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CRISPR Screen Identifies Potential New Regulators of Fibrosis in Human Liver Cells

CRISPR Screen Identifies Potential New Regulators of Fibrosis in Human Liver Cells

by Karen O'Hanlon Cohrt | Sep 24, 2023 | Disease Models

In our last few liver articles, we highlighted the urgent need for new models and treatments for non-alcoholic steatohepatitis (NASH), and looked at the potential for human liver organoids to not only model disease, but also to test new drugs for safety and efficacy....
Tempo Bioscience Expands Human Liver Models for Toxicity Evaluation and Disease Modeling

Tempo Bioscience Expands Human Liver Models for Toxicity Evaluation and Disease Modeling

by Angela L. Huang | Mar 15, 2023 | News

SAN FRANCISCO, CA —Tempo Bioscience, Inc. (“Tempo”) a privately-held biotechnology company based in San Francisco, California, has released new human induced pluripotent stem cell (iPSC) derived cell products and affiliated cell-based services in the following...
A Strong Foundation Makes For A Strong House: New Understandings in Embryonic Epithelial Development

A Strong Foundation Makes For A Strong House: New Understandings in Embryonic Epithelial Development

by Allison Kennedy | Feb 17, 2023 | Industry News

In an article published in  genengnews.com, the findings of a research study “Topological Morphogenesis of Neuroepithelial Organoids” discovered new information about cell-to-cell tissue connectivity that provides an organizational backbone for further organ...
Cancer Organoids – A New Era in Cancer Treatment

Cancer Organoids – A New Era in Cancer Treatment

by Karen O'Hanlon Cohrt | May 25, 2018 | Trends

In simple terms, cancer organoids are organoids that are generated from cells donated by cancer patients. In our previous post about organoids, we described their many uses and applications, ranging from disease models, drug and toxicity testing, tissue and organ...
Providing the Right Cues for Organoid Development

Providing the Right Cues for Organoid Development

by Karen O'Hanlon Cohrt | Jul 2, 2018 | Trends

Organoids are in vitro-derived miniaturized organs that exhibit self-organization and recapitulate the functions of the in vivo organ they represent. For organoids to mimic their real-life counterparts as much as possible, they must receive appropriate physical and...
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About Tempo BioScience

Fascinated by self-assembly of cells in spheroids or organoids? Excited to develop and characterize functionally relevant human iPSC disease models? Tempo Bioscience is a cash-positive product-focused trendsetter in the areas of human iPSCs and novel proprietary biosensors. We are growing and are looking for key hires to expand.  Join us and be a part of the team that will grow the company from the ground up and build a business that lasts.

Our Mission is to develop patient-relevant iPSC-based models for 10,000+ human diseases to advance science and medicine. 

Our Values are respect, communication, and teamwork.

Resources

Why and How Do We Study Keratinocytes?

Why and How Do We Study Keratinocytes?

In a previous article we introduced keratinocytes and looked at their biological functions and subtypes. Here, we explore some of the main reasons researchers study keratinocytes and the...

read more
2D vs 3D Cell Culture: Choosing the Right Model for Disease Research

2D vs 3D Cell Culture: Choosing the Right Model for Disease Research

In our last article, we compared 2D organ-on-a-chip devices and 3D organoids with respect to their use in drug discovery, highlighting their importance in modeling diseases and evaluating...

read more
Chips and Beyond: The Attraction of 3D Organoid Models in Drug Discovery

Chips and Beyond: The Attraction of 3D Organoid Models in Drug Discovery

A critical prerequisite for any drug discovery program is the availability of robust ways to study the disease in question and evaluate how experimental treatments impact disease phenotypes....

read more
  • Products
    • Biosensor Assays
      • TempoATP™ for ATP Metabolism
      • TempoCAL™ for Calcium
      • TempoMito™ for Mitochondria
      • TempoO2™ for Oxygen Metabolism
      • TempoVOL™ for Cationic Voltage
    • Induced Pluripotent Stem Cells (IPSC)
      • iAstro™ Astrocytes
      • iBMEC™ Brain Microvascular Endothelial Cells
      • iCardio™ Cardiomyocytes
      • iCort™ Cortical Neurons
      • iDopaNer™ Dopaminergic Neurons
      • iHep3D™ Hepatocytes
      • iHepStellate™ Hepatic Stellate
      • iHepStellate™-iKupffer™-iLSEC™-iHep3D™ 3D organoid
      • iKer™ Keratinocytes
      • iKidneyPod™ Kidney Proximal Tubules and Podocyte 3D Spheroids
      • iKupffer™ Kupffer Cells
      • iLSEC™ Liver Sinusoidal Endothelials
      • iMel™ Melanocytes
      • iMG™ Microglia
      • iMono™ CD14+ Monocytes
      • iMotorNer™ Motor Neurons
      • iMSC™ Mesenchymal
      • iNStem™ Neural Progenitor
      • iOligo™ Oligodendrocyte Progenitor
      • iOsteo™ Osteoblasts
      • iPeri™ Pericytes
      • iPhago™ Phagocytes
      • iRPE™ Retinal Pigment Epithelials
      • iSchwann™ Schwann
      • iSenso™ Sensory Neurons
    • TempoStemBank™
    • Cell Culture Solutions
      • Cell Medium Products
      • Assay Reagents
      • Conditioned Media
  • Services & Support
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    • Editorials
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