Scientific Poster – Development of a 3D immunocompetent breast cancer model to accelerate drug testing and personalised medicine
Authors: Priyanka Fernandes, Harry Dawson, Ethan N.P Vong, Pierre Savagner, Dario Fassini Breast cancer remains
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SCIENTIFIC POSTER — Charting new paths in adipose tissue organoid development via stromal fraction
Authors: Mathilde Cadoux, PhD; Emilie Ouanounou; Ghofrane Ben Messaoud; Hadhemi Mejri; Julius Elliot Nyegaard Grothen, PhD;
Scientific Poster – Adipose Tissue Organoid Model from Stromal Vascular Fraction
SCIENTIFIC POSTER — Adipose tissue organoid model from stromal vascular fraction Mathilde Cadoux, PhD; Emilie Ouanounou;
Scientific Poster – in vitro human vascularized immunocompetent metastatic melanoma-on-chip model
SCIENTIFIC POSTER DOWLOAD — Towards the development of an in vitro human vascularized immunocompetent metastatic melanoma-on-chip
Scientific Poster – Skin sensitization and safety assessment based on an in vitro 3D vascularized fully differentiated immunocompetent skin model
SCIENTIFIC POSTER DOWLOAD — Skin sensitization and safety assessment based on an in vitro 3D vascularized
Scientific Poster – Vascularized immunocompetent breast cancer tumoroid model in standard multiwell plate for precision oncology
SCIENTIFIC POSTER DOWNLOAD — A high throughput vascularized immunocompetent tumoroid model in standard multiwell plates for
Microtubule Depolymerization By Cold
Microtubules (MT) are involved in multiple cellular processes, including mitosis, cell transport, morphogenesis and motility. Two populations
Fission Yeast Cells: Temperature Shifts From 5°C To 30°C
CherryTemp & the Zeiss Definite Focus 2 The Zeiss France team co-wrote a document together with
Imaging Drosophila Third Instar Larval Brain Cells Expressing Jupiter-mcherry As A Microtubule Marker
Experimental conditions Drosophila brains expressing a centriole marker (GFP-PACT) and a microtubule marker (Jupiter-mCherry) were dissected
Microtubule Depolymerization By Cold In Drosophila Third Instar Larval Brains
Experimental conditions Drosophila third instar larval brains expressing a microtubule marker (Jupiter-mCherry) were mounted on a
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