Li; Ronald A.

Patent Applications and Registrations

Patent applications and USPTO patent grants for Li; Ronald A..The latest application filed is for "ex vivo methods of screening for, and characterizing, cardiac therapeutics using preloaded cardiac tissues".

Company Profile

3.5.11

Li; Ronald A. - Pok Fu Lam Hong Kong
Li; Ronald A. - Davis CA
Li; Ronald A. - Baltimore MD
Li; Ronald A. - Sandy Bay HK
Li; Ronald A. - New York NY

*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
Ex Vivo Methods Of Screening For, And Characterizing, Cardiac Therapeutics Using Preloaded Cardiac Tissues App 20210263010 - Li; Ronald A. ; et al.	2021-08-26
Modeling Neurological Disorders And Ataxias With Cardiac Dysfunction Using Bioengineered Heart Tissues App 20210132043 - LI; Ronald A. ; et al.	2021-05-06
Bioreactor Screening Platform for Modelling Human Systems Biology and for Screening for Inotropic Effects of Agents on the Heart App 20200369996 - Tran; David D. ; et al.	2020-11-26
Electrophysiologically Mature Cardiomyocytes And Methods For Making Same App 20200277594 - Li; Ronald A. ; et al.	2020-09-03
Systems And Methods For Modeling Disease And Assessing Adverse Side Effects Of Therapeutics Therefor App 20190169670 - Li; Ronald A.	2019-06-06
Electrophysiologically mature cardiomyocytes and methods for making same Grant 10,087,436 - Li , et al. October 2, 2	2018-10-02
Modulation of bio-electrical rhythms via a novel engineering approach Grant 9,480,719 - Marban , et al. November 1, 2	2016-11-01
Multi-scale wrinkles for functional alignment of stem cells and cardiac derivatives Grant 9,452,564 - Khine , et al. September 27, 2	2016-09-27
Electrophysiologically Mature Cardiomyocytes And Methods For Making Same App 20150218549 - Li; Ronald A. ; et al.	2015-08-06
Modulation Of Bio-electrical Rhythms Via A Novel Engineering Approach App 20140199280 - Marban; Eduardo ; et al.	2014-07-17
Modulation of bio-electrical rhythms via a novel engineering approach Grant 8,658,609 - Marban , et al. February 25, 2	2014-02-25
Multi-scale Wrinkles For Functional Alignment Of Stem Cells And Cardiac Derivatives App 20130040335 - Khine; Michelle ; et al.	2013-02-14
Novel Genetic Approaches to Reduce or Inhibit Tumorgenicity of Human Embryonic Stem Cells and Derivatives Following Transplantation App 20110008888 - Li; Ronald A. ; et al.	2011-01-13
Modulation of bio-electrical rhythms via a novel engineering approach App 20090291068 - Marban; Eduardo ; et al.	2009-11-26

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