高通量转基因--MOS系统-分子生物实验仪器-仪器设备-生物在线
香港自然基因生命科学有限公司
高通量转基因--MOS系统

高通量转基因--MOS系统

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产品名称: 高通量转基因--MOS系统

英文名称:

产品编号: _TY5331

产品价格: 0

产品产地: 美国BTX

品牌商标: 美国BTX

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使用范围: null

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电穿孔技术的展望!
BTX,电穿孔产品及特殊电极业的领导先锋,已经为实验环境最佳化以及大样本电穿孔研发出了一套创新的产品。先进的电穿孔系统使分子递送技术产生了一次飞跃,那些研究者们在枯燥无味、步骤繁琐的试验程序中,而测试又常常受到样本数量和细胞类型限制的日子将全部有所改变。
MOS提升了电穿孔系统
方法优化系统, MOS 25 以及 MOS 96, 可以让您通过优化您的试验环境以及增加您的产量和成活力,提升您的产率。它可以在几秒内对MOS 25或对高级的MOS 96 孔板进行电穿孔! 这些系统可以让用户快速有效地对任何在电穿孔实验中涉及到的电子以及生物参数进行优化。现在,全部的资料都可以快速有效地被显现出来。
这个系统的关键是具有专利的多孔板技术。MOS 25 是一个5 x 5=25孔的板,MOS 96是一个标准的8 x 12= 96 孔板. 这些板可以让用户准备一整套的实验并加以运行。通过这种方法可以有效地将样本数量以及废料减至最低。
MOS 25以及 MOS 96 促使了电穿孔技术的发展,完整的配备还包括一次性多孔式优化板,一个板处理机,以及一台ECM™ 830 电穿孔仪。
特性及优势
• 方法优化
• 多孔板可以在10分钟内完成电穿孔!
• 整合式电极
• 快速准确的分子传递
• 快速简单的实验优化
• 高通量的实验方法
• 样品板内的多重实验
• 快速分析- 在很短的时间内同时对96个实验参数进行研究
产品应用包括:
• 哺乳细胞的转染实验
• 细菌和酵母的变形
• cDNA 文库的筛选
• 药剂筛选(screen)
MOS板处理机
为了完善MOS 25系统,有两种板处理机可选,HT-200 和 HT-100。高级的HT-200 板处理机的特性是自动跟踪,它可在电穿孔的过程中自动转换多孔板内的纵列。自动跟踪可以通过对所有的纵列设定电子参数后按下一个键就可以实现快速的整个板的电穿孔过程。HT-200对于那些繁忙的每天要进行多样本试验的实验室而言,是一个理想的选择。
HT-100型处理机需要在纵列转换时手动操作,对于进行基础电穿孔实验或者少量样本实验时适用。这两种处理机都同时接受96-孔或者25-孔的优化板并为电穿孔板提供了一个安全可靠的工作环境,这两种板处理机都整合有脉冲转换技术,并且为了配合电穿孔板的应用都使用了黄金触点。另外,.这种板处理机被设计为可在狭小的区域内进行操作,例如层流罩内。

Advanced Transfection Products System Overview

The Future of Electroporation Is Here!

BTX, the leader in electroporation products and specialty electrodes, has developed a new and innovative product line for experiment optimization and large volume electroporation. The Advanced Electroporation System is a breakthrough in Molecular Delivery. The days of researcher’s struggling with tedious, multi-step procedures that typically limited the number of samples and cell types they could test are all about to change.


MOS Advanced
Electroporation Systems
The Methods Optimization Systems, MOS 25 & MOS 96, allow you to boost your productivity by optimizing your conditions and increasing your yields and viability. Electroporate the MOS 25 or the Advanced MOS 96 plates in only seconds! These systems allow the user to quickly and efficiently optimize the electrical and biological parameters associated with any electroporation experiment. Now entire libraries can be screened rapidly and efficiently.


The key to the system are the patented multi-well plates. The MOS 25 is a 5 x 5, 25 well plate and the MOS 96 is a standard 8 x 12, 96 well plate. These plates allow the user to prepare an entire set of experiments and run them. This approach minimizes required sample and waste materials.

Both the MOS 25 and MOS 96 Advanced Electroporation Systems come complete with disposable multi-well Optimizer Plates, a Plate Handler and an ECM™ 830 Generator.

Features and Benefits

Methods optimization
Multi-well plates can be electroporated in less than 10 minutes!
Integrated electrodes
Fast and precise molecular delivery
Rapid and easy experimental optimization
High throughput approach to experimentation
Multiple experiments in the sample plate
Rapid analysis - in a matter of minutes research 96 experimental parameters

Applications Include:

Transfection of Mammalian Cells
Transformation of Bacteria and Yeast
cDNA Library Screening
Drug Screening

MOS Plate Handlers
To complete the MOS 25 Systems there are two plate handlers available, HT-200 and HT-100. The advanced HT-200 Plate Handler features Auto-track
sensing which automatically switches columns in the Multi-well plate during electroporation.The Auto-track sensing allows rapid electroporation of an entire plate by setting up the electrical parameters for all columns and pressing one button. The HT-200 is ideal for a busy research laboratory running many daily samples.

The Model HT-100 requires manual switching from column to column and is ideal for laboratories doing basic electroporation research or fewer samples. Both accept either the 96-Well or 25-Well Optimization Plates and provide a safe and reliable working area for processing the Electroporation Plates. Both Plate Handlers have pulse switching technology integrated into the package and gold plated contacts to mate with the Electroporation Plate. The Plate Handlers were designed to operate in space constrained areas such as laminar flow hoods.