Stirred Cell 超滤装置 8400 型，400 mL MSDS (material safety data sheet) or SDS, CoA and CoQ, dossiers, brochures and other available documents.
Sample preparation of macromolecule solutions, such
as proteins, enzymes, antibodies, and viruses, often yield
large volumes of diluted macrosolutes in buffers that are
incompatible with downstream processes or detection.
Centrifugal ultrafiltration devices (such as the Amicon®
Ultra Filters) are regularly used to concentrate and
buffer-exchange these types of macrosolutes; however,
volumes larger than 50 mL present significant challenges,
requiring samples to be loaded in multiple stages or
aliquoted over several devices.
The Amicon® Stirred Cell family of pressure-driven
filtration devices provide an ideal solution for
concentrating and buffer-exchanging large volumes of
macrosolutes. These devices are available in multiple sizes
to offer a wide range of processing volumes. Additionally,
to accommodate expansion to even larger processing
volumes, an external reservoir can be attached to any
Amicon® Stirred Cell. Unlike ultrafiltration with tangential
flow filtration (TFF) devices, which are manufactured with
pre-sealed membranes, the Amicon® Stirred Cells use
membrane discs, which are easily exchanged to match
changing sample preparation needs.
大分子溶液的样品制备，如
蛋白质、酶、抗体和病毒通常会产生
缓冲液中大量稀释的大溶质
与下游进程或检测不兼容。
离心超滤装置(如Amicon®
Ultra Filters)通常用于集中和
缓冲交换这些类型的宏观溶质;然而,
大于50毫升的体积会带来很大的挑战，
要求样品在多个阶段加载或
aliquote在几个设备上。
Amicon®搅拌电池系列压力驱动
过滤装置提供了理想的解决方案
集中和缓冲交换大量的
macrosolutes。这些设备有多种尺寸可供选择
提供广泛的加工量。此外,
以适应扩展到更大的处理
体积，外部蓄水池可以附加到任何
Amicon®搅拌电池。与切向超滤不同
流量过滤(TFF)装置，它们是用
预密封膜，Amicon®搅拌细胞使用
膜盘，很容易交换以匹配
改变样品制备需要。
重要规格表
| 过滤器直径 (⌀) | 主要应用 | 过滤面积 |
|---|---|---|
| 76 mm | 蛋白纯化 | 41.8 cm² |
| 描述 | |
|---|---|
| 产品目录编号 | UFSC40001 |
| Replaces | 5124 |
| 商名 |
|
| 描述 | Stirred Cell 超滤装置 8400 型，400 mL |
| 产品信息 | |
|---|---|
| Quality Level | MQ400 |
| 应用 | |
|---|---|
| 应用 | This Amicon stirred cell model provides high flow rates with solutions up to 10% macrosolute concentration. Capable of rapid concentration, or salt removal followed by concentration in the same unit. |
| 主要应用 |
|