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Scholars Hub of the Academia Sinica
Research Outputs
Browsing by Author
Hwang, S-P.L.
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Showing results 14 to 22 of 22
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Issue Date
Title
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scopus
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2017
Pax1a and Pax1b are essential for proper development of zebrafish pharyngeal cartilage.
Liu, Y-H.; Lin, T-C.; Hwang, S-P.L.
2017
Pax1a and Pax1b are essential for proper development of zebrafish pharyngeal cartilage.
Liu, Y-H.; Lin, T-C.; Hwang, S-P.L.
2018
Pax1a and Pax1b are essential for proper development of zebrafish pharyngeal cartilage.
Liu, Y-H.; Lin, T-C.; Hwang, S-P.L.
2018
Pax1a and Pax1b are essential for proper development of zebrafish pharyngeal cartilage.
Hwang, S-P.L.
2017
Two tyrosine residues within zebrafish vCAP1X2 cytoplasmic domain regulate cardiac contractility and proliferation of cardiomyocytes and epicardial cells.
Hsieh, F-C; Lu, Y-F; Liau, I.; Chen, C-C.; Cheng, C-M.; Hsiao, C-D.; Hwang, S-P.L.
2016
Zebrafish Cdx1b regulates left-right asymmetry in the brain and visceral organs by modulating Nodal signaling.
Wu, C-S.; Huang, C-J.; Hwang, S-P.L.
2017
Zebrafish cdx1b regulates left-right asymmetry in the brain and visceral organs by modulating nodal signaling.
Wu, C-S.; Huang, C-J.; Hwang, S-P.L.
2016
Zebrafish VCAP1X2 is essential for the proliferation and contractility of ventricular cardiomyocytes and proper epicardium development.
Hsieh, F-C.; Lu, Y-F.; Cheng, C-M.; Hsiao, C-D.; Hwang, S-P.L.
2017
Zebrafish VCAP1X2 is essential for the proliferation and contractility of ventricular cardiomyocytes and proper epicardium development.
Hsieh, F-C; Lu, Y-F; Cheng, C-M.; Hsiao, C-D.; Hwang, S-P.L.