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Child & Family Research Institute


DNA sequencing enables treatment for some types of intellectual disability

A study published in the New England Journal of Medicine found that genome-wide sequencing can diagnose genetic conditions leading to intellectual disability, enabling targeted treatments. Researchers discovered new disease genes and described physical traits associated with known diseases, offering hope for personalized medicine.

SourceChild & Family Research Institute·JournalNew England Journal of Medicine·DateMay 25, 2016

New research finds slower growth of preterm infants linked to altered brain development

Preterm infants with slower growth have delayed cerebral cortex development, report Canadian researchers in a new study published in Science Translational Medicine. The cerebral cortex is involved in cognitive and motor processes, and the study's findings may lead to new discoveries on optimizing brain development.

SourceChild & Family Research Institute·JournalScience Translational Medicine·DateJan 16, 2013

Genetic variation increases risk of metabolic side effects in children on some antipsychotics

A genetic variation has been found to increase the risk of metabolic syndrome in children taking second-generation anti-psychotic medications, characterized by high blood pressure and elevated fasting blood sugar levels. The study aims to prevent and manage metabolic complications associated with these medications in childhood.

SourceChild & Family Research Institute·JournalTranslational Psychiatry·DateJan 24, 2012

Gene discovered for Weaver syndrome

Scientists have identified a gene mutation in the EZH2 gene that causes Weaver syndrome, a rare genetic disorder characterized by large size at birth and intellectual disability. This breakthrough discovery enables DNA-based diagnostic testing for the disease, providing definitive answers for families seeking a diagnosis.

SourceChild & Family Research Institute·JournalAmerican Journal of Human Genetics·DateDec 15, 2011

Universal vaccination associated with decreased Canadian cases of most deadly strain of meningitis

New research finds that universal childhood vaccination against meningococcal C has significantly reduced the incidence of the most deadly strain of bacterial meningitis in Canada. Provinces with early implementation of the vaccine program showed a dramatic decline in cases, while those introduced later showed no major changes.

SourceChild & Family Research Institute·JournalThe Pediatric Infectious Disease Journal·DateMar 2, 2009