3 Novembre 2026

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SCHEDA SCIENTIFICA2026Altra ricerca

A rare recurring gain-of-function variant in BMPR2 causes neurodevelopmental phenotypes in humans and flies.

Jung-Wan Mok, Carrie L Welch, Haley A Dostalik, Zhi Tan, Ariel Brautbar, Maria DesCartes, Erica T Gray, Alejandro Iglesias, Scott D McLean, Morgan Nutter, Olivia Daugherty, Amber Begtrup, Ingrid M Wentzensen, Yufeng Shen, Damian W Young, Martin M Matzuk, Baylor College of Medicine Center for Precision Medicine Models, Oguz Kanca, Michael F Wangler, Hugo J Bellen, Wendy K Chung, Shinya Yamamoto

American journal of human genetics · 2026

Abstract e pubblicazione originale

L’abstract è consultabile nella fonte originale. Non viene ripubblicato qui perché non risulta verificata una licenza compatibile.

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Parole chiave

AnimalsHumansBone Morphogenetic Protein Receptors, Type IIDrosophila melanogasterPhenotypeGain of Function MutationFemaleMaleMutation, MissenseSignal TransductionNeurodevelopmental DisordersChildNeurodevelopmentChild, PreschoolBMPR2DrosophilaMendelian diseaseTGF-β/BMP signalingde novodisease modelingneurodevelopmental disorder

Come citare questo studio

Jung-Wan Mok, Carrie L Welch, Haley A Dostalik, Zhi Tan, Ariel Brautbar, Maria DesCartes, Erica T Gray, Alejandro Iglesias, Scott D McLean, Morgan Nutter, Olivia Daugherty, Amber Begtrup, Ingrid M Wentzensen, Yufeng Shen, Damian W Young, Martin M Matzuk, Baylor College of Medicine Center for Precision Medicine Models, Oguz Kanca, Michael F Wangler, Hugo J Bellen, Wendy K Chung, Shinya Yamamoto. (2026). A rare recurring gain-of-function variant in BMPR2 causes neurodevelopmental phenotypes in humans and flies.. American journal of human genetics. DOI: 10.1016/j.ajhg.2026.08.019

Consulta la pubblicazione originale ↗