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Discover the 'Decholesterizer' - the IITChicago iGEM team project!

Using synthetic biology, the IITChicago iGEM team aims to harness the power of a patient's own genetic system to regulate cholesterol production.

20.10.2023

Published by iGEM

Using synthetic biology, the IITChicago iGEM team aims to harness the power of a patient's own genetic system to regulate cholesterol production.

Published by iGEM

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science

Superbugbuster, a project by the iGEM insa-ens-Lyon1 team!

The SUPERBUGBUSTER project from the French Lyon based team envisions a future where antibiotics remain effective.

12.10.2023

Published by iGEM

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science

Cell culture hacks | human iPSC-derived microglia

Top tips for culturing iPSC-derived microglia

10.10.2023

Published by bit.bio

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science

A head for heights: Sir Greg Winter reflects on his experiences

The entrepreneur reflects on his experiences in the world of biologics, winning a Nobel and his role on the bit.bio board.

06.10.2023

Published by bit.bio

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science

The Promise of Exon Skipping Therapy for Duchenne Muscular Dystrophy

Exon skipping therapy with antisense oligonucleotides is a promising therapy for DMD. This blog covers the underlying mechanisms o...

07.09.2023

Published by bit.bio

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science

From student to mentor: my journey with iGEM and the impact of synbio

Marija Kesic, Research Assistant at bit.bio transitioned from former iGEM competitor to mentor. She discusses the role she plays i...

15.08.2023

Published by bit.bio

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science

A Molecular Portrait of ALS and FTD

ALS and FTD are closely related diseases, both showing protein aggregation and axon degeneration. This blog covers similarities be...

08.08.2023

Published by bit.bio

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CEO views

bit.bio joins Downing Street synbio industry round table and showcase

Our CEO reflects on bit.bio's involvement in the recent 10 Downing Street discussion and launch of the engineering biology call fo...

28.07.2023

Published by bit.bio

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science

Cell culture hacks | human iPSC-derived skeletal myocytes

Top tips for culturing iPSC-derived muscle cells include optimising ECM coating, optimising cell seeding density and thorough mixi...

14.07.2023

Published by bit.bio

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