Abstract: Computerized methods for modifying at least one clinical order are provided. The methods may include receiving a clinical order having components associated with a plurality of phases, associating a plurality of the components to form a cross-phase group, the components including a component associated with a first phase and a component associated with a second phase, wherein each of the components includes a common attribute, receiving an indication to break one of the associated components other than the component associated with the first phase out of the group, breaking the component out of the group in response to the indication received, receiving an indication to modify the common attribute of the component associated with the first phase, and modifying all components that are associated in the group except for the component that has been broken out of the group. Computerized systems for performing the disclosed methods are also provided.

Abstract: Computerized methods for verifying authority to modify clinical orders are provided. The methods may include receiving a clinical order having components associated with a plurality of phases; associating a plurality of the components to form a cross-phase group, the components including components associated with a first phase and a second phase, each of the components including a common attribute; receiving an indication to modify the common attribute of the component associated with the first phase; and determining whether a user from whom the indication is received has the authority to modify the common attribute. If it is determined that the user has the authority, the method may further include modifying all components that are associated in the group. If it is determined that the user does not have the authority, the method may further include not modifying the common attribute. Computerized systems for performing the disclosed methods are also provided.

Abstract: Computerized methods for modifying at least one component of a clinical order are provided. The methods may include receiving a clinical order, the clinical order having a first component associated with a first phase and a second component associated with a second phase, wherein the first and second components have a first attribute in common, receiving an indication to modify the first attribute of the first component, and modifying the first attribute of the first component and the second component based on the indication received. The methods may further include associating the first and second components of the clinical order to form a cross-phase group and displaying the first and second components in association with an electronic record, e.g., an electronic medical record, in conjunction with a cross-phase group identifier to identify the components as members of the cross-phase group. Computerized systems for performing the disclosed methods are also provided.

Abstract: Methods and computer-readable media are disclosed for simultaneously displaying clinical orders and results that are new or have been updated since the last time a particular user saw a particular patient or last accessed that patient's data. Clinical data in a computerized healthcare system is accessed and filtered to display data created or updated subsequent to a temporal reference point unique to the particular user. A user interface containing a “since last time” tab is used to display the pertinent treatment data. User interfaces containing summary pop-up windows are also disclosed.

Abstract: Methods, computer-readable media, and user interfaces for displaying patient treatment data that is new or updated since a time a particular user last saw a particular clinical patient or last accessed patient data relevant to the patient are disclosed. Patient data in a computerized healthcare system is accessed and filtered to display only relevant information generated subsequent to a temporal reference point unique to the particular user. A user interface containing a “since last time” tab is used to display the pertinent treatment data.

Abstract: A system and method for maintaining association of healthcare medication orders in a healthcare plan in a computerized environment are provided. A first and second medication order are received for a healthcare plan for a patient. The first and second medication orders for the healthcare plan for the patient are associated with one another and the association of the first and second medication orders is maintained when the first and second order are transferred to a pharmacy application to be filled.

Abstract: A system and method for maintaining association of healthcare medication orders in a healthcare plan in a computerized environment are provided. A first and second medication order are received for a healthcare plan for a patient. The first and second medication orders for the healthcare plan for the patient are associated with one another and the association of the first and second medication orders is maintained when the first and second order are transferred to an electronic medical administration record to be completed.

Abstract: A system and method for maintaining association of healthcare orders in a healthcare plan in a computerized environment are provided. A first and second order received for a healthcare plan for a patient. The first and second orders for the healthcare plan for the patient are associated with one another and the association of the first and second orders is maintained when the first and second orders are transferred to one or more applications to be completed.

Abstract: A system and method for determining the start time of one or more healthcare orders in a computing environment is provided. A start time of a healthcare plan is received. The healthcare plan comprises two or more healthcare orders for a patient. A first offset time for a first healthcare order in the healthcare plan is received. The first offset time is the difference between when the healthcare plan begins and when the first healthcare order begins. A start time for the first healthcare order is determined based on the start time of the healthcare plan and the first offset time for the first healthcare order.

Abstract: An omnidirectional borehole navigation system comprising a housing for traversing a borehole; an outer gimbal connected to said housing and at least two or more stacked inner gimbals that are nested in and connected to said outer gimbal, said inner gimbals each having an axis parallel to one another and perpendicular to the outer gimbal; at least one inertial sensor located on each inner gimbal, the at least one inertial sensor including at least one gyro or accelerometer, the gyros having input axes that span three dimensional space and the accelerometers having input axes that span three dimensional space; one or more gyro circuits within the housing and responsive to the at least one gyro to produce the inertial angular rate about each gyro input axis; one or more accelerometer circuits within the housing and responsive to the at least one accelerometer to produce the non-gravitational acceleration along each accelerometer input axis; a processor responsive to said gyro circuits and said accelerometer circ

Abstract: A compact navigation system for a rover is provided. The navigation system includes a housing configured to be transported by the rover; a gimbal system having two or more gimbals that includes at least an outer gimbal connected to the housing and an inner gimbal nested in and connected to the outer gimbal; a solid state three-axis gyro assembly mounted on the inner gimbal; a solid state three-axis accelerometer assembly mounted on the inner gimbal; a gyro logic circuit responsive to the three-axis gyro assembly for producing an inertial angular rate about each gyro input axis; an accelerometer logic circuit responsive to the three-axis accelerometer assembly for producing a non-gravitational acceleration along each accelerometer input axis; and a processor responsive to the gyro logic circuits and the accelerometer logic circuits for determining the attitude and the position of the housing to provide for long term accuracy of the attitude and the position for navigation of the rover.

Abstract: An omnidirectional borehole navigation system is provided which features a housing for traversing a borehole; a gimbal system including at least one outer gimbal connected to the housing and at least one inner gimbal nested in and connected to the outer gimbal; a solid state three-axis gyro assembly mounted on the inner gimbal; a solid state three-axis accelerometer assembly mounted on the inner gimbal; gyro logic circuits on the inner gimbal responsive to the three-axis gyro assembly to produce the inertial angular rate about each gyro input axis; accelerometer logic circuits on the inner gimbal to produce the non-gravitational acceleration along each accelerometer input axis; and a microprocessor responsive to the gyro logic circuits and the accelerometer logic circuits for determining the attitude and the position and velocity of the housing in its borehole.