的前金属化方法
5. Zinc telluride deposition using close space sublimation to create back contacts for cadmium telluride solar cells [D] . Romo, Luis C. 2009

机译：使用近距离空间升华的碲化锌沉积，以形成碲化镉太阳能电池的背面触点
6. The Costs of Close Contacts: Visualizing the Energy Landscape of Cell Contacts at the Nanoscale [O] . Klara Kulenkampff, Anna H. Lippert, James McColl, 2020

机译：密切联系人的成本：可视化纳米尺度的细胞触点的能量景观
7. Figure 1: Example of visualization of long range contacts for: (A) regions, here enhancer-promoter contacts, for two 10 kb resolution Hi-C maps from human Fetal Brain cells. Contacts were calculated up to 30 bins distance each way from the point of interest. Top to bottom: a Jbrowse (Skinner et al., 2009) screenshot with genes and interaction profile representation (points of interest in green, their contact predictions in yellow); HiCEnterprise interaction profile plot with intensities (weighted by distance) and −log10 of FDR corrected p-values (q-values) with a threshold set at 0.01. (B) TADs, here HiCEnterprise visualization for 150 kb resolution Hi-C map of 17th chromosome from HUVEC. Left upper trianle: original Hi-C map contact frequencies; right lower triangle: −log10 of q-values of the interdomain interactions calculated with hypergeometric distribution. [O] . -1

机译：图1：用于：（a）区域的长距离触点的可视化示例，这里增强了来自人胎儿脑细胞的两个10kb分辨率的Hi-C地图。从兴趣点计算联系人高达30个距离距离。顶部到底：jbrowse（Skinner等，2009）截图，具有基因和互动曲线表示（绿色兴趣点，它们的黄色接触预测）; HICENTERPLISE交互配置曲线图具有强度（由距离加权）和FDR校正的P值（Q值）的-LOG10，其阈值设置为0.01。（b）TADS，这里是来自Huvec的第17次染色体的150 KB分辨率Hi-C地图的Hicenterprise可视化。左上三角：原版Hi-C地图接触频率;右下三角形：跨度相互作用的Q值的-log10计算，使用超几何分布计算。

The costs of close contacts: Visualizing the energy landscape of cell contacts at the nanoscale

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