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RESEARCH STAFF

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DR. ALLISON BOYD

Research Associate

boydal2@mcmaster.ca

BSc Biology & Psychology
MSc Environmental & Life Sciences

PhD Biochemistry 

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EMILY BRODER

Lab Technician

brodere@mcmaster.ca

BSc Biology

Biotechnology Technician 

Current: Lab Members

POST-DOCS

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DR. CYRIELLE RICHARD

BSc & MSc Genetics
PhD Hematology

Cyrielle's project focuses on identifying driver mechanisms involved in the progression of MDS to AML

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DR. EKTA MANOCHA

BSc & MSc Biotechnology
PhD Microbiology

Ekta's project focuses on identifying the role of SUMOylation as a potential target in cancer stem cells

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Sean's project focuses on improving personalized medicine approaches in AML & the discovery of cancer stem cell targeting drugs

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DR. DEANNA PORRAS

BSc & MSc Kinesiology & Health Science
PhD Biochemistry

DR. SEAN VANDERSLUIS

HBSc. Biochemistry
Masters Biomedical Technology 
PhD Biochemistry

Deanna's project is focused on reprogramming the differentiation block in human myeloid leukemia

Research staff
Post-docs

PHD & MASTERS STUDENTS

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CAM HOLLANDS

HBSc Molecular Biology & Genetics

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CHARISA HENLY

Cam's project focuses on characterizing the molecular and cellular kinetics of AML disease relapse post-chemotherapy

HBSc Molecular Biology and Genetics
 

Charisa's project focuses on elucidating the changes in the bone marrow stroma population during pathological conditions such as AML.

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AMRO ELRAFIE

PhD

elrafiea@mcmaster.ca

HBSc Biology & Pharmacology
 

Amro's project focuses on functionally characterizing AML to uncover subgroups responding differently to induction of regeneration.

Graduate students
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AAIDA NAWAAR ARPA

HBSc. Molecular Biology and Genetics

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MOHAMMAD KARIMI

BSc Cell and Molecular Biology
 

Mohammad's project explores the versatile application of high throughput technologies, 
aiming to unravel the complex heterogeneity of AML and pinpoint  therapeutic candidates.

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AMY QIAO

HBSc Life Sciences

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Amy's project focuses on using induced pluripotent stem cells to model AML disease processes

BHSc Biology and Pharmacology

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Meghan’s project involves utilizing iCas9-mediated CRISPR knockout screening platforms to deconvolute the mechanism of action of candidate drugs that selectively target cancer stem cells. 

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PAIGE JOHNSON

HBSc Integrated Sciences (Biology)
 

Paige's project focuses on characterizing genetic subgroups within AML and tracking their evolution over time

MEGHAN STATCHUK

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BHATIA 

PROGRAM

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