Individual cardiac progenitors emerge at defined positions within each segment in the trunk
mesoderm. Their specification depends on segmental information from the pre-patterned …

黑腹果蝇(Drosophila melanogaster) 的心脏发育调控基因与人类的相关基因具有高度同源性.
Lbe 基因是果蝇心脏发育的重要调控基因. 为了深入研究Lbe 基因在心脏发育中的调控功能 …

The Drosophila dorsal vessel consists of two cell types, contractile cardiomyoblasts that form
a linear tube‐like structure, and the loosely associated pericardial cells. All heart cells …

The simplicity of the Drosophila heart paired with the genetic versatility of this model system
make it ideal for studying general principles of embryonic patterning and the specification of …

Over the past three decades, Drosophila melanogaster has emerged as a leading model
organism to investigate the regulatory mechanism of heart development. The development …

The LIM‐homeodomain transcription factor Tailup (Tup) is a component of the complex
cardiac transcriptional network governing specification and differentiation of cardiac cells in …

Das Dorsalgefäß von Drosophila ist ein wertvolles Modellsystem für die Untersuchung der
genetischen und molekularen Mechanismen der Kardiogenese. Ein Schlüsselereignis der …

Congenital heart defects are the most common birth defect and affect∼ 1/100 newborns.
While our knowledge of the underlying developmental mechanisms of the heart has greatly …

The NK homeodomain factor Tinman is a crucial regulator of early mesoderm patterning
and, together with the GATA factor Pannier and the Dorsocross T-box factors, serves as one …