首页> 外文会议>Bioengineering and Translational Medicine Conference >Cortical Spheroid Development Tracked with a Novel Imaging Platform(DNA-PRISM)Reveals Culture Complexity and Establishes Reproducible Phenotype Baseline for Compound Screens and Disease Modeling
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Cortical Spheroid Development Tracked with a Novel Imaging Platform(DNA-PRISM)Reveals Culture Complexity and Establishes Reproducible Phenotype Baseline for Compound Screens and Disease Modeling

机译:用新型成像平台(DNA-棱镜)跟踪的皮质球形发育揭示了培养复杂性,并建立了复合屏幕和疾病建模的可重复表型基线

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Moving personalized medicine and drug candidates from the lab to the clinic will require addressing the current hurdles that impede high-throughput generation of experimental and clinical data.One such challenge with current imaging technology is its limited ability to provide large cross-sections of protein expression within the same sample for in-depth analysis of cellular processes.Traditional immunofluorescence enables acquisition in up to five channels before having to rely on specialized and expensive equipment that is not readily usable without extensive training or financial commitment.
机译:从实验室移动的个性化医学和药物候选人将要求解决当前障碍,以阻碍实验和临床数据的高吞吐量生成。当前的成像技术的这种挑战是提供大量蛋白表达的能力有限 在相同的样品中,用于对细胞过程的深入分析进行深入分析。传统免疫荧光使得能够依赖于专业和昂贵的设备,在没有广泛的培训或财务承诺的情况下依赖于不容易使用的专业和昂贵的设备进行收购。

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