Attractive new regenerative medicine tool uses magnets to shape and stimulate stem cells
The ultimate goal of tissue engineers who work in the regenerative medicine field is to replace damaged or diseased…
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← Explore all topicsThe ultimate goal of tissue engineers who work in the regenerative medicine field is to replace damaged or diseased…
Tissue engineering Medical treatments for a variety of diseases have advanced dramatically in recent decades, but sometimes they…
A few years ago, Bryan Pukenas, MD, learned something old that led him to something new. The “something old” was a…
Restoring Brain Connections using Micro-Tissue Engineered Neural Networks (TENNs): Micro-TENNs are miniature preformed capsule-like constructs (shown above) that consist of…
Mouse lacking an immune system with an engineered ear on the back. You may have seen it in a textbook…
UCSFs bioartificial kidney is an exciting breakthrough which circumvents the need for tissue-blood supply, using cyborg-like silicon chips. In this article we explore UCSF’s…
Over the last several decades, various advances in tissue engineering have allowed for the not so distant possibility of replacing, repairing, or…
Learn how a company in Switzerland is harnessing the latest cell culture technology to build even more predictive 3D cellular…
alamarBlue HS and alamarBlue Cell Viability Reagents are ready-to-use, non-toxic, resazurin-based solutions that function as cell health indicators by using…
Overview AlamarBlue is a fast assay that can measure cell viability. It is based on resazurin, a compound that upon…
Print surfaces in bioprinting can have a large impact on your final results [1]. This glass slide treatment protocol can…
Overview Immunocytochemistry (ICC) is a laboratory technique that allows for the detection of specific proteins or antigens in cells using selective…