Table 1 |
||
|
Systems approach applied to intensive care |
||
|
System components |
Evidence from the paper of Fackler et al. [1] |
Evidence from other sources (sample) |
|
|
||
|
Individual skill (technical and non-technical) |
Technical: |
|
|
1. Pattern recognition |
||
|
Non-technical: |
Non-technical skills in intensive care [9]: |
|
|
2. Management of uncertainty |
* Task management |
|
|
3. Creation and transfer of stories |
* Teamworking |
|
|
* Situation awareness |
||
|
* Decision-making |
||
|
Teamwork and communication |
4. Team coordination |
|
|
5. Team communication |
||
|
6. Fragmentary teams |
||
|
7. Shifting teams |
* Aspects of communication: openness, timeliness, and accuracy |
|
|
9. Role ambiguity |
* Interactions between leadership (by doctors and nurses) and communication |
|
|
Communication as a source of error [15] |
||
|
ICU environment |
8. Increasing shift handovers |
Physical, emotional, and professional environment in ICUs [16] |
|
10. External collaborators |
||
|
Task interruptions in ICU doctors and nurses and potential for error [17] |
||
|
|
||
|
ICU, intensive care unit. |
||
|
Sevdalis and Brett Critical Care 2009 13:139 doi:10.1186/cc7787 |
||