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filler@godaddy.com
World Organoid Research Day+
In person. Cambridge, U.K
THE EVENT for
Organoid and Organ-on-a-chip researchers.
Free to attend, small donation to charity requested.
World Organoid Research Day+ In person. Cambridge, U.K. 27-28 Feb 2024
Talk titles:
Optimising 3D cell culture.
Cryopreservation of organoids.
The fully defined and regulatory friendly alternative to Matrigel.
Talk title:
Innovative approach to the storage and transportation of fresh cells, tissues and viruses.
Talk title:
A simplified approach for rapid analysis of 3D multicellular models using the Velocyt cytometer.
Talk title:
Is your in vitro toolbox as cutting edge as your portfolio of drug modalities?
Talk title:
A multi-modal approach for 3D high content imaging.
Talk title:
A living biobank of matched pairs of patient- derived xenograft and organoids for cancer pharmacology.
Talk title:
Animal free matrix for organoid cultures.
Talk title:
Pluripotent stem-cell derived organoids, endothelial cells and macrophages to study COVID-19
Talk title:
Label-free imaging of live organoids using holotomography.
Talk title:
3D organoid visualization using micro-lens enhanced dual spinning disc confocal imaging.
Talk title:
Beyond ordinary concepts, to raise awareness on 3D biology.
Talk title:
Recent advances in patient-derived organoid technology and their impact on drug development.
Talk title:
The Masterpiece of 3D Cell Culture Scale Up.
Talk title:
Retinal organoids as a tool for invitro pre-clinical testing.
Talk title:
3D human cell models: Better translation of data to clinic.
World Organoid Research Day+
In person. Cambridge, U.K
THE EVENT for
Organoid and Organ-on-a-chip researchers.
Free to attend, small donation to charity requested.
Biosilk: 3D recombinant matrix for biorelevant cell culture.
World Organoid Research Day+
In person. Cambridge, U.K
THE EVENT for
Organoid and Organ-on-a-chip researchers.
Free to attend, small donation to charity requested.
Transitioning from 2D to 3D culture workflows: Adipose tissue
organoids resemble adult naïve tissues morphologically,
molecularly, and functionally
Organoid Albumin (Red, 550nm) NaKATPase (Green, 488nm) Dapi (Blue, 405nm)- Gamze Demirel. Maltepe University.