Gehrke; Jason Michael

Patent Applications and Registrations

Patent applications and USPTO patent grants for Gehrke; Jason Michael.The latest application filed is for "base editors with improved precision and specificity".

Company Profile

7.3.16

Gehrke; Jason Michael - Cambridge MA
GEHRKE; Jason Michael - Santa Barbara CA

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.

Patent Activity

Patent	Date
Base Editors With Improved Precision And Specificity App 20220275356 - Joung; J. Keith ; et al.	2022-09-01
Adenosine Deaminase Base Editors And Methods Of Using Same To Modify A Nucleobase In A Target Sequence App 20220170027 - GAUDELLI; Nicole ; et al.	2022-06-02
Base editors with improved precision and specificity Grant 11,326,157 - Joung , et al. May 10, 2	2022-05-10
Nucleobase Editors Having Reduced Off-target Deamination And Methods Of Using Same To Modify A Nucleobase Target Sequence App 20220136012 - GAUDELLI; Nicole ; et al.	2022-05-05
Modified Immune Cells Having Enhanced Anti-neoplasia Activity And Immunosuppression Resistance App 20220133790 - GEHRKE; Jason Michael ; et al.	2022-05-05
Compositions and Methods for Improving Base Editing App 20220127622 - Evans; John ; et al.	2022-04-28
Nucleobase Editors Having Reduced Non-target Deamination And Assays For Characterizing Nucleobase Editors App 20220098572 - SLAYMAKER; Ian ; et al.	2022-03-31
Splice Acceptor Site Disruption Of A Disease-associated Gene Using Adenosine Deaminase Base Editors, Including For The Treatment Of Genetic Disease App 20220098593 - GAUDELLI; Nicole ; et al.	2022-03-31
Methods Of Editing Single Nucleotide Polymorphism Using Programmable Base Editor Systems App 20210380955 - Bryson; David ; et al.	2021-12-09
Adenosine deaminase base editors and methods of using same to modify a nucleobase in a target sequence Grant 11,155,803 - Gaudelli , et al. October 26, 2	2021-10-26
Methods For Increasing Efficiency Of Nuclease-induced Homology-directed Repair App 20210292795 - JOUNG; J. Keith ; et al.	2021-09-23
Methods for increasing efficiency of nuclease-induced homology-directed repair Grant 11,021,718 - Joung , et al. June 1, 2	2021-06-01
Adenosine Deaminase Base Editors And Methods Of Using Same To Modify A Nucleobase In A Target Sequence App 20210130805 - GAUDELLI; Nicole ; et al.	2021-05-06
Methods for Detecting Site-Specific and Spurious Genomic Deamination Induced by Base Editing Technologies App 20200239930 - Joung; J. Keith ; et al.	2020-07-30
Epigenetically Regulated Site-Specific Nucleases App 20200172899 - Joung; J. Keith ; et al.	2020-06-04
Base Editors With Improved Precision And Specificity App 20200172885 - JOUNG; J. Keith ; et al.	2020-06-04
Bipartite Base Editor (bbe) Architectures And Type-ii-c-cas9 Zinc Finger Editing App 20200140842 - Joung; J. Keith ; et al.	2020-05-07
Highly Sensitive In Vitro Assays To Define Substrate Preferences And Sites Of Nucleic-acid Binding, Modifying, And Cleaving Agen App 20200010889 - Joung; J. Keith ; et al.	2020-01-09
Methods For Increasing Efficiency Of Nuclease-induced Homology-directed Repair App 20180230494 - JOUNG; J. Keith ; et al.	2018-08-16

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