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Search Results - microfluidics
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2020-810 Mechanical Ventilator With a Fixed Number of Orifice Plates to Generate Constant Flow Paths
Summary: UCLA researchers in the Department of Electrical and Computer Engineering & Bioengineering have developed a constant flow path mechanical ventilator used for the treatment of advanced respiratory diseases, such as acute respiratory distress syndrome (ARDS). Background: Respiratory failure leading to the need for respiratory support...
Published: 7/19/2023
|
Inventor(s):
Glen Meyerowitz
Keywords(s):
Angiogenesis Acute Lung Injury
,
Cellular Respiration
,
Cerebrospinal Fluid
,
Cerebrospinal Fluid Tetramer Retinol Binding Protein
,
Cerebrospinal Fluid Ventricular System Bleeding
,
Deoxygenation
,
Diagnostic Markers & Platforms
,
Diagnostic Platform Technologies (E.G.
Microfluidics
)
,
Diagnostic Test
,
Digital
Microfluidics
,
Ferrofluid
,
Flow Device
,
Fluid Dynamics
,
Fluidics
,
Half-Reaction Electrolysis Of Water Oxygen Evolution
,
Intensive-Care Unit Vital Signs
,
Lung
,
Lung Pulmonology
,
Mechanical
,
Mechanical Engineering
,
Mechanical Systems
,
Medical Device
,
Medical Device Poly(Methyl Methacrylate)
,
Medical Devices and Materials
,
Microfluidics
,
Microfluidics
And Mem's
,
Microfluidics
Dielectrophoresis
,
Microfluidics
Multi-Band Device
,
Microfluidics
Nanosphere
,
Mouse Respiratory System
,
Oxygen
,
Oxygen Saturation
,
Reactive Oxygen Species
,
Respiratory & Pulmonary
,
Synovial Fluid
Category(s):
Mechanical
,
Mechanical > Mechanical Systems
,
Therapeutics > Infectious Diseases > COVID
2016-219-3 SYSTEM AND METHOD FOR OPTICAL TRANSIENT LIQUID MOLDING OF MICROPARTICLES AND USES FOR THE SAME
SUMMARY: The Di Carlo group at UCLA has invented a microparticle that enables analysis of adherent cells via flow cytometry with high throughput. BACKGROUND: Traditional flow cytometry is a fluorescence-based technique used to characterize cells on a molecular level usually suspended in a fluid. However, many cells are inherently attached to matrix...
Published: 7/19/2023
|
Inventor(s):
Dino Di Carlo
,
Chueh-Yu Wu
Keywords(s):
Cell Counting/Imaging
,
Cytometry
,
Diagnostic Platform Technologies (E.G.
Microfluidics
)
,
Flow Cytometry
,
Life Science Research Tools
,
Microfluidics
,
Microfluidics
And Mem's
,
Targets And Assays
Category(s):
Life Science Research Tools > Research Methods
,
Diagnostic Markers > Targets And Assays
,
Life Science Research Tools > Cell Counting And Imaging
,
Life Science Research Tools >
Microfluidics
And Mems
,
Platforms > Diagnostic Platform Technologies