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iPSC-derived Skeletal Myocytes: Driving a Better Understanding of Musculoskeletal Disease

Stem cell programming technology has made it possible to access human derived skeletal myocytes - a critical step towards studying musculoskeletal disease.

18.01.2023

Published by bit.bio

Stem cell programming technology has made it possible to access human derived skeletal myocytes - a critical step towards studying musculoskeletal disease.

Published by bit.bio

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science

Behind the scenes at iGEM, the world's largest synbio competition for students!

Hear from bit.bio scientist Andreas Andreou what it was like to be a judge.

01.12.2022

Published by bit.bio

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science

Beyond neurons - microglia cells and their role in neurodegeneration and neurodevelopment

The role of microglia cells in neurodegeneration and neurodevelopment featuring expert Dr Anthony Vernon.

15.11.2022

Published by bit.bio

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expert opinion

Addressing current challenges of in vitro cell models

In this blog, learn about current challenges of hiPSC-derived cell models, best approach for cell generation & future trends for h...

31.03.2022

Published by bit.bio

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technology

Giving you easy access to endless and reliable human cells

Read this blog to learn how bit.bio are offering easy access to endless and reliable human cells for research and drug discovery.

08.10.2021

Published by bit.bio

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