黑料网

News

Digital calculator provides the estimated risk for GIST recurrence

The calculator is based on a risk analysis model published in 2012 by Aalto University and HUCH Cancer Center.
GIST Risk calculator significantly improves the process of evaluating the risk of GIST (Gastrointestinal Stromal Tumor) recurrence and the need for additional treatment after surgery.

GIST (Gastrointestinal Stromal Tumour) is an uncommon type of sarcoma found in the tissues supporting the digestive system (stomach and intestines). Approximately one percent of all gastrointestinal cancers are GISTs. The digital calculator predicts the risk for GIST recurrence based on tumour size, mitotic count, tumour site and rupture.

The GIST Risk calculator is based on research conducted by Professor Heikki Joensuu and his co-workers where an international sample of 2000 diagnosed GIST patients were analyzed with the help of a mathematical model designed by Professor Aki Vehtari of Aalto University.

鈥淭he nonlinear mathematic model predicts the combined effect of the main prognostic factors more accurately than any known model before. However, it is important to note that the historical data is solely comprised of patients that were treated via surgery only, and that new targeted therapy drugs have reduced the risk of recurrence. The prognostic contour maps resulting from non-linear modelling have been widely accepted by doctors, but digital calculator significantly improves the usability of the maps鈥, informs Aki Vehtari, Professor at the Aalto University Department of Computer Science.

Uniquely large sample and accurate modelling

鈥淧roviding the patient with a reliable estimation of recurrence is faster with the digital calculator. Expensive drugs that can also have side-effects can thus be targeted to the high-risk patients who are not likely to be cured by surgery alone. The risk estimation should be examined together with the patient in order to guarantee that the patient understands the reasons behind treatment decisions鈥, explains Heikki Joensuu, Professor of Oncology at the University of Helsinki, and the Research Director at the Helsinki Comprehensive Cancer Centre.

鈥滸IST Risk calculator is a great example of how preventive cancer care can be further developed by using modern technology to analyze health data, and proof of the improved results that can be achieved through cooperation of startups, hospitals and universities鈥, states Lauri Sippola, CEO of Netmedi.

is accessible online for all cancer care and research professionals.

More information:

Aki Vehtari, professor, Aalto University
+358 40 5333 747
aki.vehtari@aalto.fi

Paavo Holi, HUCH communications
+358 50 427 9517
paavo.holi@hus.fi

Lauri Sippola, CEO, Netmedi Oy
+358 40 7447 481
lauri.sippola@netmedi.fi

  • Updated:
  • Published:
Share
URL copied!

Read more news

Juha Gogulski, kuva: Matti Ahlgren, Aalto-yliopisto
Research & Art Published:

Juha Gogulski develops personalized brain stimulation therapy for depression

Aalto University postdoctoral researcher and Instrufoundation Fellow grant recipient Juha Gogulski is developing individualized brain stimulation treatments for patients with depression.
Lecture hall with students watching a man present slides on electrically heated textiles at the front
Research & Art Published:

Babak defends PhD thesis on electrically heating bio-based textiles

Babak Abdi publicly defended his doctoral thesis.
Lecturer in a modern auditorium presenting a slide titled 鈥淢erging Textiles and Electronics 鈥 and Beyond鈥.
Research & Art Published:

Invited Talk: Swedish Expert Explores the Future of E-Textiles

The Textile Chemistry Group of the Department of Bioproducts and Biosystems organized an invited talk on March 26.
Modern exhibition room with mannequins in green and white clothes, bowls and a beige bathtub on white plinths
Research & Art Published:

Finnish wood-based innovations on display in London

The exhibition showcases Finnish bioeconomy solutions for both industry and everyday consumer life. Origami-based FOLD materials offer more sustainable solutions not only for packaging but also for many other applications.