Doroth Raises US$4.5 Million to Build Latin America’s First Microfluidic Chip Plant
Doroth’s new funding aims to turn Brazilian lab-on-a-chip research into high-volume agricultural diagnostics manufacturing.
2026-09-18
Interfacial Engineering of Biosensors for Bloodstream Infection Diagnosis
Engineered biosensor surfaces could help make bloodstream infection tests faster and more reliable in whole blood.
2026-09-18
Picodya
Picodya develops cartridge-based diagnostic systems built around its PicoFluidics technology. Its B-Matrix platform combines small-volume fluid handling, image processing and automation to run molecular assays and immunoassays for clinical and research workflows.
2026-09-14
1DROP
1DROP combines capillary-driven microfluidic chips with optical detection for portable diagnostics. Its chips integrate sample handling, reagents and reaction chambers to measure multiple biomarkers from small samples without separate fluid-control equipment.
2026-09-14
Baebies
Baebies develops diagnostic platforms based on digital microfluidics. Its systems move tiny droplets with electrically controlled surfaces to run different assay types, including molecular, chemistry, coagulation and immunoassay tests, within compact instruments.
2026-09-14
Level Zero Health
Level Zero Health is developing wearable biosensors for continuous hormone monitoring. Its approach uses DNA-based sensing to measure biochemical changes in interstitial fluid, with an intended focus on reproductive health and other hormone-related applications.
2026-09-14
NanoCellect
NanoCellect develops microfluidic flow-cytometry instruments for analyzing and sorting cells. Its WOLF platform uses disposable microfluidic cartridges to support single-cell research, cell-line development and other experiments that need selected populations of viable cells.
2026-09-14
Fluxergy
Fluxergy develops a diagnostic platform that combines microfluidic cartridges with multiple measurement methods. Its tools support applications including molecular assays, chemistry tests and cell imaging, bringing different forms of laboratory analysis into a compact testing system.
2026-09-14
Volta Labs
Volta Labs develops digital fluidics technology for automated genomic sample preparation. Its platform moves and processes small liquid volumes to help laboratories turn biological samples into sequencing-ready material with less manual handling and greater workflow consistency.
2026-09-14
Inorevia
Inorevia combines microfluidics and magnetic-particle handling to automate molecular-biology sample preparation. Its Magelia platform runs small-volume protocols for sequencing and other omics workflows, integrating steps that would otherwise require multiple instruments and manual transfers.
2026-09-14
miDiagnostics
miDiagnostics develops silicon microfluidic chips for molecular testing. Its diagnostic cards use capillary forces to move small samples and support rapid PCR, combining passive fluid handling with a compact reader for sample-to-result testing.
2026-09-14
Astek Diagnostics
Astek Diagnostics develops microfluidic diagnostic systems for identifying bacterial infections and testing antibiotic susceptibility. Its JIDDU platform aims to help clinicians select effective antibiotics more quickly by measuring how bacteria from patient samples respond to treatment.
2026-09-14