OpenClinical logo

Projects

methods, tools and technologies

en français  EORCA

Event-Oriented Representation of Collaborative Activities

keywords clinical domains
Clinical guidelines, clinical protocols, collaborative activity, formal representation, cognitive ergonomics, ontologies, safety, adverse events Intensive Care Units
summary of objectives

Development and evaluation of a formal method for modelling collaborative medical activities in specialist settings to support the creation of care team guidelines.

The method is designed to support the development and validation of protocols applicable to specialties such as the ICU where medical decisions are not only taken by individual physicians but frequently involve groups of expert physicians acting in complex and time-constrained situations.

This method is also designed to support the identification of clinical adverse events, such as potential incidents and near miss events during patient management.

location Marseille, France
partners
  • Laboratoire d'Informatique Fondamentale UMR CNRS 6166, Faculté de Médecine, Marseille, France.
  • Centre de Recherche en Psychologie de la Connaissance, du Langage et de l’Emotion, EA 3273, Université de Provence, Aix-en-Provence, France.
  • Département d'Anesthésie-Réanimation de l'Hôpital Nord, Assistance Publique - Hôpitaux de Marseille, France.
  • start date January 2001
    end date  
    support Ministère de la Santé, Programme Hospitalier de Recherche Clinique National
    description
    Use of clinical guidelines and protocols is currently not fully integrated into routine medical activities, even if health organizations and physicians have widely recognized their potential for improving the quality of clinical care.
    Various attempts have been made to help accelerate the adoption of clinical guidelines and protocols in clinical practice and reduce variability in clinical decision-making:
    • Computer-based guideline have been developed (if with limited success) to facilitate decision support;
    • Instruments (such as AGREE and GLIA) have been proposed to ensure guideline quality and fitness for implementation.

    The EORCA project is adopting a different approach to supporting clinical guideline implementation, based on a formal task analysis of real medical activities and modelling observed elements of patient management.

    The project is building a formal method of observation and an Event Oriented Representation of Collaborative Activities (EORCA) to describe the actions of team members during patient management in an Intensive Care unit. The event-centered basis of the representation was suggested by the fact that events constitute the observable parts of medical activities.

    The project aims to develop a method which is robust and reproducible to allow for further qualitative and quantitative analysis.

    The method is particularly designed to support the creation and validation of guidelines and protocols for specialties where medical decisions are not only made by individual physicians but also by groups of expert physicians acting in complex and time-constrained situations.
    references

    Pellegrin L, Bonnardel N, DeVictor N, Bastien C, Chaudet H. Modeling a Cooperative Medical Decision Making in an Intensive Care Unit. In: G Van der Veer, J Hoorn, editors, Proceedings of the 9th European Conference on Cognitive Science Approaches to Process Control (CSAPC 2003) : « Cognition and Collaboration - Distributed Cognition in Complex Processes »; 16-19 September 2003; Amsterdam, The Netherlands. EACE and ACM SIGCHI; 2003. p. 105-12.

    []   [paper]

    "This research deals with modelling the collective decision-making in a specialised medical situation: the patient management of multiple trauma and neurological injuries in an intensive care unit. Our focus was first upon the activity of physicians specialized in intensive care in a French public hospital. This activity was of special interest since we hypothesized that it was based on a supervised collaboration with the other caregivers, members of the trauma resuscitation team. Our goal was to build a method useful for both observing and representing the collective activity of management, which should be re-usable by the team members in order to prepare themselves to official procedures of accreditation. The field study presented in this paper allowed a first finalization of this tool. It consists of two elements: an observational method of the medical staff activities developed upon patient management, and a specific representational method. This last one is constituted by an ontology, which describes both actors and observed events related to patient management by a temporal flowchart. The obtained results allowed us to identify specific features of this complex and time-constrained situation, especially about the strong collaborative activities between members of the patient-care team."

    Pellegrin L, Bonnardel N, Antonini F, Albanese J, Martin C, Chaudet H. EORCA : A Collaborative Activities Representation for Building Guidelines from Field Observations. In: S Miksch, J Hunter, E Keravnou, editors, Artificial Intelligence in Medicine. 10th Conference on Artificial Intelligence in Medicine, AIME 2005, Aberdeen, UK, July 23-27, 2005. Proceedings. Berlin, Deutchland: Springer-Verlag. Lecture Notes in Computer Science/ Lecture Notes in Artificial Intelligence. Vol. 3581. 2005. p 111-20.

    []   [paper - U Marseille]   [AIME presentation]

    " In the objective of building care team guidelines from field observations, this paper introduces a representation method for describing the medical collaborative activities during an ICU patient management. An event centered representation of medical activities is built during a 3-step procedure, successively involving an event-centered observation phase, an action extraction and coding phase, and an event and collaborative representation phase. This method has been used for analyzing the management of 24 cases of neurological and multiple traumas. We have represented the different actions of the medical team members (clinicians, nurses and outside medical consultants), underlining collaborative information management and the strong interaction between information management and medical actions. This method also highlights the difficulty of cases management linked to diagnosis severity, complexity of the situation and time constraints. "

    Pellegrin L, Bonnardel N, Chaudet H. Event Oriented Representation for Collaborative Activities in an Intensive Care Unit. Annual Conference of the European Association of Cognitive Ergonomics, 2005 (incorporating the 10th Conference on Cognitive Science Aspects of Process Control and the 13th European Conference on Cognitive Ergonomics); Chania, Greece; 29 september - 1 October 2005.

    []   [paper - U Marseille]

    " We introduce in this paper a method for describing the components of medical activities during a patient management in an ICU (Intensive Care Unit) by the medical team, including physicians and nurses. This method allows both observing and representing the collective activity of patient management and should be used by the team members in order to prepare themselves to official accreditation procedures. An event-centred representation of medical activities is built during a 3-steps procedure. It successively involves an event-centred observation phase, an action extraction and coding phase, and an event and collaborative representation phase. The results allow us to characterize specific features of this complex and time-constrained situation as well as the collaborative activities between members of the team. "

    contact

    Liliane Pellegrin
        liliane.pellegrinatmedecine.univ-mrs.fr

    Hervé Chaudet
        herve.chaudetatmedecine.univ-mrs.fr

    links  bullet  EORCA  bullet  AGREE instrument  bullet  GLIA instrument
    acknowledgements
    Liliane Pellegrin, Laboratoire d'Informatique Fondamentale, Faculté de Médecine, Marseille, France
    page history
    Entry on OpenClinical: 07 September 2005
    Last main update: 27 September 2005
    Template v0.3: 25 June 2005.

     

    Search this site
     
    Privacy policy User agreement Copyright Feedback

    Last modified:
    © Copyright OpenClinical 2002-2011