MIVO CHIPS
IMMUNE-on-CHIP
A unique and customizable model for studying the immune system in a physiologically relevant and controlled environment
To date, preclinical safety and efficacy assessments of immunotherapies are carried out through extensive in vitro cultures addressing the cellular and molecular basis of immune responses, in-vivo xenografts and genetically engineered animal models.
However, both approaches show limitations, and the success of immunotherapeutic approaches strictly depends on the development of highly reliable and predictive preclinical models.
Increase predictivity by using a multi-organ approach to test immuno-therapies and better understand mechanisms behind complex immune-tumor cells interplay.
Tissue Models Options
IMMUNE-ON-CHIP
2D cells monolayers
3D Reconstructed tissues
Spheroids, Organoids, Biopsies
APPLICATIONS
Highly flexible model for your different applications
Immuno-oncology
Study the interactions between immune cells and cancer cells, by adopting 3D in vitro/ex vivo human physiologically relevant cancer models
Immune effects on infectious disease
Study the immune response to infectious diseases, such as viruses and bacteria, and test new therapies or vaccines
Personalized medicine
Develop personalized treatments for a variety of immune-related diseases, including autoimmune disorders or allergies
Personalized Immunotherapies
Recapitulate the human pathology and efficiently run immunotherapies to study their effects in a fully humanized and immunocompetent in vitro platform
Veterinary medicine research
Study immune-related diseases in animals and develop new treatments
Drugs impact on the immune system
Assess the effects of the interactions between new drugs and the immune system
POSSIBLE OUTCOMES
Immune-on-Chip Model
A more realistic and physiologically relevant environment for more predictive readouts
IMMUNE CELLS RECRUITMENT
Immune cells extravasation, as well as their phenotype, is assessed recovering the cells from the medium, both surrounding the 3D culture and in circulation and analysing them by flow cytometry. Specific infiltration is analysed by immunofluorescence and confocal microscopy
CYTOKINE RELEASE KINETIC
Cytokine release can be assessed over time by easily sampling media through the three-way valve. Specific cytokines quantification can be performed by ELISA or similar detection methods
INFLAMMATION & IMMUNE RESPONSE
Activation of immune cells is evaluated by recovering the cells from circulating medium and assessing them for their phenotype by flow cytometry
Publications
Find a selection of publications for research purposes.
Workshops
Find a selection of posters for research purposes.
Webinars
Find a selection of protocols for research purposes.
CONTACT US
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