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Electronic health records (EHR) systematically represent patient data indigital form. However, text and visualization based EHR systems are poorlyintegrated in the hospital workflow due to their complex and rathernon-intuitive access structure. This is especially disadvantageous in clinicalcooperative situations that require an efficient, task specific informationtransfer.  In this paper we introduce a novel concept of anatomically integratedin-place visualization designed to engage with cooperative tasks on aneurosurgical ward. Based on the findings of our field studies and the deriveddesign goals, we propose an approach that follows a visual tradition inmedicine, which is tightly related with anatomy, by using a virtual patient'sbody as spatial representation of visually encoded abstract medical data. Morespecifically, we provide a generic set of formal requirements for these kindsof in-place visualizations, we apply these requirements in order to achieve aspecific visualization of neurological symptoms related to the differentialdiagnosis of spinal disc herniation, and we present a prototypicalimplementation of the visualization concept on a mobile device. Moreover, wediscuss various challenges related to visual encoding and visibility of thebody model components. Finally, the prototype is evaluated by 10 neurosurgeons,who assess the validity and the further potential of the proposed approach.

On-Body Visualization of Patient Data for Cooperative Tasks