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Blood Brain Barrier and Inflammatory Cell Types in the Human CNS

Blood Brain Barrier and Inflammatory Cell Types in the Human CNS

by Karen O'Hanlon Cohrt | Jul 24, 2024 | Trends

In our last article, we introduced mast cells, their origins and morphology, and summarized how they are activated during IgE-mediated allergic responses. Here, we shift gears and explore how mast cells, together with microglia and the blood brain barrier, contribute...
Culturing and Characterising Organoids – What Do We Need to Know?

Culturing and Characterising Organoids – What Do We Need to Know?

by Karen O'Hanlon Cohrt | Feb 18, 2024 | Trends

Organoids are cell-derived, 3D in vitro models that are cultured to recapitulate structural and functional aspects of the in vivo tissue they are intended to represent. Organoids are not new to research labs, although there has been much hype about them in recent...
The Promises and Problems with ADCs

The Promises and Problems with ADCs

by Karen O'Hanlon Cohrt | Nov 21, 2023 | Industry News, Trends

Antibody drug conjugates (ADCs) are targeted cancer therapies that combine the specificity of monoclonal antibodies with the potency of cytotoxic drugs. In contrast to conventional chemotherapies, which do not discriminate between healthy and cancerous cells, ADCs are...
What is the Blood Brain Barrier? Part 1 of a Series

What is the Blood Brain Barrier? Part 1 of a Series

by Karen O'Hanlon Cohrt | Nov 18, 2022 | Trends

Welcome to our new blog series about the blood brain barrier (BBB)! In Part 1, we will give a brief history on the discovery of the BBB, as well as introduce what we know about its composition and biological functions. The blood brain barrier or BBB is a highly...
In Vitro Blood Brain Barrier Models for Drug Development

In Vitro Blood Brain Barrier Models for Drug Development

by Karen O'Hanlon Cohrt | Dec 18, 2022 | Trends

Welcome back to our blog series about the blood brain barrier (BBB). In Part 1, we provided a brief history on the discovery of the BBB, and introduced what we currently know about its composition and biological functions. In Part 2, we explain why reliable BBB models...
Sources of cells for modeling the human BBB — 4 considerations

Sources of cells for modeling the human BBB — 4 considerations

by Karen O'Hanlon Cohrt | Jan 26, 2023 | Trends

Welcome to Part 3 of our blog series covering the blood brain barrier (BBB). In Part 1, we looked briefly at how the BBB was discovered and presented what we currently know about its composition and functions. Part 2 focused on the need for reliable BBB models in drug...
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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. 

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Resources

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....

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Explore Further: More on Human Podocytes and Proximal Tubules

Explore Further: More on Human Podocytes and Proximal Tubules

In a previous Cell of The Month article, we explored the biology of the kidney. We highlighted the structure and function of the glomerulus podocytes and proximal tubules; these are specialized...

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iPSC Culture: What Every Researcher Needs to Know

iPSC Culture: What Every Researcher Needs to Know

Induced pluripotent stem cells (iPSCs) have become a mainstay in disease modeling and drug development, offering almost unlimited opportunities to study human biology in the lab. However,...

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    • Induced Pluripotent Stem Cells (IPSC)
      • iAstro™ Astrocytes
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      • 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
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      • iNStem™ Neural Progenitor
      • iOligo™ Oligodendrocyte Progenitor
      • iOsteo™ Osteoblasts
      • iPeri™ Pericytes
      • iPhago™ Phagocytes
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      • iSchwann™ Schwann
      • iSenso™ Sensory Neurons
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