Survival Analysis for Junior Researchers

We would like to thank all delegates who attended the first Survival Analysis for Junior Researchers conference in April 2012. For information on the second Survival Analysis for Junior Researchers conference hosted by the University of Liverpool, UK to take place on 25th and 26th March 2013 please visit: http://www.liverpool.ac.uk/survival or e-mail survival@liverpool.ac.uk. __________________________________________________________________________________________________________________________________________________________

 

Dates: Monday 2nd April and Tuesday 3rd April 2012


Venue: John Foster Hall, Manor Road, University of Leicester, Leicester, LE2 2LG

 

Cost: £200 - includes cost of 2 day meeting facilities, meals, 1 night stay in residential accommodation and evening entertainment at the National Space Centre


Registration:

The abstract deadline has now passed. Registration will remain open as long as places are still available. Please be aware that this event is limited to 50 places


To register for this conference please go to the website given below and follow the instructions on screen. At the end of the registration process you will be asked for your payment details.

http://shop.le.ac.uk/browse/product.asp?catid=45&modid=2&compid=1 

NOTE: If you wish to pay via invoice please proceed to the registration website and add the event to your basket (DO NOT PROCEED TO PAYMENT, LOG OUT). You MUST then e-mail conferences@le.ac.uk an invoice reference number, contact name, address, telephone number, email address, participants name, package booked and total invoice amount. If this procedure is not followed then your booking will not be completed and you will not have registered for the event.

 

If you have any questions please don't hestitate to send us an e-mail at  survival@le.ac.uk.

 

Who Should Attend?


The meeting is aimed at junior researchers. For example, studying for an MSc or PhD or working as an applied or research statistician. The meeting will include both applications and methods for survival analysis in medical research. The meeting provides an ideal opportunity to present your research in an informal and relaxed setting. Three experts in the field (Dr. Paul Lambert, Professor Robin Henderson and Professor Cindy Billingham) will also be available to participate in any discussions related to the research presented. 

 

Invited Speakers

Professor Robin Henderson - Newcastle University

Robin Henderson is Professor of Statistics and Head of Mathematics and Statistics at Newcastle University. He is in his second spell at Newcastle and he has also worked at Lancaster University and for BNFL. Rob's professional interests relate mainly to biostatistical applications, including event history, dynamic treatment, longitudinal and missing data methods. He has a firm belief that all statisticians should get their hands dirty with real data analyses.

Outside work Rob cites his interests as playing football, motorcycling, listening to good music, which means nothing old fashioned (pre 67) and none of this modern rubbish (post 77), and avoiding shopping.

 

Professor Lucinda Billingham - University of Birmingham 

Lucinda (Cindy) Billingham is Professor of Biostatistics at the University of Birmingham.  She is the Director of the MRC Midland Hub for Trials Methodology Research, one of a national network of seven Hubs in the UK funded by the Medical Research Council, providing local and national researchers undertaking trials with innovative methodology for design, conduct and analysis. She is also Biostatistics Lead and Assistant Director at the Cancer Research UK Clinical Trials Unit at Birmingham which runs an extensive portfolio of trials covering phase II/III and early drug development. As well as her PhD research on statistical methods for the simultaneous analysis of quality of life and survival data, other key areas of expertise include randomised phase II trials, evaluation of predictive biomarkers and application of Bayesian methods in clinical trials. Cindy's key strength is in making statistical methodology accessible for clinical researchers.

 

Programme

Robin Henderson – Newcastle University, UK

Counting, explaining and predicting event histories.

 

Cindy Billingham – University of Birmingham, UK

Survival analysis in clinical trials: the need to implement improved methodology. 

                                                                                                                                    

Katie Harris – University of Leeds, UK

Investigation of relative survival from colerectal cancer between NHS organisations.

 

Linda Drevin – Regional Cancer Centre, Uppsala, Sweden

Prostate cancer risk in immigrant populations in Sweden.

 

Caroline Weibull – Karolinska Institutet, Stockholm, Sweden

Parkinson’s disease and cancer: a family study

 

Nick Latimer – University of Sheffield, UK

Methods for adjusting survival estimates to adjust for treatment crossover: a simulation study.

 

Michael Crowther – University of Leicester, UK

Joint modelling of repeatedly measured biomarkers and time-to-event data.

 

Jennifer Melvin – Kings College London, UK

An investigation of commonly used biomarkers and the risk of the metabolic syndrome and cancer.

  

Mark Rutherford – University of Leicester, UK

Using restricted cubic splines to approximate complex hazard functions in the analysis of time-to-event data.

 

Therese Andersson – Karolinska Institutet, Stockholm, Sweden

Estimating the cure proportion of malignant melanoma, a population based study in 2 regions of Sweden.

 

Kym Snell – University of Birmingham, UK

The use of flexible parametric survival analysis in comparing mortality rates and absolute survival probabilities.

 

Anna Johansson – Karolinska Institutet, Stockholm, Sweden

Increased mortality in Swedish women diagnosed with breast cancer during and shortly after pregnancy.

 

Sarah Nolan – University of Liverpool, UK

A systematic review of methodology developed for meta-analyses with time-to-event outcomes.

 

Karen Pye – Lancaster University, UK

A Bayesian approach to dose-finding studies in cancer: incorporating information from later cycles of therapy.

 

Elizabeth Conroy – University of Liverpool, UK

A survival analysis approach for assessing risk factors associated with adverse drug reactions in a paediatric population.

 

Sandra Eloranta – Karolinska Institutet, Stockholm, Sweden

How can we make cancer survival statistics more useful for patients and clinicians – an application using localized prostate cancer in Sweden.

 

Sally Hinchliffe – University of Leicester, UK

Competing risks – what, why, when and how?

 

Christel Häggström – Umeå University, Umeå, Sweden

Preliminary results from multi-state modelling of metabolic factors and risk of prostate cancer.

 

Sarah Seaton – University of Leicester, UK

Predicting length of stay of infants in the neonatal unit: a novel application of competing risks.

  

Milensu Shanyinde – University of Oxford, UK

Common misunderstandings of survival time analysis.

 

Laura Bonnett – University of Liverpool, UK

External validation of prognostic models.

 

Nathalie Støer – University of Oslo, Norway

Reuse of controls in nested case-control studies with application to a study of prostate cancer and vitamin D.

 

 

Timetable

 

Monday 2nd April

 

10.30 - 11.00   Registration

11.00 - 11.30   Welcome

11.30 - 12.30   Robin Henderson

 

12.30 - 13.30   Lunch

 

13.30 - 13.50   Katie Harris

13.50 - 14.10   Linda Drevin

14.10 - 14.30   Caroline Weibull

 

14.30 - 15.00   Break

 

15.00 - 15.20   Nick Latimer

15.20 - 15.40   Michael Crowther

15.40 - 15.55   Jennifer Melvin

15.55 - 16.15   William Havercroft

 

16.15 - 16.30   Short Break

 

16.30 - 16.50   Milensu Shanyinde

16.50 - 17.10   Laura Bonnett

17.10 - 17.30   Nathalie Støer

  
Tuesday 3rd April

 

09.15 - 09.35   Mark Rutherford

09.35 - 09.55   Therese Andersson

09.55 - 10.15   Kym Snell

10.15 - 10.35   Anna Johansson

 

10.35 - 11.05   Break

 

11.05 - 11.25   Sally Hinchliffe

11.25 - 11.45   Christel Häggström

11.45 - 12.05   Sarah Seaton

12.05 - 12.25   Sandra Eloranta

 

12.25 - 13.25   Lunch

 

13.25 - 14.25   Cindy Billingham

 

14.25 - 14.55   Break

 

14.55 - 15.10   Sarah Nolan

15.10 - 15.30   Karen Pye

15.30 - 15.50   Beth Conroy

 

15.50 - 16.00   Close Conference

 

 

About the Organisers

Sally Hinchliffe  

Sally Hinchliffe is a PhD student in the Department of Health Sciences at the University of Leicester under the supervision of Paul Lambert. Her PhD focuses on adapting and appraising competing risks methodology for better communication of survival statistics. This has so far involved modelling competing risks using flexible parametric models and applying both standard and new methodology to population based cancer data.

 

Mark Rutherford

Mark Rutherford is a CRUK postdoctoral research fellow in the Department of Health Sciences at the University of Leicester under the supervision of Paul Lambert. The topic of his PhD was "Predicting the Burden of Cancer on Society" which led to the development and application of models for incidence, survival and prevalence. His current projects include evaluating the use of splines to capture the shape of baseline hazard functions and providing improved measures for patients when conducting population-based studies of cancer survival.

 
Sarah Seaton

Sarah Seaton is a Research Assistant funded by a Research Methods Fellowship with the NIHR. She currently works in The Infant Mortality and Morbidity Studies research group, investigating the causes and consequences of preterm birth. In particular her research interests are in: predicting survival of premature babies; investigation of ethnic differences and comparison of hospital performance.

 
Michael Crowther

Michael Crowther is a Research Assistant in Medical Statistics in the Department of Health Sciences at the University of Leicester. His main research area is the joint modelling of longitudinal and survival data, involving both methodological and software development. 

 

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