Juni Palmgren

Juni Palmgren

Professor Emeritus/Emerita
E-postadress: juni.palmgren@ki.se
Telefon: +46852486120
Besöksadress: Nobels väg 12a, 17165 Stockholm
Postadress: C8 Medicinsk epidemiologi och biostatistik, C8 MEB III, 171 77 Stockholm

Om mig

  • Min forskning i statistisk metodik omfattar utvecking av teorin för generaliserade linjära modeller och överlevnadsanalys till att hantera flerdimensionella utfallsvariabler och ofullständiga data. Detta leder oundvikligen till komplexa skattningsprocedurer, inkluderande likelihoodbaserade EM strategier och Bayesiansk simuleringsbaserad inferens. Användningen av "kausalmodeller" för att hantera effekten av icke-slumpmässigt bortfall i randomiserade studier har under flere år varit ett av mina intresseområden. En utveckling av denna kausalmodellram till longitudinella data och observationsstudier är angeläget. Ett tidigare intresseområde, som under senare tid fått ny aktualitet, är utvecklingen av teorin för generaliserade linjära modeller till en klass av modeller där varje observationsenhet har sin egen specifika icke-linjära link funktion. Som komplement till ovanstående delar jag intresset för modern statistisk genetik med flere av mina biostatistikkolleger inom och utom landet.

    Hur utnyttjar man modern statistisk metodik för studier i genetisk epidemiologi och molekylärgenetik? Aktuella frågor rör studieupplägg och analys vid "Linkage disequilibrium mapping" och "associationsstudier" för fall-kontroll data och för familjebaserade data, inklusive tvillingdata. Hantering av selektiva sampling strategier och av longitudinella multivariata fenotyper ingår i problemställningen. Det mesta av min tillämpade forskning relaterar till cancer och även till psykiatriska och metabola sjukdomar.

    Utbildning:
    • 1973 Fil Mag (Matematik), Helsingfors Universitet, Finland
    • 1987 Pol Dr (Statistik), Helsingfors Universitet, Finland
    • 1989 Docent (Statistik), Helsingfors Universitet, Finland

Artiklar

Alla övriga publikationer

Forskningsbidrag

  • Optimization of Cervical Cancer Prevention - New challenges with HPV vaccination and primary HPV screening.
    Swedish Cancer Society
    1 January 2017
    Preventive screening against cervical cancer has greatly reduced the incidence of the disease in Sweden and many other high-income countries. The test used so far is soon replaced by one that identifies human papillomavirus (HPV), which causes cervical cancer. For almost 10 years, vaccines have been available in Sweden that protect against the most serious forms of HPV. It is mainly women aged 10-18 who have been vaccinated and these will enter the screening program in a few years. The new screening program needs to be optimized both for those who are HPV-vaccinated and for those who are not. The aim of the research project is to investigate how this process is affected by the conventional cytological screening, the new screening for finding HPV and by HPV vaccination, by means of a quantitative dynamic simulation model for the cervical cancer development process. We intend to evaluate and optimize screening for cervical cancer for women who are HPV-vaccinated and women who are not HPV-vaccinated by:    • Examine at what age the screening should start • Calculate optimal screening intervals for women of different ages We will be able to predict, plan and evaluate the costs and benefits of various strategies to prevent cervical cancer and recommend how to coordinate HPV vaccination and screening in order to prevent as much disease and death in cervical cancer as possible. The results will be in support of healthcare professionals and community planners and individual women will almost immediately benefit from improvements in the cervical cancer screening program.
  • Optimization of Cervical Cancer Prevention - New challenges with HPV vaccination and primary HPV screening.
    Swedish Cancer Society
    1 January 2016
    Preventive screening against cervical cancer has greatly reduced the incidence of the disease in Sweden and many other high-income countries. The test used so far is soon replaced by one that identifies human papillomavirus (HPV), which causes cervical cancer. For almost 10 years, vaccines have been available in Sweden that protect against the most serious forms of HPV. It is mainly women aged 10-18 who have been vaccinated and these will enter the screening program in a few years. The new screening program needs to be optimized both for those who are HPV-vaccinated and for those who are not. The aim of the research project is to investigate how this process is affected by the conventional cytological screening, the new screening for finding HPV and by HPV vaccination, by means of a quantitative dynamic simulation model for the cervical cancer development process. We intend to evaluate and optimize screening for cervical cancer for women who are HPV-vaccinated and women who are not HPV-vaccinated by:   • Examine at what age the screening should start • Calculate optimal screening intervals for women of different ages We will be able to predict, plan and evaluate the costs and benefits of various strategies to prevent cervical cancer and recommend how to coordinate HPV vaccination and screening in order to prevent as much disease and death in cervical cancer as possible. The results will be in support of healthcare professionals and community planners and individual women will almost immediately benefit from improvements in the cervical cancer screening program.
  • Repatriation Juni Palmgren
    Swedish Research Council
    1 January 2016 - 31 December 2018
  • Optimization of Cervical Cancer Prevention - New challenges with HPV vaccination and primary HPV screening.
    Swedish Cancer Society
    1 January 2015
    Preventive screening against cervical cancer has greatly reduced the incidence of the disease in Sweden and many other high-income countries. The test used so far is soon replaced by one that identifies human papillomavirus (HPV), which causes cervical cancer. For almost 10 years, vaccines have been available in Sweden that protect against the most serious forms of HPV. It is mainly women aged 10-18 who have been vaccinated and these will enter the screening program in a few years. The new screening program needs to be optimized both for those who are HPV-vaccinated and for those who are not. The aim of the research project is to investigate how this process is affected by the conventional cytological screening, the new screening for finding HPV and by HPV vaccination, by means of a quantitative dynamic simulation model for the cervical cancer development process. We intend to evaluate and optimize screening for cervical cancer for women who are HPV-vaccinated and women who are not HPV-vaccinated by:    • Examine at what age the screening should start • Calculate optimal screening intervals for women of different ages We will be able to predict, plan and evaluate the costs and benefits of various strategies to prevent cervical cancer and recommend how to coordinate HPV vaccination and screening in order to prevent as much disease and death in cervical cancer as possible. The results will be in support of healthcare professionals and community planners and individual women will almost immediately benefit from improvements in the cervical cancer screening program.
  • Basresurser till huvudsekreterare för forskningens infrastrukturer (Juni Palmgren).
    Swedish Research Council
    1 December 2010 - 30 June 2015
  • Base resources for the chief secretary of research infrastructures (June Palmgren).
    Swedish Research Council
    1 December 2010 - 30 June 2015
  • Fogarty International Center
    19 June 1989 - 31 December 1989

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