Accueil > Technologies conçues par BIOASTER
Technologies designed by BIOASTER

Since its inception in 2012, BIOASTER, as an Institute of Research Technology, is continuously investing in technologies aimed at overcoming technological obstacles to fight against infectious diseases and exploit the potential of microbiota.

DROPCELL
Micrometer-sized reactors, Microfluidics, High Throughput, Single Cell, Real time
DROPCELL to characterize cytokine secretion at single cell level
ADSORB
Biofilm, Antimicrobial resistance, Diffusion, Flow dynamics, Infectious disease, Organ-on-chip, Biosensors
Hydrogel-based microfluidic platform for controlled biofilm formation and analysis
ANOXIC PLATFORM
Anaerobic, Sorting, Microbiota, Fecal sample profiling, Probiotic, Characterization
Sorting and isolation of bacteria using a cytometer allowing aerobic and anaerobic conditions.
BLOOD-ON-CHIP
Vaccine, Immunotherapy, Organ-on-chip, Flow dynamics, Transcriptomics
In vitro advanced models based on microfluidic cell culture are important for research and drug and vaccines development.
GNOTOMICE
Gnotobiology, Mice, Functionalities, Reproducibility, Gut microbiota, Microbiome research
Standardized gnotobiotic mouse model harboring a 15-member mouse gut microbiota recapitulates SOPF/SPF phenotypes.
HoloMoA
Mechanism of Action, Antimicrobials, Quantitative phase imaging, Inline holography, Label-free, Deep learning, Artificial intelligence
Digital Holographic Microscopy and Artificial Intelligence for the rapid detection of the Mechanism of Action of antimicrobials, including novelty detection.
Noso Infections
Nosocomial infection, Acinetobacter, Antibioresistance, Pneumoniae, Bacteremia
A. baumannii animal models mimicking relevant clinical infections based on bioluminescent strains
COLPLEX
Multiplex, Diagnostics, Immunoassay, Sensitivity, Lateral Flow Assay
Tool for developing sensitive multiplex assays via in-solution detection