Corning® CellBIND® Surface HYPERFlask® Cell Culture Vessel
The High Yield PERformance Flask (HYPERFlask) cell culture vessel has 1720 cm2 available growth area on a polystyrene gas permeable surface. Treated for optimal cell attachment and gamma sterilized. Bar coded and compatible for use on Cell Culture Automation Platforms. Solid cap with liner on a straight neck designed for filling with growth medium. Made with USP Class VI Materials – molded and assembled in a Certified Class 1…
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Highly reproducible results. But can’t be reused
fabrication of soft colloidal assemblies for anticancer drug delivery
Good quality highly reliable autoclave d plastic ware. No problem of sample sticking and being wasted. Easy to use but should not be reused.
Review Date: 30 Jun 2016 | Corning Life Sciences
Cell Culture
It is easy to use and I can culture large amounts of cells. It is expensive but the cost performance is good.
Review Date: 20 Feb 2012 | Corning Life Sciences
the cellbind plates work great in hts applications.
Review Date: 14 Dec 2010 | Corning Life Sciences
The High Yield PERformance Flask (HYPERFlask) cell culture vessel has 1720 cm2 available growth area on a polystyrene gas permeable surface. Treated for optimal cell attachment and gamma sterilized. Bar coded and compatible for use on Cell Culture Automation Platforms. Solid cap with liner on a straight neck designed for filling with growth medium.
- Made with USP Class VI Materials – molded and assembled in a Certified Class 100,000 clean room
- Sterile – gamma irradiated to sterility assurance level (SAL) 10⁻⁶
- Clean Room Packaging – each pack is double bagged.
- Innovative 10Layer Design – 10 interconnected polystyrene growth surfaces
- Optimal Growth – Corning CellBIND® Surface treated gas permeable polystyrene for superior cell attachment and growth
- Increase Cell Yield – 10-fold higher cell yield increases productivity and capacity
- Time and Space Savings – Reduce processing time and incubator storage space by handling one flask compared to 10 traditional 175 cm2 flasks
Amplifying Adenoviral Particles in the Corning HYPERStack Cell Culture Vessel
Adenoviruses are now being used routinely in research, for example, for the delivery of transgenes and in cell therapy and vaccine production. This has lead to an increase in the demand to produce more virus as efficiently as possible. This application note demonstrates the utility of the Corning HYPER technology in adenovirus production. It is shown that adenoviral particles can be amplified in the HYPERStack vessel at similar titers compared to traditional tissue culture vessels, allowing for greater virus production in a smaller footprint.
Xeno-free Expansion of Functional hMSCs Using Corning HYPER Technology and Corning cellgro stemgro hMSC Medium
This poster demonstrates the successful expansion of functional hMSCs in a serum-free, xeno-free environment using Corning cellgro stemgro hMSC medium in combination with Corning HYPER (High Yield PERformance) technology (HYPERFlask and HYPERStack) vessels.
Simplified Large Scale Production of Influenza A Virus Using the Corning® HYPERFlask® Cell Culture Vessel
MDCK cells are commonly used in laboratories for the production of influenza A virus. This study validates use of the Corning HYPERFlask cell culture vessel for the large-scale production of influenza A virus. Results are compared to a conventional T-175 flask.
Expansion of Human Mesenchymal Stem Cells Using Corning® HYPER Technology Cell Culture Vessels
This application note describes the use of the Corning® HYPER Technology Platform for the scale-up of hMSCs compared with traditional stacked chamber vessels. Learn how to harvest hMSCs, prepare and scale-up the cultures for both investigative and therapeutic applications...
Novel Techniques for Cell Expansion
Cell expansion is a fundamental procedure in many cell culture applications. Watch this video to learn how to expand your cells in various vessels and different options for scale-up. You will discover how to make cell expansion more efficient, while also reducing the stress on your cells.
Harvesting Cells from the Corning HYPERFlask® Cell Culture Vessel
Watch the final part of this video guide to learn how to harvest cells from the Corning HYPERFlask Cell Culture Vessel following incubation. In this demonstration, get tips and tricks to gain optimal results from the Corning HYPERFlask Cell Culture Vessel.
Emptying the Corning HYPERFlask® Cell Culture Vessel
In this video, learn how to empty the Corning HYPERFlask Cell Culture Vessel when you are ready to harvest your cells. Two methods are demonstrated, aspiration and pouring. Also get tips and tricks for optimal use of the vessel.
Rinsing the Corning HYPERFlask® Cell Culture Vessel
Watch this video to see a demonstration of how to rinse the Corning HYPERFlask Cell Culture Vessel with PBS and trypsin washes, with recommendations and tips. This high yield, high performance flask utilizes a multilayered gas permeable growing surface for efficient gas exchange.
New Synthetic Surfaces for Stem Cell & Bone Research
Watch this video to learn about the range of products available from Corning, including two newly launched synthetic surfaces, 2D barcoding tubes and filter sets. The Corning Osteo-Assay surface is designed for bone research and the Synthemax surface allows stem cells to be expanded and differentiated without any special preparation. The HYPERStack Cell Culture Vessel is also presented, enabling high volume cell recovery in a very small surface area.
New Corning Products and Acquisition News
Watch news of Corning product launches, including the Corning® Synthomat synthetic surface for growth and differentiation of stem cells and the HYPERFlask™ Cell Culture Vessel with unique breathable membrane technology. Also learn about the recent the acquisitions of Axygen, HTL, Labnet and Sorenson. SelectScience.tv interview at Biotechnica 2010.
New Automated Assay Solutions from Corning
Learn how Corning’s acquisition of Axygen Biosciences and associated laboratory automation technologies, provides new solutions for assay studies. The new FLIPR plates and HYPERFlask M Cell Culture Vessel are also introduced. SBS 2010 interview.
Corning<sup>®</sup> HYPERFlask<sup>®</sup> vessel for increased cell yields
Watch an introduction to the high yield, high performance flask which utilizes a multilayered gas permeable growing surface for efficient gas exchange. Learn about new applications in virus production and transfection. SelectScience.tv interview with Corning Life Science at SBS Annual Conference 09.
Organoid library development: Testing patient sensitivity to potential cancer therapies
Discover how one lab is using patient-derived pancreatic organoids to deliver personalized treatments
