Marija Kesic, Research Assistant at bit.bio transitioned from former iGEM competitor to mentor. She discusses the role she plays in supporting teams' work.
15.08.2023
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...
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...
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...
The emerging role of microglia in Alzheimer's disease
Learn how microglia are implicated in Alzheimer's disease, and how iPSC derived microglia are changing the face of Alzheimer's res...
Celebrating World Health Day through our commitment to global health
Celebrating World Health Day with a guest blog from the Chair of our independent Ethics and Sustainability Board Marie-Claire Cord...
White House report - biotechnology and biomanufacturing R&D in the US
Our CEO shares his thoughts on the vision that the US recently set out for biotechnology and biomanufacturing and how it aligns wi...
.png)
Cell culture hacks | human iPSC-derived glutamatergic neurons
Learn top tips for culturing human iPSC-derived glutamatergic neurons, including seeding density and a Geltrex + poly-D-lysine coa...
iPSC-derived Skeletal Myocytes: 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...