Automated microvalve cartridge encodes spatial barcodes on single cells to resolve manual tissue processing bottlenecks.
One-piece slot extender and conical reservoir floor with continuous variable radius fillet minimize stranded fluid in small volume dispensing systems.
An asymmetric fluid loader positions filler fluid to sweep assay droplets into a microfluidic chamber, ensuring precise volume control.
A specimen preparation device transfers observation objects using a liquid pool formed on a conveyance belt.
An overlay liquid reduces refraction at the curved interface, eliminating edge-effect interference for reliable single cell detection.
Form-fit mounting secures carrier elements in all spatial directions while keeping reagent regions clear during adhesive-bonding processes.
Physically keyed compartments prevent incorrect installation, ensuring accurate reagent supply to detection units.
Partitioning DNA into spatially-isolated droplets isolates fetal sequences from maternal background, resolving low-concentration detection limits.
A fluidic system uses a deformable chamber to manually pump and dispense liquids without external pumps.
A photometer arrangement applies age-specific correction factors to raw measurement values.
Resistors generate pressure to break capillary retention menisci, enabling precise reagent delivery and reducing handling complexity.
A microfluidic flow cell uses bidirectional fluid paths to perform independent sequencing and amplification reactions on a single substrate.
Inwardly angled walls reduce the bottom diameter to minimize API volume while fins provide stability against tipping during automated titration.
Gravity-driven rotation moves fluid between compartments, eliminating external pressure control complexity for point-of-care testing.
Segmented lyophilized vial and diluent syringe enable automated mixing, reducing manual handling errors and evaporation risks in high-volume diagnostic testing.
A liquid storage cavity with a peripheral recess houses liquid to establish a continuous fluid path toward the outlet.