Cytocentric Blog

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Temperature, CO2, and pH in Cell Culture Media -

What Seems Best for Incubation is Not Always Best for Handling

Most, but not all, cell culture media contain carbonate-based buffers which work with elevated gaseous carbon dioxide levels in the incubator to stabilize cell culture pH (see figure).  Carbonate-based buffers are present in vivo and so seem like an obvious choice for physiologically relevant incubation conditions. However, carbonate-based buffers can create non-optimal conditions for cultures during cell culture handling outside of the incubator. The critical cell parameters of temperature and carbon dioxide levels can affect carbonate buffered cell media.

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Top 5 Cytocentric Publications of 2015

Overall, 2015 was a big year for moving cytocentric research forward. Some publications have stood out from the rest as impactful. The authors of these papers not only used cytocentric principles in carrying out their experiments, but their findings and language help describe a new scientific era of more physiologically relevant in vitro cell systems.

 

#5

Oxygen regulates proliferation of neural stem cells through Wnt/beta-catenin signalling. Braunschweig et al. Molecular and cellular neurosciences. 2015;67:84-92.

This group found connections between physioxia and a non-HIF signaling pathway, the Wnt/beta-catenin pathway. Oxygen is a multi-functional signaling molecule in vivo and we predict that more pathways will emerge in the coming years outside of the HIF factors as more attention is focused on cells in a more physiologic context.

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Cytocentric Visionaries: Randy Yerden, CEO BioSpherix

Part Four: A Trachea for Hannah

This post contains excerpts from an interview that Dr. Alicia Henn, Chief Scientific Officer of BioSpherix, conducted with Randy Yerden, Founder and CEO of BioSpherix.

In Part Three, we talked about seeing Cytocentric Principles in action in research. Today we talk about the incredible experience of participating in groundbreaking surgery to implant a stem-cell bearing manufactured trachea into a toddler.

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Cytocentric Visionaries: Randy Yerden, CEO BioSpherix

Part Three: Seeing Cytocentric Principles in Action

This post contains excerpts from an interview that Dr. Alicia Henn, Chief Scientific Officer of BioSpherix, conducted with Randy Yerden, Founder and CEO of BioSpherix.

In Part Two, we talked about the potential benefit if Cytocentric Principles were applied to make cell-based assays more physiologically relevant. Today we talk about seeing Cytocentric Principles in action in research.

 

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Cytocentric Visionaries: Randy Yerden, CEO BioSpherix

Part Two: Physiologically-Relevant Cell-Based Assays to Reduce Wasteful Animal Testing

This post contains excerpts from an interview that Dr. Alicia Henn, Chief Scientific Officer of BioSpherix, conducted with Randy Yerden, Founder and CEO of BioSpherix.

In Part One, we talked about how the Cytocentric Principles were formed from decades of insight from top scientists about the needs of cells. Today we talk about how the total quality concepts in the Cytocentric Principles can improve cell-based assays for reduced animal testing.

 

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