OraMod workshop programme

cropped-oramod-rettangolare.jpgOraMod satellite symposium during VPH 2016 Conference
September, 27 2016 – 16:30-18:00 – See the programme
Amsterdam, The Netherlands

OraMod will organise a workshop during VPH2016. The workshop’s title is “Personalized management of Oral Cavity Cancer: models and point-of-care diagnostic to help treatment decisions.” – Date: 27/09/2016 – 16:30-18:00

Programme: 

16:30-16:35 T. Poli
E. Martinelli
VPH and prognostic modelling for cancer
16:35-16:45 Tito Poli The challenge of Oral Cancer patients stratification
16:45-17:00 Steven Mes
D. Te Beest
Prognostic modelling and treatment decision making: the case of Oral Cancer
17:00-17:15 Florian Jung New techniques for diagnostic image analysis and automatic features extraction
  K.Schneckenbach
E. Jazzan
F. Jung
demo slideshow
17:15-17:30 Marco Cereda Point of care personalized genomic analysis: the Q3 qRT-PCR in vitro diagnostic
17:30-17:45 OneToNet
VCI
OraMod platform: Virtual Representation and Virtual Tumor Board for decision support: presentation and demo slideshow
17:45-18:00 Chair: Ruud Brakenhoff Round table and open discussion

Online programme: http://vph-conference.org/program/detailed-program/tuesday/satellite4/

Motivation
Oral Squamous Cell Carcinoma (OSCC) is one of the deadliest cancers of the head and neck region: around 50{cbc2d05f4d7ba1a5ebf92c9270bdbee22deebb822af761a1ff2f743ee2338260} of diagnosed patients die within five years from diagnosis, 90{cbc2d05f4d7ba1a5ebf92c9270bdbee22deebb822af761a1ff2f743ee2338260} of which within two years after treatment.  It is a particularly challenging disease due to its variability and unpredictability and due to the impacts of treatment and post-treatment morbidity. Surgical treatment can be devastating, associated with disfigurement, impairments in speech and swallowing (dysphagia) and an overall compromise in quality of life. At present treatment decisions are taken based on few prognostic factors, the so called TNM staging and grading system, with a “one fits all” approach which does not take into consideration all the multiscale complexity of the disease. Therefore it might occur that patients considered at high risk do not develop reoccurrences and have a high survival rate, while patients considered at low risk relapse very fast and have very poor survival. Computational models and prognostic signatures have been proposed in the past for all head and neck cancers. However these models do not consider the particularity of oral cavity cancer and the specific biomolecular characteristics of the disease in each individual.
The goal of OraMod is to address the challenge of personalized treatment for Oral Cavity Cancer and support treatment decision-making. The prognostic models realized and validated by the project allow patients stratification and prediction of disease progression. Integrated into a simulation and collaborative decision support environment, supported by a layered virtual patient representation and knowledge sharing through a Virtual Tumor Board, they support collaborative decision making. The project also provides image analysis tools for automatic features extraction, thus reducing intra-operator variability and the time required for diagnostic image referral and a portable qRT-PCR device for personalized genomic data extraction at point-of care-

Scope
The scope of the satellite event is to propose a new ground for treatment decision-making and new concepts and ideas for the building of more precise clinical guidelines for Oral Cavity Cancer, founded on multiscale computational models and innovative diagnostic tools. The workshop will give the opportunity to present and discuss the latest scientific and technological results of OraMod and to confront concerning the real applicability and effectiveness of computational prognostic modelling in clinical practice.

Abstract: http://oramod.eu/wp-content/uploads/2016/07/VPH-symposium-presentation.pdf

About VPH Conference 2016
The VPH series of conferences offers a platform to present research related to the Physiome/VPH, and more broadly, to research into Computational Systems Biomedicine, as well as applications thereof in clinical settings, towards predictive personalised medicine. The conference contributes to better understanding of health and disease, and the healthy living and ageing.

The conference features 3 keynote speakers, 8 invited speakers, 100 contributed lectures, and 50 poster presentations. For details see
http://vph-conference.org/program/program-at-a-glance/