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Small molecule cellular reprogramming to generate cardiomyocytes

Patent
US-2016186141-A1
Inventor

CAO NAN (US)

DING SHENG (US)

Assignee
J DAVID GLADSTONE INST A TESTAMENTARY TRUST ESTABLISHED UNDER THE WILL OF J DAVID GLAD (US)
Country
United States
Dates
  • Priority:
    2013/09/11
Description
This web page summarizes information in PubChem about patent US-2016186141-A1. This includes chemicals mentioned, as reported by PubChem contributors, as well as other content, such as title, abstract, and International Patent Classification (IPC) codes. To read more about how this page was constructed, please visit the PubChem patents help page.

1 Abstract

Compositions and methods are described herein for chemically inducing cells to change their differentiation state and become cardiac progenitor cells or cardiomyocytes.

2 Full Text

3 Important Dates

3.1 Priority Date

2013/09/11

3.2 Filing Date

2016/03/10

3.3 Publication Date

2016/06/30

4 Inventor

CAO NAN (US)

DING SHENG (US)

5 Assignee

J DAVID GLADSTONE INST A TESTAMENTARY TRUST ESTABLISHED UNDER THE WILL OF J DAVID GLAD (US)

6 Country

United States

7 Linked Chemicals

7.1 PubChem Compounds

7.2 PubChem Substances

8 Patent Family

9 Classification

9.1 IPC

A61K31/416 (inventive)

A61K31/192 (inventive)

A61K31/551 (inventive)

A61K31/519 (inventive)

A61K31/437 (inventive)

A61K31/404 (inventive)

A61K31/506 (inventive)

A61K31/4709 (inventive)

A61K31/4409 (inventive)

C12N5/077 (inventive, first)

A61K35/34 (inventive)

9.2 CPC

A61K31/4409 (inventive)

C12N2501/16

A61K35/34 (inventive)

A61K31/519 (inventive)

C12N2501/72

A61K31/506 (inventive)

A61K31/437 (inventive)

A61K31/551 (inventive)

A61K31/404 (inventive)

C12N2501/155

C12N5/0657 (inventive, first)

C12N2501/727

C12N2501/11

C12N2501/603

C12N2501/15

A61K31/192 (inventive)

C12N2501/999

C12N2501/415

A61K31/416 (inventive)

A61K31/4709 (inventive)

C12N2501/998

A61L27/3895 (inventive)

C12N2501/065

C12N2506/1307

A61L27/3826 (inventive)

A61L2430/20

A61K45/06 (inventive)

C12N2501/135

10 Citations

  • US-2009325288-A1 (PRS)
  • KR-20130085752-A (PRS)
  • US-2015297611-A1 (PRS)
  • US-2016251624-A1 (PRS)
  • US-2017002325-A1 (PRS)
  • Cao N. et al. Highly Efficient Induction and Long Term Maintenance of Multipotent Cardiovascular Progenitors from Human Pluripotent Stem Cells Under Defined Conditions. Cell Research 23(9)1119-1132, July 2013. (PRS)
  • Efe J. Conversion of Mouse Fibroblasts Inot Cardiomyocytes Using a Direct Reprogramming Strategy. Nature Cell Biology 13(3)215-222, March 2011. (PRS)

11 Cited By

12 Similar Patents

13 Information Sources

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