Thesis Work, 60 Credits - Development of Multiplex Virtual Cell Classification from Conventional Histological Stains for the Assessment of Respiratory and Immune-Mediated Disease Indications
AstraZeneca is·Sweden - Gothenburg·Remote, Onsite
1d ago
A
Thesis Work, 60 Credits - Development of Multiplex Virtual Cell Classification from Conventional Histological Stains for the Assessment of Respiratory and Immune-Mediated Disease Indications
AstraZeneca·Mölndal, SE·Remote, Onsite
1d ago
A
Thesis Work, 60 Credits - Development of Multiplex Virtual Cell Classification from Conventional Histological Stains for the Assessment of Respiratory and Immune-Mediated Disease Indications
Astrazeneca·Sweden - Gothenburg·Remote, Onsite
1d ago
A
Thesis Work, 45/60 Credits - Investigating Novel Regulators of Adipocyte and Liver Biology in Obesity and Metabolic Disease
AstraZeneca·Mölndal, SE
2w ago
A
Thesis Work, 45/60 Credits - Investigating Novel Regulators of Adipocyte and Liver Biology in Obesity and Metabolic Disease
Astrazeneca·Sweden - Gothenburg
2w ago
AI
Thesis Work, 45/60 Credits - Investigating Novel Regulators of Adipocyte and Liver Biology in Obesity and Metabolic Disease
AstraZeneca is·Sweden - Gothenburg
2w ago
AI
Thesis Work, 30/60 Credits - Advancing AI-Driven Mechanism-of-Action Prediction from Cell Painting Images: Expanding the DeepPheno Platform
AstraZeneca is·Sweden - Gothenburg·Onsite
2w ago
A
Thesis Work, 30/60 Credits - Advancing AI-Driven Mechanism-of-Action Prediction from Cell Painting Images: Expanding the DeepPheno Platform
AstraZeneca·Mölndal, SE·Onsite
2w ago
A
Thesis Work, 30/60 Credits - Advancing AI-Driven Mechanism-of-Action Prediction from Cell Painting Images: Expanding the DeepPheno Platform