Fluoroacoustic Multipipette Electrodes (FLAME)
Description:
-
Target, modulate and record cellular function in the brain
-
Better characterization and understanding of complex neuronal interactions
-
-
Deep brain circuit navigation and analyses
-
Studying how addiction affects the brain at a cellular level
-
Could be used to develop preventative medicines and treatments for addiction
-
-
Studying neurological diseases and disorders at the cellular level
-
Increased neuronal targeting depth (<1 mm depth)
-
Able to emit and detect across a wide range of fluorescence to improve targeting, modulating and recording from a broad class of probes
-
Avoids complex and costly equipment
-
Reduces autofluorescence
-
Minimizes scattering
-
-
Fully integrated system for deep brain cellular identification, modulation and high-resolution recording
-
Real-time photoacoustics a, fluorescence and scalable, multi-cellular electrophysiology
-
-
Independent robotic automation
-
Enables parallel system control at the point of targeting without the need for external imaging equipment
-
- Case ID:
- M20-252L^
- Published:
- 09-13-2021
- Last Updated:
- 06-13-2022
Categories
Life Science (All LS Techs) Medical Imaging Neurodegenerative Disease Technologies Medical DevicesFor More Information, Contact
- Jovan Heusser
- jheusser@asu.edu