Artificial intelligence for the evaluation of profiles, trajectories and management of vulnerability in health: COVID-19, frailty of the elderly and cancer
TALREP
Detection and prediction of toxicity and response to chemotherapy from patient records
Underway
07/01/2021
-
30/11/2024
Main objectives
Detection and prediction of toxicity and response to chemotherapy treatment from patient records
The occurrence of adverse events and the response to chemotherapy treatment are two modalities of the same essential component to be analyzed in order to improve and personalize cancer treatment. Information on these events is mostly present in an indirect way within hospital data warehouses in biological results, chemotherapy follow-up data and reports. We wish to implement a tool for automatic detection of these types of events. This tool will consider both structured data and textual data via automatic language processing (ALP) techniques to extract the presence or not of toxicity and response. This first essential step will allow us to develop predictive models of toxicity.
This project is led by the HeKa team.
Contacts : Adrien Coulet (rf.ai1686100610rni@t1686100610eluoc1686100610.neir1686100610da1686100610); Bastien Rance (rf.ph1686100610pa@ec1686100610nar.n1686100610eitsa1686100610b1686100610)
The occurrence of adverse events and the response to chemotherapy treatment are two modalities of the same essential component to be analyzed in order to improve and personalize cancer treatment. Information on these events is mostly present in an indirect way within hospital data warehouses in biological results, chemotherapy follow-up data and reports. We wish to implement a tool for automatic detection of these types of events. This tool will consider both structured data and textual data via automatic language processing (ALP) techniques to extract the presence or not of toxicity and response. This first essential step will allow us to develop predictive models of toxicity.
This project is led by the HeKa team.
Contacts : Adrien Coulet (rf.ai1686100610rni@t1686100610eluoc1686100610.neir1686100610da1686100610); Bastien Rance (rf.ph1686100610pa@ec1686100610nar.n1686100610eitsa1686100610b1686100610)

François Marin/AP-HP
Members
AP-HP, Inria, Inserm, Université de Paris
Other projects
Description
Learning a deep representation of patient records for event prediction and patient segmentation
Names of partners involved
AP-HP, Inria