Ramona Salvarinova Zivkovic

Investigator, BC Children's Hospital

Academic Affiliations

Clinical Assistant Professor, Divison of Biochemical Diseases, Department of Pediatrics, Faculty of Medicine, University of British Columbia

Research Theme

Childhood Diseases

Research Group

Clinical Practice, Outcomes & Innovation

Rare Diseases

Research Areas

Computational Biology

Contact

rsalvari@cw.bc.ca

Phone

(604) 875-2628

Mailing Address

4500 Oak St
Vancouver, BC
V6H 3N1

Researcher News See all

Kids with harder to manage diabetes improve the most from insulin pumps

Kids with the highest blood-sugar levels experienced the most improvement after starting insulin pump treatment, according to new research. The study suggests insulin pump therapy should be considered for children with higher blood sugar levels to help avert some of the lifelong complications of diabetes.

Continue reading Kids with harder to manage diabetes improve the most from insulin pumps

New “Allergy Check” tool helps to assess the likelihood of having a food allergy

Allergy Check, a new assessment tool that guides users through the likelihood of having a food allergy with just a few clicks, has launched as an app on allergycheck.ca.

Continue reading New “Allergy Check” tool helps to assess the likelihood of having a food allergy

Oral immunotherapy safe for preschool-aged children with peanut allergies

New data published today in the Journal of Allergy and Clinical Immunology: In Practice suggests that oral immunotherapy is safe for preschool-aged children with peanut allergies.

Continue reading Oral immunotherapy safe for preschool-aged children with peanut allergies

New study is the first to identify an expanded section of DNA as the cause of a rare genetic metabolic disorder

A new study from BC Children’s, UBC and an international team of researchers published in the New England Journal of Medicine is the first to identify a rarely-seen type of DNA mutation as the cause of an inherited metabolic disorder.

Continue reading New study is the first to identify an expanded section of DNA as the cause of a rare genetic metabolic disorder

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