GENE REGULATORY NETWORKS AND METHODS OF INTERDICTION FOR CONTROLLING THE DIFFERENTIATION STATE OF A CELL
Patent №
US 8,178,347
Granted
2012-05-15
Filed 2007
Owner
CALIFORNIA INSTITUTE OF TECHNOLOGY
Lab
—
AI components
1
hardware
Assignment
Recorded
Dataset
AIPD
2023_r1 edition
Application
11894804
The invention provides a method of modulating a regulatory state of a cell. The method consists of: (a) identifying a point of interdiction within a cis regulatory network specifying a genetic regulatory architecture of a cell, and (b) introducing into a progenitor cell two or more network elements within said network to induce a predetermined series of cis regulatory network interactions resulting in a specified regulatory state of said progenitor cell. Also provided is a method of modulating a regulatory state of a cell. The method consists of: (a) identifying a point of interdiction within a cis regulatory network specifying a genetic regulatory architecture of a cellular state, and (b) introducing into a progenitor cell two or more network elements within said network to induce a predetermined series of cis regulatory network interactions resulting in a specified regulatory state of said progenitor cell. A cell having a specified regulatory state consisting of a modified genetic regulatory architecture is further provided. Methods of diagnosing and methods of treating an individual suffering from a cellular defect also are provided. The invention additionally provides a method of identifying a compound having differentiation or cell fate inducing activity.
AI classification
Ownership
CALIFORNIA INSTITUTE OF TECHNOLOGY
assignment · 225400370
Assignors
DAVIDSON, ERIC H.
On an employer assignment, the assignors are typically the inventors.