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Scale Biosciences And Revvity's BioLegend Launch Solution For High Parameter Protein Profiling Of Single Cells; The TotalSeq Phenocyte Solution Supports Robust Study Of Cellular Heterogeneity And Rare Cell Types In Complex Samples At A Single Cell Level

Scale Biosciences And Revvity's BioLegend Launch Solution For High Parameter Protein Profiling Of Single Cells; The TotalSeq Phenocyte Solution Supports Robust Study Of Cellular Heterogeneity And Rare Cell Types In Complex Samples At A Single Cell Level

肽生物科技和Revvity的BioLegend推出单细胞高参数蛋白质分析解决方案;TotalSeq Phenocyte方案支持复杂样本中细胞异质性和罕见细胞类型的健壮研究,可实现单细胞水平的研究。
Benzinga ·  2024/11/19 21:07

The TotalSeq Phenocyte solution supports robust study of cellular heterogeneity and rare cell types in complex samples at a single cell level

TotalSeq Phenocyte解决方案支持在单个电芯水平上对复杂样本中的细胞异质性和稀有细胞类型进行深入研究

Scale Biosciences (Scale BioTM), a leader in innovative and scalable single cell analysis solutions, and Revvity's (NYSE:RVTY) BioLegend business, a leading provider of world-class biological reagents and tools, today announced the availability of a new, first-of-its-kind TotalSeqTM PhenocyteTM single-cell protein profiling solution that supports customers by more easily identifying and characterizing rare cell subtypes, which ultimately powers immunology and oncology research. The solution is enabled by the proprietary combination of Scale Biosciences' Quantum Barcoding technology platform and BioLegend's TotalSeqTM antibody conjugates.

Scale Biosciences(Scale BioTM),创新和可扩展单电芯分析解决方案的领导者,以及Revvity的(纽交所:RVTY)BioLegend业务,全球顶级生物试剂和工具的领先供应商,今天宣布推出一种新型的、首创的TotalSeqTm PhenocyteTm单电芯蛋白质谱分析解决方案,该解决方案通过更轻松地识别和表征稀有细胞亚型,为客户提供支持,从而推动免疫学和肿瘤学研究。该解决方案是由Scale Biosciences的Quantum Barcoding科技平台与BioLegend的TotalSeqTm抗体结合物的专有组合所推动的。

While technologies like mass cytometry and high-parameter flow cytometry enable protein analysis at the single cell level, these approaches require complex panel optimization and sophisticated instrumentation that limit their accessibility and scalability across multiple samples.

虽然像质谱细胞术和高参数流式细胞术等科技能够在单电芯水平上进行蛋白质分析,但这些方法需要复杂的面板优化和精密的仪器,限制了其在多个样本中的可接入性和可扩展性。

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