Stimulation leadwire and volume of activation control and display interface
First Claim
Patent Images
1. A computer-implemented method, comprising:
- generating, by a computer processor, a graphical user interface including a model of anatomical structures of a patient, overlaid with components that are modifiable in response to changes in stimulation parameter settings of a leadwire implanted in an anatomical region of the patient in which the anatomical structures are located;
for each of at least a subset of the modeled anatomical structures, overlaying, by the processor, a respective graphical indicium over the respective modeled anatomical structure that distinguishes the respective modeled anatomical structure from other modeled structures in the graphical user interface;
in accordance with an identified therapy, sorting, by the processor, the modeled anatomical structures by degree of relevance of the respective modeled anatomical structures to the identified therapy; and
displaying, by the processor, a legend that includes swatches of different ones of the graphical indicia adjacent respective textual descriptions of the modeled anatomical structures to which the graphical indicia correspond, wherein the legend includes a first section in which a first set of the graphical indicia and their corresponding textual descriptions are displayed and a second section in which a second set of the graphical indicia and their corresponding textual descriptions are displayed, the graphical indicia and corresponding textual descriptions being grouped into the first and second sets according to the sorting of the modeled anatomical structures.
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Abstract
A method and system include a processor that outputs a model of anatomical structures of a region in which a leadwire is implanted, the structures being distinguished by graphical indicia associated with respective textual descriptions in a legend. Electrodes of a model of the leadwire overlaid on the anatomical structure models are selectable, in response to which selection the processor displays a control for modifying an electrical setting of the selected contact.
169 Citations
19 Claims
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1. A computer-implemented method, comprising:
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generating, by a computer processor, a graphical user interface including a model of anatomical structures of a patient, overlaid with components that are modifiable in response to changes in stimulation parameter settings of a leadwire implanted in an anatomical region of the patient in which the anatomical structures are located; for each of at least a subset of the modeled anatomical structures, overlaying, by the processor, a respective graphical indicium over the respective modeled anatomical structure that distinguishes the respective modeled anatomical structure from other modeled structures in the graphical user interface; in accordance with an identified therapy, sorting, by the processor, the modeled anatomical structures by degree of relevance of the respective modeled anatomical structures to the identified therapy; and displaying, by the processor, a legend that includes swatches of different ones of the graphical indicia adjacent respective textual descriptions of the modeled anatomical structures to which the graphical indicia correspond, wherein the legend includes a first section in which a first set of the graphical indicia and their corresponding textual descriptions are displayed and a second section in which a second set of the graphical indicia and their corresponding textual descriptions are displayed, the graphical indicia and corresponding textual descriptions being grouped into the first and second sets according to the sorting of the modeled anatomical structures. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12)
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13. A computer system, comprising:
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a display device; and a processor configured to; generate a graphical user interface in the display device including a model of anatomical structures of a patient, overlaid with components that are modifiable in response to changes in stimulation parameter settings of a leadwire implanted in an anatomical region of the patient in which the anatomical structures are located; for each of at least a subset of the modeled anatomical structures, overlay a respective graphical indicium over the respective modeled anatomical structure that distinguishes the respective modeled anatomical structure from other modeled structures in the graphical user interface; in accordance with an identified therapy, sort the modeled anatomical structure by degree of relevance of the respective modeled anatomical structures to the identified therapy; and display in the display device a legend that includes swatches of different ones of the graphical indicia adjacent respective textual descriptions of the modeled anatomical structures to which the graphical indicia correspond, wherein the legend includes a first section in which a first set of the graphical indicia and their corresponding textual descriptions are displayed and a second section in which a second set of the graphical indicia and their corresponding textual descriptions are displayed, the graphical indicia and corresponding textual descriptions being grouped into the first and second sets according to the sorting of the modeled anatomical structures.
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14. A non-transitory computer-readable medium on which are stored instructions executable by a processor, the instructions which, when executed by the processor, cause the processor to perform a method, the method comprising:
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generating a graphical user interface including a model of anatomical structures of a patient, overlaid with components that are modifiable in response to changes in stimulation parameter settings of a leadwire implanted in an anatomical region of the patient in which the anatomical structures are located; for each of at least a subset of the modeled anatomical structures, overlaying a respective graphical indicium over the respective modeled anatomical structure that distinguishes the respective modeled anatomical structure from other modeled structures in the graphical user interface; in accordance with an identified therapy, sorting the modeled anatomical structure by degree of relevance of the respective modeled anatomical structures to the identified therapy; and displaying a legend that includes swatches of different ones of the graphical indicia adjacent respective textual descriptions of the modeled anatomical structures to which the graphical indicia correspond, wherein the legend includes a first section in which a first set of the graphical indicia and their corresponding textual descriptions are displayed and a second section in which a second set of the graphical indicia and their corresponding textual descriptions are displayed, the graphical indicia and corresponding textual descriptions being grouped into the first and second sets according to the sorting of the modeled anatomical structures.
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15. A computer-implemented method comprising:
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displaying, by a computer processor, a first model of a leadwire implanted in a patient and including electrodes controllable for stimulating an anatomical region of the patient about the leadwire, wherein the leadwire model includes representations of the electrodes; responsive to selection of one of the electrode representations, displaying by the processor a user-interactional control, in response to user-interaction with which the processor is configured to modify an electrical parameter of the electrode whose representation has been selected, wherein, responsive to the selection of the one of the electrode representation, the processor displays a respective user-interactional control for each of the electrode representations; displaying, in a first display region and by the processor, graphical representations of anatomical structures in a region of the patient in which the leadwire is implanted, the first model of the leadwire and a portion of the graphical representations being overlaid, wherein the user-interactional control is overlaid on a portion of the graphical representations; displaying, in a second display region and by the processor, a second model of the leadwire in a display region separate from a display region in which the graphical representations of the anatomical structure are displayed, wherein the one of the electrode representations is selectable in both of the first and second electrode leadwire models; and responsive to the selection of the one of the electrode representations by clicking the one of the electrode representations in one of the first and second display regions, highlighting, by the processor, the selected electrode representation in the leadwire models of both the first and second display regions. - View Dependent Claims (16, 17)
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18. A non-transitory computer-readable medium on which are stored instructions executable by a processor, the instructions which, when executed by the processor, cause the processor to perform a method, the method comprising:
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displaying a first model of a leadwire implanted in a patient and including electrodes controllable for stimulating an anatomical region of the patient about the leadwire, wherein the leadwire model includes representations of the electrodes; responsive to selection of one of the electrode representations, displaying a user-interactional control, in response to user-interaction with which the processor is configured to modify an electrical parameter of the electrode whose representation has been selected, wherein, responsive to the selection of the one of the electrode representation, the processor displays a respective user-interactional control for each of the electrode representations; displaying in a first display region graphical representations of anatomical structures in a region of the patient in which the leadwire is implanted, the first model of the leadwire and a portion of the graphical representations being overlaid, wherein the user-interactional control is overlaid on a portion of the graphical representations; displaying in a second display region a second model of the leadwire in a display region separate from a display region in which the graphical representations of the anatomical structure are displayed, wherein the one of the electrode representations is selectable in both of the first and second electrode leadwire models; and responsive to the selection of the one of the electrode representations by clicking the one of the electrode representations in one of the first and second display regions, highlighting the selected electrode representation in the leadwire models of both the first and second display regions.
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19. A computer system comprising:
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a display device; and a processor configured to; display in the display device a first model of a leadwire implanted in a patient and including electrodes controllable for stimulating an anatomical region of the patient about the leadwire, wherein the leadwire model includes representations of the electrodes; responsive to selection of one of the electrode representations, display in the display device a user-interactional control, in response to user-interaction with which the processor is configured to modify an electrical parameter of the electrode whose representation has been selected, wherein, responsive to the selection of the one of the electrode representation, the processor displays a respective user-interactional control for each of the electrode representations; display in a first display region graphical representations of anatomical structures in a region of the patient in which the leadwire is implanted, the first model of the leadwire and a portion of the graphical representations being overlaid, wherein the user-interactional control is overlaid on a portion of the graphical representations; display in a second display region a second model of the leadwire in a display region separate from a display region in which the graphical representations of the anatomical structure are displayed, wherein the one of the electrode representations is selectable in both of the first and second electrode leadwire models; and responsive to the selection of the one of the electrode representations by clicking the one of the electrode representations in one of the first and second display regions, highlight the selected electrode representation in the leadwire models of both the first and second display regions.
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Specification