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News & Stories
Read the latest news and stories in the SickKids newsroom. Looking to interview someone? Connect with our media team.
January 26, 2015
Largest genome sequencing study finds surprises: siblings’ autism may have different genetic causes
A new study led by SickKids highlights the fact that there is significant genetic diversity in autism; it also emphasizes the need to do whole genome sequencing on patients in order to see their complete genetic picture.
January 23, 2015
Dr. Christopher Caldarone appointed Surgeon-in-Chief
SickKids Board of Trustees has approved the appointment of Dr. Christopher Caldarone to the position of Surgeon-in-Chief, effective immediately.
January 13, 2015
Researchers at SickKids led the largest genetic analysis of children with adrenocortical cancer, a rare cancer which occurs predominantly in infants and young children and in adults over 60 years old.
January 13, 2015
The Centre for Global Child Health at SickKids has been granted $9,465,000 from Foreign Affairs, Trade and Development, Canada over the next five years for the SickKids-Ghana Paediatric Nurse Training Programme that improves the health and saves lives of newborns and children in Ghana.
January 7, 2015
SickKids advice for a Healthier 2015
As the new year begins, it is a perfect time to make some small positive changes in day-to-day life. Check out this video for some advice from experts at SickKids for a healthier 2015.
January 5, 2015
A Canadian research team led by SickKids has developed an integrated functional and genomic analysis technique to study the different behaviours of individual human cells within a patient-specific glioblastoma.
August 1, 2004
Surprising discovery reveals gains or losses of large segments of DNA in healthy people
Scientists at SickKids, Brigham and Women’s Hospital and Harvard Medical School have made the unexpected discovery that significant differences can exist in the overall content of DNA and genes contained in individual genomes. These findings point to possible new explanations for individual uniqueness as well as why disease develops.