Cellcube corning Antarctica
3200 | 10-Layer CellCube® Module with 8,500cm² Growth Surface | Corning
The CellCube Module is an integral, encapsulated, sterile, single-use device that is 100% pressure-hold tested before shipment. It is comprised of a series of parallel, styrene plates joined to create thin, sealed, laminar flow spaces between adjacent plates.
3232 | 25-Layer CellCube® Module with 21,250 cm²
Introducing Corning''s Closed System Cell Cube – a new closed system offering designed to help reduce the risk of adventitious contamination. Our new offering of CellCube 10, 25, 100 modules, circulation loops, and connectors allows for
Corning® CellCube® Cell Culture System
The Corning CellCube system provides a compact, perfusion-based method for the mass culture of attachment-dependent cells. CellCube modules are made of polystyrene plates joined together to create thin, sealed laminar flow spaces between adjacent plates and are coated with either a Tissue Culture-treated growth surface or Corning CellBIND ® surface to enhance attachment.
3232 | 25-Layer CellCube® Module with 21,250 cm² Growth
Introducing Corning''s Closed System Cell Cube – a new closed system offering designed to help reduce the risk of adventitious contamination. Our new offering of CellCube 10, 25, 100
Corning CellCube System
The Corning CellCube system provides a compact, perfusionbased method for the mass culture of attachment-dependent cells. CellCube modules consist of a series of 10, 25, or 100 parallel, polystyrene plates joined to create thin, sealed laminar flow sp aces between adjacent plates.
Corning® CellCube® Modules
The Corning CellCube system provides a fast, simple, and compact method for the mass culture of attachment-dependent cells. It uses a tissue culture-treated growth surface for cell attachment, and continually perfuses the cells with fresh medium for increased cell productivity.
Scalable High Yield System for Mass Culture of Attachment-Dependent Cells
The Corning CellCube system provides a simple, compact, and scalable method for mass culture of attachment-dependent cells. Each CellCube module consists of a series of parallel, polystyrene plates joined to create thin, sealed laminar flow
Corning® CellCube® System
The Corning CellCube system provides a compact, perfusion-based method for the mass culture of attachment-dependent cells. CellCube modules consist of a series of 10, 25, or 100 parallel, polystyrene plates joined
Corning® CellCube® Modules
The Corning CellCube system provides a fast, simple, and compact method for the mass culture of attachment-dependent cells. It uses a tissue culture-treated growth surface for cell attachment, and continually perfuses the cells with fresh medium for increased cell productivity. The CellCube system provides an environment which more closely simulates in vivo conditions and reliably
Scalable High Yield System for Mass Culture of
The Corning CellCube system provides a simple, compact, and scalable method for mass culture of attachment-dependent cells. Each CellCube module consists of a series of parallel, polystyrene plates joined to create thin,
Corning® CellCube® Systems | Corning
The Corning CellCube system provides a fast, simple, and compact method for the mass culture of attachment-dependent cells. It uses a tissue culture-treated growth surface for cell attachment, and continually perfuses the cells with fresh medium for increased cell productivity.
3232 | 25-Layer CellCube® Module with 21,250 cm² Growth
Introducing Corning''s Closed System Cell Cube – a new closed system offering designed to help reduce the risk of adventitious contamination. Our new offering of CellCube 10, 25, 100 modules, circulation loops, and connectors allows for easy adherent cell scale-up that integrate seamlessly with AseptiQuik® and MPC connectors.
E-Cube™ Culture System Kit (without CellCube® Module) | Corning
The E-Cube™ System is a simple bioreactor with 8,500 cm² cell growth area for growing anchorage dependent cells in only a 25.4 cm x 35.6 cm footprint. Cells grow in Corning''s parallel-plate CellCube® Module on the same treated polystyrene used in Corning culture vessels. The E-Cube™ System kit consists of an oxygenator, medium reservoir, multiple access ports, and all
Corning® CellBIND 100層 CellCube® モジュール, 培養面積
CellCube モジュールは、一体型のカプセル化された無菌のシングルユース培養容器です。出荷前に 100% 圧力保持試験を行っています。ポリスチレン製プレートを並列に配置し、隣り合うプレート間は密閉された層流空間で繋がっています。各培養プレートは、均一な細胞増殖を確実にす
3241 | Corning® CellCube®, 25-Layer, CellBIND® Surface,
Corning''s Closed System CellCube® Modules are now available with CellBIND® surface treatment. A complete range of standard closed system accessories integrate seamlessly with AseptiQuik® and MPC connectors for total adherent cell culture workflow solutions. Stands and carts are also available to link multiple CellCubes, enabling modular scale out in a small
3200 | 10-Layer CellCube® Module with 8,500cm² Growth Surface | Corning
The CellCube Module is an integral, encapsulated, sterile, single-use device that is 100% pressure-hold tested before shipment. It is comprised of a series of parallel, styrene plates
接着依存性細胞の大量培養に対応するスケール変更可能な高収率システム | Corning
コーニングは先ごろ、研究に役立つアプリケーションノート「Maximizing Yield for Attachment-dependent Cells with the Corning® CellCube® System」を公開しました。 このアプリケーションノートには、広く利用されている接着依存性細胞株であるVero細胞株とHEK293T細胞株の培養を、CellCubeシステムで効率的に
3264 | 100层CellCube® 模块,生长表面85,000cm² | Corning
CellCube模块是完整的密闭无菌一次性设备,发货前经过100%保压测试。其由一系列平行的苯乙烯板连接而成,相邻板之间形成薄的密闭层流空间。每块培养板在组装前均经过专有的组织培养处理,以确保细胞生长致密且均匀。这种CellCube模块可提供： 一系列相连且平行的聚苯乙烯板,相邻板之间形成薄
3200 | 10-Layer CellCube® Module with 8,500cm² Growth Surface
The CellCube Module is an integral, encapsulated, sterile, single-use device that is 100% pressure-hold tested before shipment. It is comprised of a series of parallel, styrene plates
Corning® CellCube® 系统 | Corning
康宁CellCube系统可为贴壁依赖性细胞的大规模培养提供快速而简捷的方法。 经组织培养处理的生长表面便于细胞粘附,并可不断灌注新鲜培养基,提高细胞产量。
3304 | Corning® CellBIND® 25-Layer CellCube® Module with
The CellCube Module is an integral, encapsulated, sterile, single-use device that is 100% pressure-hold tested before shipment. It is comprised of a series of parallel, styrene plates joined to create thin, sealed, laminar flow spaces between adjacent plates. Each culture plate receives proprietary tissue culture treatment prior to assembly to ensure dense, uniform cell growth.
Corning® CellCube® Culture System Cell Expansion Protocol
CellCube system, the design of the modules allows for reliable distribution of nutrients and oxygen with low differential gradients across all cells within the modules. Corning CellCube 100-layer module Digital controller* Peristaltic pump* Loop 1 Base Gas Loop 2 Outlet Inlet SUB* Figure 1.Schematic of the Corning CellCube Closed System.
Scalable High Yield System for Mass Culture of Attachment-Dependent Cells
The Corning CellCube system provides a simple, compact, and scalable method for mass culture of attachment-dependent cells. Each CellCube module consists of a series of
Corning CellCube System
The Corning CellCube system consists of a Corning CellCube module, a bioreactor and bioreactor controller, peristaltic pump, and circulation tubing loops. The CellCube module connects to the bioreactor (i.e., medium conditioning vessel) via the circulation loops.
Corning® CellCube® System
The Corning CellCube system provides a compact, perfusion-based method for the mass culture of attachment-dependent cells. CellCube modules consist of a series of 10, 25, or 100 parallel, polystyrene plates joined to create thin, sealed laminar flow spaces between adjacent plates.
3 FAQs about [Cellcube corning Antarctica]
What is the Corning cellcube system?
The Corning CellCube system provides a compact, perfusion-based method for the mass culture of attachment-dependent cells. CellCube modules consist of a series of 10, 25, or 100 parallel, polystyrene plates joined to create thin, sealed laminar flow spaces between adjacent plates.
What surface treatments are available for cellcube modules?
CellCube modules are available with either a Tissue Culture (TC)-treated growth surface or Corning CellBIND® surface for cell attachment. The surface treatment is applied to both sides of each layer to achieve available surface area ranging from 8,500 cm2 to 85,000 cm2 in a compact footprint.
How does the cellcube system work?
Utilizing a perfusion-based design, the CellCube system is able to mimic the constant fluid flow of in vivo conditions and reliably distribute nutrients and oxygen with low differential gradients across all attached cells throughout the modules.
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