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Stem Cells

Stem Cell Study Opens Door to Understanding Development of Rare Form of Congenital Heart Disease
 Stem Cell Study Opens Door to Understanding Development of Rare Form of Congenital Heart Disease 150 150 Pam Georgiana
By: Pam Georgiana

Researchers use induced pluripotent stem cell technology and single-cell genomics to pinpoint abnormal cell development in hypoplastic right heart syndrome. A rare form of hypoplastic right heart syndrome (HRHS), pulmonary atresia with intact ventricular septum (PA-IVS), occurs when the structures on the right side of the heart are malformed. Specifically, in PA-IVS, the pulmonary valve…

Researchers Create a Stem Cell Line to Study Alagille Syndrome
 Researchers Create a Stem Cell Line to Study Alagille Syndrome 1024 683 Mary Bates, PhD
By: Mary Bates, PhD

The patient-derived iPSCs have a mutation affecting the Notch signaling pathway. Researchers at Nationwide Children’s have developed an induced pluripotent stem cell (iPSC) line derived from a patient with Alagille syndrome, a multisystem genetic disease. Like the majority of patients with Alagille syndrome, the stem cells have a pathogenic mutation in the JAG1 gene, part…

New Insights into the Role of the NOTCH1 Gene in Congenital Heart Defects
 New Insights into the Role of the NOTCH1 Gene in Congenital Heart Defects 150 150 Mary Bates, PhD
By: Mary Bates, PhD

Experiments in human cells identify how mutations in the NOTCH1 gene impact cardiac cell differentiation and proliferation. A new study published in Circulation Research provides novel insights into how mutations in the NOTCH1 gene may lead to abnormal differentiation and proliferation of cardiomyocytes and contribute to ventricular hypoplasia and other structural anomalies found in congenital…

Repeated Injury to Stem Cells Could be a Significant Contributor to Chronic Lung Disease
 Repeated Injury to Stem Cells Could be a Significant Contributor to Chronic Lung Disease 1024 575 Abbie Miller
By: Abbie Miller
Illustration of lungs on blue silhouette of upper chest on black background

A series of experiments shows that biological aging of tracheobronchial stem cells could drive the development of chronic lung disease. In a recent publication in STEM CELLS Translational Medicine (SCTM), researchers showed that repeated injury to epithelial cells in the airway caused biological aging of the stem cells located there. Tracheobronchial stem cells (TSCs) are…