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About me

I am a mathematical statistician by training and have spent more than 12 years conducting applied epidemiological cancer research. My main expertise is in statistical and epidemiological methods used to study population-based cancer patient survival and cancer survivorship issues. In the past 5 years my main research focus has shifted somewhat from classical descriptive cancer epidemiology studies, which predominantly used data from Swedish national health registers, to clinical epidemiology, and specifically to studies of lymphoma survival. Since 2013 I have been working in close collaboration with Karin Ekström Smedby in the cancer epidemiology group at the Divison of Clinical Epidemiology (Department of Medicine, Solna).

My main tasks include providing statistical expertise (design, analysis and interpretation) in epidemiological studies, supervising doctoral students, and teaching, for example at the clincial research schools hosted by the Division of Clinical Epidemiologi.

Since 2016 I have also been working as an overall project manager facilitating the scientific collaboration between Karolinska Institutet and Janssen Pharmaceuticals NV. The focus of this cooperation is the follow-up and effects of disease and treatment, using routine observational data from health care ("Real World Data"​) and how they relate to effects in clinical trials. The research areas include depression, prostate cancer, psoriasis, B-cell malignancies and statistical method development.


PhD Medical Science, Karolinska Institutet (2013). 

Title of Thesis: Development and application of statistical methods for population-based cancer patient. (Supervisor: Paul Dickman).

MSc Mathematics, Uppsala University (2006). 

Teaching portfolio

PhD supervision

Caroline Weibull is a mathematical statistician with a research focus on survivorship issues after Hodgkin lymphoma. The specific aims are to describe trends in childbearing by clinical charachteristics and to investigate the association between pregnancy and risk for relapse among women in remission following a diagnosis of Hodgkin lymphoma. Her studies also aim to shed light on if the decline in treatment-related mortality of diseases of the circulatory system is associated with less toxic treatments or improved follow-up and care. Her thesis work includes methodological development as well as applied statistical work.

Sara Ekberg has a background in mathematical statistics and studying patterns and trends in the incidence, prevalence and survival as well as survivorship issues among patients diagnosed with the most common non-hodgkin lymphoma subtypes in Sweden, with a focus on Diffuse Large B-cell Lymphoma. Her studies originate in data from the Swedish lymphoma register and are conducted in collaboration with rearchers from the Swedish Lymphoma Group.

Sara Harrysson is an MD with a specific interest in survival, relapse and cardiac events after a diagnosis of aggressive B-cell lymphoma. Her research focus is specifically to investigate treatment outcome and predictors in relapsed and treatment-refractory Diffuse Large B-cell Lymphoma by clinical, demographic and biological characteristics, as well as the incidence, characteristics and timing of cardiovascular events (particularly acute coronary syndrome) among anthracycline-treated patients.

Elsa Brånvall is a specialist in hematology and internal medicine studying the role of medication history in the etiology and prognosis of lymphoma subtypes. Specifically her studies investiagte if the use of aspirin or NSAIDs or cholesterol-lowering medications (such as statins) decrease the risk of developing lymphoma,  and/or are associated with an improved the prognosis of lymphoma. 

Henrik Benoni is an MD investigating cancer risk and prognosis following solid organ transplantation. His research aims to identify determinants of cancer risk among kidney transplant recipients and to estimate absolute risks and timing of increased cancer risks in a Nordic cohort of kidney transplant recipients. His PhD studies also look into if solid organ transplant recipients have a worse cancer prognosis than the general cancer population (unexposed to organ transplantation). 


Other teaching merits

I am a specialist in statistical methods for competing risks and frequently invited to give presentations on this topic in various forms. I have for example been invited to give lectures and courses aimed towards both statisticians and non-statisticians at, for example, the University of Lund (Sweden), the University of Umeå (Sweden), The Arctic University of Tromsö (Norway), the Regional Cancer Center in Stockholm, the annual meeting of the Network of Epidemiology and Nutrition, as well as the Summer School on Modern Methods in Biostatistics and Epidemiology (Italy) organized jointly by Harvard School of Public Health, University of Milano-Bicocca and Karolinska institutet.

I am also frequently invited to teach the fundamental principles of research documentation. These lectures typically cover a wide range of topics related to data management in epidemiological research; from practical issues related to data collection, reproducible research processes, archiving, to theoretical lectures on ethical considerations and Swedish laws that are of importance for epidemiological research. I was also the first author of a book chapter on this topic published by Läkartidningen in 2015 (Verktyg för klinisk forskning). 

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