• HypOxystation ® H25

    HypOxystation ® H25

    Like the rest of our line of HypOxystations, the H25 HypOxystation creates hypoxic and anoxic conditions within a controlled and sustained workstation environment, in a new, smaller footprint.
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  • Whitley i2 Instrument Workstation

    Whitley i2 Instrument Workstation

    This workstation can be used as a stand-alone unit or connected to a Whitley Hypoxystation via the new Whitley Transfer Tunnel, prepare cell lines under hypoxic conditions and then transfer directly into the i2 without exposure to air.
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  • HypOxystation® Brand Hypoxic Workstations

    HypOxystation® Brand Hypoxic Workstations

    HypOxystation® brand hypoxia workstations allow you to accurately control oxygen in 0.1% increments from 0.1% to 20% and the real time feedback system monitors and adjusts oxygen levels to ensure accuracy. CO2 monitoring is also available.
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  • CO2 Incubators

    CO2 Incubators

    Memmert’s incubators feature a unique sterilization cycle because simply disinfecting the chamber is not reliable. To prevent cross-contamination, the entire incubator chamber, including the ventilation system, shelves/grids can be sterilized with a 4-hour program at 160ºC.
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  • Mechanical Stimulation Cell Culture

    Mechanical Stimulation Cell Culture

    The TC-3 is a simple and multipurpose cell culture bioreactor designed to provide mechanical stimulation to a variety of samples and tissues.
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Hear what others are saying about HypOxystation

Read what our customers say about their HypOxystations!

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HypOxystation® installed at MD Anderson

mdanderson training

MD Anderson is widely regarded as the best cancer hospital in the United States. Their cancer research center just purchased a HypOxystation® H35 for research focused on pancreatic cancer. Dr. Rafal Zielinski had this to say about their new H35 workstation:

The hypoxia station we have purchased is being used for studies on STAT and HIF oncogenic transcription factors in tumors with major focus on pancreatic cancer. It is well established that these tumors are highly hypoxic therefore experiments performed in oxygen-limited conditions better recapitulates the natural environment of the cancer, allows better understanding of the physiologic role of STATs and HIFs and enables more accurate evaluation of experimental therapeutic strategies. We also use chronic hypoxia to study metabolism of the cancer cells and to design optimal therapeutic approaches using new inhibitors of glycolysis.