Mcrs1 plays a role in otic and branchial arch gene expression
نویسندگان
چکیده
منابع مشابه
The role of cell mixing in branchial arch development
Compartmental structures are the basis of a number of developing systems, including parts of the vertebrate head. One of the characteristics of a series of compartments is that mixing between cells in adjacent units is restricted. This is a consequence of differential chemoaffinity between neighbouring cells in adjacent compartments. We set out to determine whether mesenchymal cells in the bran...
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Introduction: Branchial arch anomalies represent defects in embryological developments whereby parts of the branchial arch persist in the head and neck regions as sinuses, fistulas, or cysts. These anomalies usually present as a unilateral lesion in the head and neck of young adults and children, which are excised upon the emergence of complications. Case Report: Herei...
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In the course of normal development in man, the middle and largest part of the second branchial arch, the keratohyal cartilage, develops into a fibrous cord, the so-called stylohyoid ligament. Ossification takes place solely at its two ends, that is, in the hyoid bone and in the styloid process of the skull. In the present paper the significance for the clinical rheumatologist of some developme...
متن کاملChicken HOXA3 Gene: Its Expression Pattern and Role in Branchial Nerve Precursor Cell Migration
In vertebrates, the proximal and distal sensory ganglia of the branchial nerves are derived from neural crest cells (NCCs) and placodes, respectively. We previously reported that in Hoxa3 knockout mouse embryos, NCCs and placode-derived cells of the glossopharyngeal nerve were defective in their migration. In this report, to determine the cell-type origin for this Hoxa3 knockout phenotype, we b...
متن کاملTitle Chicken HOXA3 Gene: Its Expression Pattern and Role in Branchial Nerve Precursor Cell Migration
In vertebrates, the proximal and distal sensory ganglia of the branchial nerves are derived from neural crest cells (NCCs) and placodes, respectively. We previously reported that in Hoxa3 knockout mouse embryos, NCCs and placode-derived cells of the glossopharyngeal nerve were defective in their migration. In this report, to determine the cell-type origin for this Hoxa3 knockout phenotype, we b...
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ژورنال
عنوان ژورنال: The FASEB Journal
سال: 2021
ISSN: 0892-6638,1530-6860
DOI: 10.1096/fasebj.2021.35.s1.03532