Dr. Stuart Turvey and the Turvey lab are commited to improving child health through research. Our research transforms lives. There is urgency to what we do!
For children with IRF4 p.T95R combined immunodeficiency, treatment timing matters.
Our new paper supports early diagnosis and consideration of hematopoietic stem cell transplantation before uncontrolled infection develops.
Our new paper follows all 10 known patients with IRF4 p.T95R combined immunodeficiency.
International partnerships helped define the disease and inform treatment, including early consideration of hematopoietic stem cell transplantation.
Stojcic et al. @TurveyLab provide the first comprehensive description of the clinical phenotype and outcomes of all known patients w/ the heterozygous IRF4 p.T95R variant. hubs.la/Q04zMQ4B0
Access to #NewbornScreening for SCID is not yet universal around the world. This month, let’s continue to raise awareness, champion early diagnosis, and advocate for #SCID newborn screening for every baby, everywhere. #ScreenEveryBaby. Save lives. Change futures.
Thank you to Anne, Jean-Laurent & Vivien for a thoughtful News & Views, and to Trine Mogensen & colleagues for the complementary study.
Exciting to see OSMRβ deficiency emerge as a new inborn error of immunity through independent discoveries.
@casanova_lab@anne_puel@BeziatV
.@anne_puel, @casanova_lab & @BeziatV discuss two studies reporting autosomal recessive OSMRβ deficiency as a new inborn error of immunity marked by severe atopy, hyper-IgE & eosinophilia, thereby refining the genetic dissection of STAT3 hyper-IgE syndrome hubs.la/Q04tysZr0
Thank you, Jean-Laurent! It means a great deal coming from you, Anne, and Vivien.
We’re deeply grateful for such a thoughtful News & Views and for placing OSMRβ deficiency in its broader biological and clinical context.
@casanova_lab@anne_puel@BeziatV
It was a pleasure to help @anne_puel and @BeziatV write this News & Views about spectacular discoveries by @TurveyLab and Trine Mogensen !
Autosomal recessive OSMRβ deficiency: Connecting OSM and/or IL-31 with atopy rupress.org/jhi/article/2/5/…
Did you know there are more than 550 identified Primary Immunodeficiencies? 🤯 And researchers continue to discover more. Awareness leads to earlier diagnosis, and earlier diagnosis can save lives. 💙
Delighted to receive support from @CFI_FCI to advance our research into the genetic causes of severe allergic disease.
Thank you to CFI for investing in the infrastructure that enables 🇨🇦Canadian researchers to turn discoveries into better health for patients.
🔬 Investing in the tools that drive Canada's future.
Today, we announced more than $118 million to support 357 research infrastructure projects at 68 postsecondary institutions across the country.
🔗bit.ly/4bZ98jp
Our July issue is here! hubs.la/Q04ndpyG0
This cover highlights the first human biallelic OSMR deficiency. @TurveyLab et al. show that OSMR deficiency disrupts OSM-STAT signaling, driving severe early-onset #eczema, #eosinophilia, and elevated IgE. hubs.la/Q04ndtgx0
CHILD research out of @TurveyLab published in @NatureComms reveal that certain gut fungi 🍄 play a key role in the development of the immune system & in the development in kids of allergic asthma & some allergies.
More: childcohort.ca/gut-fungi-key…
Gut Fungi are Linked to Asthma Development | "Hundreds of millions of children worldwide are affected by allergic diseases, and the number is growing," said Dr. Stuart Turvey
buff.ly/MH0aR72
Excited to share our new collaborative paper establishing biallelic OSMR deficiency as a novel primary atopic disorder!
Human germline biallelic loss-of-function OSMR variants cause severe allergic disease rupress.org/jhi/article/2/4/…
Excited to share our new collaborative paper establishing biallelic OSMR deficiency as a novel primary atopic disorder!
Human germline biallelic loss-of-function OSMR variants cause severe allergic disease rupress.org/jhi/article/2/4/…