This month in Pep Talk we launch FGF-8a and FGF-8b for neural stem cells, and it's your last chance to enter our image and video competition to win a pair of Apple Air Pods. Learn about World Organoid Research Day and download a free organoid poster.
This month in Pep Talk, refer a colleague and claim a £25 Amazon gift card, learn more about our neural portfolio, read our latest BDNF/GDNF review and learn more about the #21toWatch awards.
Qkine is excited to be a Top21.2023 winner in this year’s Cofinitive #21toWatch awards.
This month in Pep Talk read our blog on protein engineering to change the future of food, species-specific growth factors, World Organoid Research Day and our paper highlight of the month.
Qkine is sponsoring and exhibiting at the Organ Modelling Discovery Congress, London, UK.
Are you looking for an idea to start a multimillion-pound business? Proteins that stimulate cell growth currently cost several million pounds per gram, which makes them more expensive than diamonds. You need particularly lots of them if you want to grow enough cells to assemble a steak. This so-called ‘cultivated’ or ‘lab-grown’ meat was initially proposed as food for astronauts but has since turned from a science fiction fantasy to a source of hope for a more sustainable and animal welfare-conscious food for the world.
Qkine will be hosting a mini exhibition at the Institute of Developmental and Regenerative Medicine on the 25th of January 2023 between 10am - 3pm.
Qkine Ltd, a manufacturer of animal-free, highly bioactive, and innovative proteins and growth factors for life science applications, announces the close of its oversubscribed funding raise, having secured £4.3M.
This month in Pep Talk read our blog on Designing biomimetic neural materials for scalable 3D cell culture, read our Technote on VEGF 165 and learn more about NT-3 from our neural stem cell range.
In conjunction with the LifETIME CDT program, Qkine has sponsored a PhD studentship based at Aston University, Birmingham, UK. Martha Gallagher started her PhD in Professor Eric Hill’s lab to develop a 3D biomaterial scaffold that will display multiple neurodevelopmental signalling factors to mimic corticogenesis with induced pluripotent stem cell-derived neurons and glia.
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