ASPM mutations derail human neural stem cells and explain microcephaly sensitivity
Human cortical organoids show that ASPM mutations prematurely displace and impair the specification of outer radial glia cells, explaining why ...
Human cortical organoids show that ASPM mutations prematurely displace and impair the specification of outer radial glia cells, explaining why ...
A one-year-old boy with CHARGE-like features carried a novel de novo SEMA3E frameshift variant predicted to truncate the protein within ...
A case report describes a 14-year-old girl with ring chromosome 7 syndrome whose severe hypertriglyceridemia and mild echocardiographic findings may ...
Whole exome sequencing in a consanguineous Iranian family has identified a novel homozygous splice junction loss variant in EEF1D in ...
A seven-year case study of a prenatal 19p13.3–p13.2 duplication found persistent developmental and growth problems alongside variable effects on hearing, ...
A multicenter study of 22 Turkish boys found varied clinical presentations among MECP2 variants, but uncertain classifications and conflicting functional ...
A prospective cohort study in Ho Chi Minh City found that nearly two-thirds of very and extremely preterm infants showed ...
Researchers at the University of Wisconsin–Madison have built a cross-species atlas of gene regulatory networks governing early mammalian neurogenesis, revealing ...
Researchers propose a combined experimental and epidemiological framework to determine whether Oropouche virus can cause vertical transmission and adverse fetal ...
University of Virginia School of Medicine researchers have shed new light on how our brains develop, revealing that the very ...
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