Maxine Nanthavongdouangsy

Affiliations

Division of Cardiology, Department of Medicine and.
UCLA Cardiovascular Theme, David Geffen School of Medicine, UCLA, Los Angeles, California, USA.
Department of Molecular, Cell and Developmental Biology, College of Life Sciences.
Eli and Edythe Broad Center of Regenerative Medicine and Stem Cell Research.
Molecular Biology Institute.
California Nanosystems Institute, and.

Publications (1)

Cardiomyocytes disrupt pyrimidine biosynthesis in nonmyocytes to regulate heart repair.

The Journal of clinical investigation

Avec: Shen Li , Tomohiro Yokota , Ping Wang , Johanna Ten Hoeve , Feiyang Ma , Thuc M Le , Evan R Abt , Yonggang Zhou , Rimao Wu , Maxine Nanthavongdouangsy , Abraham Rodriguez , Yijie Wang , Yen-Ju Lin , Hayato Muranaka , Mark Sharpley , Demetrios T Braddock , Vicky E MacRae , Utpal Banerjee , Pei-Yu Chiou , Marcus Seldin , Dian Huang , Michael Teitell , Ilya Gertsman , Michael Jung , Steven J Bensinger , Robert Damoiseaux , Kym Faull , Matteo Pellegrini , Aldons J Lusis , Thomas G Graeber , Caius G Radu , Arjun Deb

Réseau de co-auteurs

Shen Li 1 collaboration

Tomohiro Yokota 1 collaboration

Ping Wang 1 collaboration

Johanna Ten Hoeve 1 collaboration

Feiyang Ma 1 collaboration

Thuc M Le 1 collaboration

Evan R Abt 1 collaboration

Yonggang Zhou 1 collaboration

Rimao Wu 1 collaboration

Abraham Rodriguez 1 collaboration

Yijie Wang 1 collaboration

Yen-Ju Lin 1 collaboration

Hayato Muranaka 1 collaboration

Mark Sharpley 1 collaboration

Demetrios T Braddock 1 collaboration

Vicky E MacRae 1 collaboration

Utpal Banerjee 1 collaboration

Pei-Yu Chiou 1 collaboration

Marcus Seldin 1 collaboration

Dian Huang 1 collaboration

Michael Teitell 1 collaboration

Ilya Gertsman 1 collaboration

Michael Jung 1 collaboration

Steven J Bensinger 1 collaboration

Robert Damoiseaux 1 collaboration

Kym Faull 1 collaboration

Matteo Pellegrini 1 collaboration

Aldons J Lusis 1 collaboration

Thomas G Graeber 1 collaboration

Caius G Radu 1 collaboration

Arjun Deb 1 collaboration