brain organoid electrophysiologyProjects

Projects

NIH-funded projects in the analyzed sample, ranked by relevance to the topic. Funding shown as scale context, not the sort key.

Top 20 by Relevance(20)

Showing 20 of 122

Project	PI	Organization	Category	Funding
Advanced culture and recording system for long-term electrophysiological profiling in human brain organoids R43MH139259	KIPKE, DARYL R	NEURONEXUS TECHNOLOGIES	Biotools	$899K
Development and Validation of a Compliant Reversible Actuator and Detector Leveraging Electrophysiology for Organoids (Organoid-CRADLE) 1R43MH143569-01	GOOD, CAMERON	NEUROLUX, INC.	Biotools	$500K
Neuropixels Opto: Integrated Silicon Probes for Cell-Type-Specific Electrophysiology 5U01NS133760-03	SVOBODA, KAREL	ALLEN INSTITUTE	Medical Device	$4.2M
An electrophysiology platform that enables robust, scalable and long-term intracellular recording of cardiomyocytes 5R01HL165491-04	CUI, BIANXIAO	STANFORD UNIVERSITY	Biotools	$1.2M
Assembly and characterization of human cortico-striatal neural networks 5R01NS123849-05	SHCHEGLOVITOV, OLEKSANDR	UTAH STATE HIGHER EDUCATION SYSTEM--UNIVERSITY OF UTAH	Basic Research	$1.1M
Multi-modal, large-scale characterization of cellular and cell-type-specific effects with electric stimulation in rodent and human brain R01NS120300	LEE, SOO YEUN (contact)	ALLEN INSTITUTE	Basic Research	$494K
Multimodal Multi-Electrode Array (MEA) for Probing Tooth Root Organoid Maturation and Sensory Innervation F31DE035400	NARAYANAN, SHARADA	UNIVERSITY OF PITTSBURGH AT PITTSBURGH	Training	$101K
Dissecting neocortical field potential dynamics using optical voltage imaging in genetically targeted cell-types R01NS124590	SCHNITZER, MARK J	STANFORD UNIVERSITY	Biotools	$1.1M
Dissecting inter-region communication in human organoid models with dual-color optogenetic probes 5R21AG087754-03	XU, GUANGYU	UNIVERSITY OF MASSACHUSETTS AMHERST	Basic Research	$598K
Elucidating the molecular mechanisms behind human neurodevelopmental disorders using brain organoids 5R01MH130061-05	NOVITCH, BENNETT G	UNIVERSITY OF CALIFORNIA LOS ANGELES	Basic Research	$2.2M
Developing 3D brain circuits on-a-chip for in vitro study of human cortico-striatal circuitry development and connectivity 5R21MH132038-02	GUO, ZIYUAN	CINCINNATI CHILDRENS HOSP MED CTR	Biotools	$196K
iPSC-derived Neurovascular Organoids 5R01NS110665-05	LIPPMANN, ETHAN	VANDERBILT UNIVERSITY	Biotools	$443K
Neuropixels NXT: Integrated Silicon Probes for Large Scale Extracellular Recording in Rodents and Primates 5U01NS115587-04	HARRIS, TIMOTHY D	JOHNS HOPKINS UNIVERSITY	Biotools	$3.1M
BRAIN CONNECTS: PatchLink, scalable tools for integrating connectomes, projectomes, and transcriptomes ZIANS009457	KHALIQ, ZAYD M (contact)	NATIONAL INSTITUTE OF NEUROLOGICAL DISORDERS AND STROKE	Biotools	$624K
High-throughput Organoid Platform for Electrophysiology Studies (HOPES) R41TR006349	ROEHM, KEVIN	CFD RESEARCH CORPORATION	Biotools	$350K
Gaining insight into psychiatric disease by engineering piece by piece the human brain in vitro. R01MH107800	PASCA, SERGIU (contact)	STANFORD UNIVERSITY	Biotools	$662K
Temporally scalable recording of brain-wide single-cell physiology 1DP2MH140133-01	LINGHU, CHANGYANG	UNIVERSITY OF MICHIGAN AT ANN ARBOR	Basic Research	$1.3M
Interrogating the propagation of electrical stimulation across scales in vivo 5R01NS120850-03	DENMAN, DANIEL JAMES	UNIVERSITY OF COLORADO DENVER	Basic Research	$1.0M
Automated Patch Clamp System S10OD034378	SONG, SOOMIN CHRISTOPHER (contact)	NEW YORK UNIVERSITY SCHOOL OF MEDICINE	Infrastructure	$625K
A novel organoid brain-chip platform for accelerating drug discovery. R44AA033838	SHERWOOD, JOHN L	LEAFLABS, LLC	Biotools	$500K

$129.8M total funding across the analyzed sample