Glycan Profiling Assay LabChip/Reagent Kit-Revvity
Engineering parameters

芯片保存条件:开封前,2-8℃保存;开封后,室温(20-25℃)最多保存30天。

芯片使用寿命:HT:400 samples;24:200 samples

蛋白线性范围:30-2000 ng/μL

试剂盒保存条件:2-8℃保存

孔板保存条件:-20℃保存

  • Product overview
  • Brand introduction
  • Q&A
  • Data download

LabChip® GXII Touch毛细管电泳系统采用一种独立进样针的微流体芯片来快速检测24、96或384孔微孔板中的蛋白样本。配套相应的试剂盒,可自动染色、脱色、电泳分离和分析蛋白样本。LabChip仪器的光学组件检测到激光诱导荧光信号后,易于使用的系统软件可利用ladder和marker标记物自动校准并分析数据,为用户提供蛋白浓度、片段大小以及纯度分析。

 

Glycan Profiling Assay用于聚糖的筛选和测定。

产品特点

  • Glycan Profiling Assay芯片可重复使用。
  • 片段大小准确性高:CV<2.5%。
  • 灵敏度高:主要聚糖峰的分析精度<4%。
  • 样品分析时间短:68 sec。

场景应用

  • Glycan Profiling Assay用于聚糖的筛选和测定。

订货信息

产品货号

产品名称

产品描述

760524

High Resolution Protein LabChip

Glycan Profiling Assay蛋白聚糖筛查芯片

CLS155434

Glycan Profiling Assay Release and Labeling Kit

聚糖释放和标记试剂盒

760525

Glycan Profiling Assay Reagent Kit

聚糖筛选试剂盒

 
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At Revvity, we regard "impossibility" as inspiration and "inability" as the driving force. Revvity offers health science solutions, cutting - edge technologies and professional services, with its business covering the entire end - to - end process of scientific research exploration, development, diagnosis, and treatment. Relying on years of in - depth cultivation in fields such as translational multi - omics technology, biomarker identification, imaging, disease prediction, screening, detection and diagnosis, and informatics, Revvity is using the power of technology to break through the boundaries of human potential.

 

In 2023, Revvity's turnover exceeded $2.7 billion. It has more than 11,000 employees worldwide and provides diverse services for customers such as pharmaceutical and biotechnology enterprises, diagnostic laboratories, scientific research institutions and government agencies. The company is a member of the S&P 500 Index, and its customers are spread across more than 190 countries and regions around the world.

Q:Glycan Profiling Assay芯片在开封后还需要放回2-8℃保存吗?

A:Glycan Profiling Assay芯片开封后室温保存就可以,需在30天内使用,

 

Q:Glycan Profiling Assay用于聚糖筛选和测定的原理是什么?

A:第一步去糖基化:使用PNGaseF酶促释放N连接的聚糖;第二步:在存在释放蛋白质的情况下对释放的聚糖进行荧光标记;第三步:通过基于微芯片的毛细管电泳 (CE) 进行分离。

 

Q:Glycan Profiling Assay去糖基化的效率?

A:大于95% 的N 连接聚糖将从 MAb 中释放。

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