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Closed incubators and
hoods that simulate the
low oxygen stem cell niche

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STRUGGLING TO MAKE AN IMPACT WITH LIMITED TIME & MONEY?

Most labs aren’t equipped with incubators and hoods that simulate physioxia in the stem cell environment. Room air introduces reactive oxygen species (ROS) which alters reprogramming, differentiation, phenotype, cell fate and function.

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Get the right equipment for controlling cell culture conditions that mimic the physioxic stem cell niche.
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Options for Adding Hypoxia/Physiologic Oxygen Control Capabilities to the Lab

Upgrade your traditional CO2 incubator with hypoxic chambers

BioSpherix

Replace your incubator and BSC with a closed cell incubation and handling chamber

BioSpherix

How do I get cytocentric equipment FOR SIMULATING THE Low Oxygen Stem Cell Niche?

Step 1

TELL US ABOUT YOUR EXPERIMENT

Step 2

LET US HELP YOU REFINE OR REPLACE YOUR INCUBATOR WITH CYTOCENTRIC EQUIPMENT

Step 3

Get quality results

Search 3300+ customer research publications citing BioSpherix equipment

Visit a Cytocentric Lab

Stem Cell Research at Norwegian Center for Stem Cell Research

Stem Cell Research at University of Iowa

Stem Cell Research at University of Bordeaux

Stem Cell Research at RESTORE (Toulouse)

Stem Cell Research at Sanford Burnham Prebys Medical Discovery Institute

Stem Cell Research at SUNY Upstate Medical University

Stem Cell Research at UC San Diego School of Medicine

Stem Cell Research at Syracuse University

Videos

Avoid Irrelevant Non-Reproducible Data, The Neglected Variable: Physiologic Oxygen

Blog Posts

Cytocentric Blog – Interview with Cytocentric Visionary: Roger Rönn – The Cell Environment for HSC from iPS: Why Every Hurdle Must be Overcome to Reach our Destination

Cytocentric Blog – Why Optimize MSC Cell Culture Conditions? Feed a Fibroblast, Starve a Stem Cell

Cytocentric Blog – Interview with Cytocentric Visionary: Hal Broxmeyer, Indiana University – How the Shock of Room Air Oxygen Reduces Stem Cell Yields How the Shock of Room Air Oxygen Reduces Stem Cell Yields

Cytocentric Blog – Interview with Cytocentric Visionary: Dr. Heather O’Leary – Part One: Extraphysiologic Oxygen ShockPart One: Extraphysiologic Oxygen Shock

Posters

Increasing Human MSC Yields Through Unbroken Physioxia

Physioxic Control of Cell Handling Conditions Reduces Variability for Human MSC

Full-Time Physioxic Control Maximizes Human MSC Expansion at the Individual Cell and Population-wide Levels

Perinatal Stem Cell Society – Cord Blood Hematopoietic Stem Cell Function is Affected by In Vitro Oxygen

Whitepapers

Full-time Control of Conditions During Cell Handling Enhances the Growth of Human Mesenchymal Stromal Cell Cultures Alicia D. Henn1, Claudia Schwartz2, Shannon S. Darou1, Randy Yerden1 1 BioSpherix Ltd., Parish, NY, USA 2 Lonza Cologne GmbH, Koeln, Germany

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In the future, tears won’t accompany a diagnosis because

researchers will unlock the full potential of living cells to:

Reveal Truths

Discover Therapies

Heal Humans

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