30 11, 2023

Hepatocyte-derived organoids provide unique insights into liver cell invasion by malaria parasites

2024-01-05T13:39:37+00:00November 30th, 2023|Blog, organoid news|

Complex 3D liver models that more closely mimic human biology open opportunities for improved drug and vaccine discovery for malaria and related parasitic diseases.

8 12, 2022

Designing biomimetic neural materials for scalable 3D cell culture

2023-02-24T10:34:38+00:00December 8th, 2022|Blog, News|

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.

25 11, 2020

Qkine, with UK biotechnology companies Manchester BIOGEL and Cellesce, is developing fully synthetic animal-free scaffolds to overcome barriers in sustainable and scalable organoid culture, in a project funded by Innovate UK

2022-02-07T13:30:35+00:00November 25th, 2020|animal-free, News, organoid news|

Qkine, Manchester BIOGEL and Cellesce have been awarded Innovate UK Sustainable Innovation Funding to develop fully synthetic, chemically-defined three-dimensional (3D) scaffolds to enable manufacture scale up and improve reproducibility of patient-derived organoids.

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