Scientist profiles A-F
SRI Profiles
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Abrahao, AgessandroAdhikari, NeillAdler Nevo, GiliAlam, Fahad
Alhusayen, RaedAlter, David
Amaral, AndreAndany, Nisha
Anderson, MicheleAndrews, David W.Angle, PamelaAntonyshyn, OlehAsztalos, ElizabethAtzema, ClareAubert, IsabelleAustin, PeterAviv, RichardAwad, Imad T.B
Bailey, ColleenBarbera, LisaBarnes, Elizabeth (Toni)Barrett, JonBell, MaryBerger, Ferco
Berinstein, NeilBerndl, AnneBerry, Scott
Bhatti, JunaidBinhammer, Paul
Birt, CatherineBjarnason, GeorgBlack, SandraBlakely, JohnBondy, SusanBoulos, Mark I.Brenneman, FredBronskill, MichaelBronskill, SusanBuckstein, RenaBurns, PeterC
Callum, JeannieCarlyle, JamesCartotto, RobertCastel, Saulo
Chan, Adrienne K.Chan, Kelvin Kar-WingChapman, Martin
Chaudhry, Harman
Chen, Joyce L.Chenkin, JordanCheskes, SheldonCheung, AmyCheung, MatthewCheung, Patrick
Chin, LeeChoi, StephenChow, EdwardChristakis, GeorgeChu, WilliamChung, HansChurch, Paige
Coburn, NatalieCohen, CaroleCohen, Lawrence
Courtney, BrianCovens, AllanCrystal, EugeneCunningham, CharlesCuthbertson, Brian H.Czarnecki, AndrewCzarnota, GregoryD
da Costa, Leodanteda Luz, Luis TeodoroDabdoub, AlainDale, CraigDaneman, NickDavid, ElizabethDeAngelis, Carlo
Démoré, ChristineDimitrijevic, AndrewDoherty, Mark
Dueck, AndrewE
Earle, CraigEisen, Andrea
Elman, Debbie
Emmenegger, UrbanEnepekides, Danny
Eskander, AntoineEtchells, EdF
Feinstein, AnthonyFialkov, Jeffrey
Filmus, JorgeFinkelstein, JoelFleming, Karen
Ford, Michael
Foster, StuartFowler, RobertFremes, StephenFung, Vera
Spotlight on
Dr. Stephen Fremes
Fremes is a scientist in the Schulich Heart Research Program at SRI. He leads clinical studies of cardiac surgery. In January 2019, he was awarded a Project Grant from the Canadian Institutes of Health Research worth $5,339,538 over seven years. He is leading an international, multicentre randomized controlled trial. The trial will compare two methods of coronary artery bypass surgery, done to improve blood flow of the heart. The team will analyze whether using bypass grafts from arteries in the chest wall or arm is better than using leg veins for most of the bypasses, which is the clinical standard.
