ScreenIn3D's platform offers drug developers and researchers with robust and versatile 3D miniaturised assays for testing the efficacy of multiple therapies on human relevant disease models.
Our technology gives better chances to select the most promising drug candidates earlier in the drug discovery pipeline, reducing animal studies and decreasing screening costs.We facilitate testing of predictive complex models of disease earlier in the drug discovery pipelineUPSCALE3D
APPLICATIONS
Explore our assays and 3D models
DISEASE MODELLING
Human relevant and reproducing the disease complexity
Our technology enables to control the cell composition of the models and when to add new cells or reagent to the models, building the many multi-cultures with your desired microenvironment
DISEASE MODELLING
Human relevant and reproducing the disease complexity
Our technology enables to control the cell composition of the models and when to add new cells or reagent to the models, building the many multi-cultures with your desired microenvironment
DRUG EFFICACY ASSAYS
Large data throughput with minimal cells and drug resources
Our technology enables to miniaturise complex drug tests reducing costs, quantifying efficacy of many drugs per plate and producing data with high statistical relevance.
DRUG COMBINATION
Identify and optimise leads with translational 3D models
Our technology enables to identify the most effective and synergistic combination of molecules and therapies in 3D. Giving you the option to combine drugs simultaneously or in the desired temporal sequence to study cause-effects typical of clinical treatments.
CELL THERAPY
Measure cell-killing and off-target toxicity in 3D and at scale
Our technology enables to test immune cell effects on disease and healthy 3D models, adjusting effector:target ratio of cells, with the desired combination of small molecules and biologics, mimicking clinical schedules.
PERFUSION ASSAYS
The human body is not static, why should drug tests be?
Our technology enables perfuse drugs and nutrients on multiple 3D models to mimic in vivo conditions, activate immune-cells and facilitate complex assays without disturbing the cultures. No tubing, no rocking plates and no shear stress.