Patent №
US 7,129,208
Granted
2006-10-31
Filed 2003
Owner
WASHINGTON UNIVERSITY
Lab
—
AI components
1
hardware
Assignment
Recorded
Dataset
AIPD
2023_r1 edition
Application
10341960
The present invention relates to amphiphiles for the formation of a synthetic ion channel in a phospholipid bilayer or biomembrane. The synthetic channel selectively transports chloride ions across the phospholipid bilayer or the membrane. Said amphiphiles impart ion permeability to the phospholipid bilayers or biomembrane and also modulate cellular volume in mammalian cells in vitro.
AI classification
AI hardware0.89
Natural language0.00
Machine learning0.00
Speech0.00
Evolutionary computation0.00
Vision0.00
Knowledge representation0.00
Planning0.00
Ownership
WASHINGTON UNIVERSITY
assignment · 141030135
Assignors
GOKEL, GEORGE W., SCHLESINGER, PAUL H.
On an employer assignment, the assignors are typically the inventors.
From the same owner
SYSTEMS AND METHODS FOR A TASK-SPECIFIC DEEP-LEARNING-BASED DENOISING APPROACH FOR MYOCARDIAL PERFUSION SPECTUS 12,694,483 · 2026SYNAPTIC MEMORY AND MEMORY ARRAYS USING FOWLER-NORDHEIM TIMERSUS 12,670,400 · 2026CAROTID PLAQUE SEGMENTATION USING TRAINED NEURAL NETWORKUS 12,651,334 · 2026SYSTEM AND METHOD FOR DETERMINING SEGMENTS FOR ABLATIONUS 12,605,070 · 2026SUPERVISED CLASSIFIER FOR OPTIMIZING TARGET FOR NEUROMODULATION, IMPLANT LOCALIZATION, AND ABLATIONUS 12,555,232 · 2026METHODS AND SYSTEMS FOR RESTING STATE FMRI BRAIN MAPPING WITH REDUCED IMAGING TIMEUS 12,505,912 · 2025SYSTEMS AND METHODS FOR PRODUCING A BRAIN LESION FUNCTIONAL MRI BIOMARKER, PREDICTING PATIENT PROGNOSIS, AND TREATMENT PLANNINGUS 12,499,997 · 2025TWO-PHOTON QUANTUM PHOTONIC LOGIC GATESUS 12,422,732 · 2025