MR. GREGORY EDWIN LEWIS, M.A., LMHC
Mental Health at Madison St, Seattle, WA

2003020, Oct 23, 2003

Jun 5, 2003

10/456656

Gregory Lewis - Seattle WA, US
James Glasgow - Burien WA, US

MedOrder, Inc.

G06F017/60

705/002000

An anatomic user interface () is provided for accessing healthcare information for a patient at the point of care. The anatomic user interface () generates an anatomic model () of the patient from which a practitioner drills down to and selects a particular anatomic structure for which healthcare information is to be accessed. The anatomic user interface obtains standard reference anatomic information and patient-specific anatomic information from an anatomic data model () and uses this information to generate an anatomic model () that accurately represents the anatomy of the patient. Once the practitioner selects a particular anatomic structure of the patient, a constraint engine () identifies the healthcare information associated with the selected anatomic structure as constrained by outside factors impacting accepted medical practice and returns it to the anatomic user interface () for display. In one actual embodiment of the present invention, the healthcare information accessed by the practitioner is healthcare diagnosis and services information. In this embodiment, the practitioner uses the anatomic user interface () to drill down to a particular anatomic structure of the patient and order healthcare services to be applied to the structure. The order is then forwarded to a service provider via an order engine ().

2001004, Nov 15, 2001

Mar 12, 2001

09/808414

Gregory Lewis - Seattle WA, US
James Glasgow - Burien WA, US

MedOrder, Inc.

G06F017/60

705/003000

An anatomic user interface () is provided for accessing healthcare information for a patient. The anatomic user interface () generates an anatomic model () of the patient from which a practitioner drills down to and selects an anatomic structure for which healthcare information is to be accessed. The anatomic user interface obtains standard-reference anatomic information and patient-specific anatomic information from an anatomic data model () and uses this information to generate an anatomic model () that accurately represents the patient's anatomy. Once the practitioner selects an anatomic structure of the patient, a constraint engine () identifies the healthcare information associated with the selected anatomic structure as constrained by factors impacting accepted medical practice, and returns it to the anatomic user interface () for display. In one embodiment of the present invention, healthcare diagnosis and services information is accessed by the practitioner to order healthcare services for the selected anatomic structure.