cardiovascular system
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• double heterozygous newborns show malformations in the aortic arch-derived arterial tree at a frequency similar to that observed in mice heterozygous for Tbx1tm1Pa (27% vs 25%, respectively)
• notably, pharyngeal glands appear unaffected in both groups of mice
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craniofacial
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• double heterozygous newborns show malformations in the aortic arch-derived arterial tree at a frequency similar to that observed in mice heterozygous for Tbx1tm1Pa (27% vs 25%, respectively)
• notably, pharyngeal glands appear unaffected in both groups of mice
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embryo
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• double heterozygous newborns show malformations in the aortic arch-derived arterial tree at a frequency similar to that observed in mice heterozygous for Tbx1tm1Pa (27% vs 25%, respectively)
• notably, pharyngeal glands appear unaffected in both groups of mice
|


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