نتایج جستجو برای: ژن hand2

تعداد نتایج: 16041  

Journal: :Circulation research 2008
Yuka Morikawa Peter Cserjesi

The cardiac neural crest (cNC) lineage plays key roles in heart development by directly contributing to heart structures and regulating development of other heart lineages. The basic helix-loop-helix factor Hand2 regulates development of cardiovascular structures and NC-derived tissues including those that contribute to face and peripheral nervous system. Although Hand2 is expressed in cNC, its...

Journal: :Development 2009
Noriko Funato Shelby L Chapman Marc D McKee Hiromasa Funato Jesse A Morris John M Shelton James A Richardson Hiromi Yanagisawa

Members of the basic helix-loop-helix (bHLH) family of transcription factors regulate the specification and differentiation of numerous cell types during embryonic development. Hand1 and Hand2 are expressed by a subset of neural crest cells in the anterior branchial arches and are involved in craniofacial development. However, the precise mechanisms by which Hand proteins mediate biological act...

Journal: :Development 2012
Junji Itou Hiroko Kawakami Thu Quach Marco Osterwalder Sylvia M Evans Rolf Zeller Yasuhiko Kawakami

How divergent genetic systems regulate a common pathway during the development of two serial structures, forelimbs and hindlimbs, is not well understood. Specifically, HAND2 has been shown to regulate Shh directly to initiate its expression in the posterior margin of the limb mesenchyme. Although the Hand2-Shh morphoregulatory system operates in both the forelimb and hindlimb bud, a recent anal...

Journal: :Development 2006
Marsha E Lucas Frank Müller Roland Rüdiger Paul D Henion Hermann Rohrer

The basic helix-loop-helix transcription factor Hand2, together with Ascl1, Phox2a, Phox2b and Gata2/Gata3, is induced by bone morphogenetic proteins in neural crest-derived precursor cells during sympathetic neuron generation. Hand2 overexpression experiments and the analysis of its function at the Dbh promotor implicated Hand2 in the control of noradrenergic gene expression. Using the zebrafi...

Journal: :EMBO reports 2008
Epaminondas Doxakis Laura Howard Hermann Rohrer Alun M Davies

Expression of the basic helix-loop-helix transcription factor HAND2 begins early in sympathetic neuron development and is essential for the differentiation of noradrenergic neurons. Here, we show that the expression of HAND2 and related HAND1 are maintained in sympathetic neurons throughout fetal and postnatal development when these neurons depend on target-derived nerve growth factor (NGF) for...

Introduction: Physiological hypertrophy following training manifests with cardiac mass changes. In addition, physical activities lead to Hand2 gene expression as an important gene in cardiac remodeling. The present study aimed to investigate the effects of endurance and high intensity interval Ttraining on Hand2 gene expression and cardiac changes. Method: For this intent, 24 male rats (age 3 ...

Journal: :Circulation research 2011
Brigitte Laforest Mona Nemer

In mammals, formation of the properly septated 4-chambered heart and coronary vasculature is essential for unidirectional blood flow and survival of the organism. This process involves complex cell-cell interactions, the dysregulation of which can profoundly alter organogenesis, leading to a plethora of structural or functional cardiac defects. No wonder that congenital heart disease (CHD) repr...

2010
Antonella Galli Dimitri Robay Marco Osterwalder Xiaozhong Bao Jean-Denis Bénazet Muhammad Tariq Renato Paro Susan Mackem Rolf Zeller

The polarization of nascent embryonic fields and the endowment of cells with organizer properties are key to initiation of vertebrate organogenesis. One such event is antero-posterior (AP) polarization of early limb buds and activation of morphogenetic Sonic Hedgehog (SHH) signaling in the posterior mesenchyme, which in turn promotes outgrowth and specifies the pentadactylous autopod. Inactivat...

2013
Allison Jones Andrew E. Teschendorff Quanxi Li Jane D. Hayward Athilakshmi Kannan Tim Mould James West Michal Zikan David Cibula Heidi Fiegl Shih-Han Lee Elisabeth Wik Richard Hadwin Rupali Arora Charlotte Lemech Henna Turunen Päivi Pakarinen Ian J. Jacobs Helga B. Salvesen Milan K. Bagchi Indrani C. Bagchi Martin Widschwendter

BACKGROUND Endometrial cancer incidence is continuing to rise in the wake of the current ageing and obesity epidemics. Much of the risk for endometrial cancer development is influenced by the environment and lifestyle. Accumulating evidence suggests that the epigenome serves as the interface between the genome and the environment and that hypermethylation of stem cell polycomb group target gene...

Journal: :Developmental cell 2007
Jeffrey J Schoenebeck Brian R Keegan Deborah Yelon

Organ progenitors arise within organ fields, embryonic territories that are larger than the regions required for organ formation. Little is known about the regulatory pathways that define organ field boundaries and thereby limit organ size. Here we identify a mechanism for restricting heart size through confinement of the developmental potential of the heart field. Via fate mapping in zebrafish...

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