Methods, systems and devices for spinal surgery position optimization
Three components are proposed, each having at its core a system for producing measurements of the relative motion of anatomical structures of mammals (the “measurement system”). The measurement system in this case would be comprised of an apparatus for imaging the joint of through a prescribed motion, and a process and mechanism for deriving quantitative measurement output data from the resulting images. The components of the present invention include: (1) a software device for reporting measurement output of the measurement system and for allowing users to interact with the measurement output data; (2) an apparatus and method for utilizing measurement output of the measurement system for therapeutic and surgical applications such as surgical navigation and patient positioning during a therapeutic procedure; and (3) an apparatus providing input image data for the measurement system that assists with the imaging of joints connecting anatomical regions that are in motion during operation.
1. A system for producing optimized anatomical position data wherein the optimized anatomical position data is for use during spine surgery or during pre-operative planning, comprising a processor wherein the processor is configured to:
receive one or more images of spinal anatomy generated by a medical imaging device;
process measurements from the one or more images of the spinal anatomy to determine spatial relationships between vertebral bodies visible within an area of interest from the one or more images;
determine for each of one or more spine joints targeted for a spinal fusion implantation procedure a projected optimal fixed segmental spatial relationship between vertebral body endplates of the one or more targeted spinal joints by
(a) generating a projected post-surgical configuration for the spine anatomy by combining two data sets comprising:
(1) the measurements of the spatial relationship between vertebral bodies, taken from among the spine joints that are not targeted for the implantation procedure, and excluding data from the targeted spine joints; and
(2) the projected optimal fixed segmental spatial relationship between vertebral body endplates for each targeted spine joint,
(b) creating a comparison between the generated projected post-surgical configuration and a reference configuration, and
(c) determining the projected optimal fixed segmental spatial relationships based on this comparison; and
generate optimized segmental anatomical position data for use during spine surgery or during pre-operative planning for the vertebral body endplates for the one or more targeted spine joints.
2. The system of claim 1 wherein the one or more images are received from a computer system in communication with the medical imaging device.
3. The system of claim 1 wherein the one or more spine joints are two or more vertebral bodies.
4. The system of claim 1 wherein the area of interest is two or more vertebral bodies.
5. The system of claim 1 wherein system is in communication with a surgical navigation system.
6. The system of claim 3 wherein the implant position optimization system generates an output data for use by the surgical navigation system.
7. The system of claim 3 wherein the surgical navigation system sets a spatial relationship between the implantable device and the one or more spine joints targeted for the implantation procedure.
8. The system of claim 1 wherein a user revises the generated anatomical position data for an implantable device.
9. The system of claim 1 a wherein the comparison between the generated projected post-surgical configuration and the reference configuration includes a consideration of spatial parameters collected from images of patients in standing postures.
10. A surgical optimization apparatus for producing optimized anatomical position data comprising:
a user computing device having a machine readable medium stored on a non-transitory computer-readable medium configured to:
provide feedback for a surgical procedure comprising:
receiving two or more images of a spinal anatomy generated by a medical imaging device;
processing measurements from the one or more images of the spinal anatomy to determine spatial relationships between vertebral bodies visible within an area of interest from the one or more images;
determining for each of one or more spine joints targeted for a spinal fusion implantation procedure a projected optimal fixed segmental spatial relationship between vertebral body endplates of the one or more targeted spinal joints by
(a) generating a protected post-surgical configuration for the spine anatomy by combining two data sets comprising: (1) the measurements of the spatial relationship between vertebral bodies, taken from among the spine joints that are not targeted for the implantation procedure, and excluding data from the targeted spine joints; and (2) the projected optimal fixed segmental spatial relationship between vertebral body endplates for each targeted spine joint,
(b) creating a comparison between the generated projected post-surgical configuration and a reference configuration, and
(c) determining the projected optimal fixed segmental spatial relationships based on this comparison; and
generating optimized segmental anatomical position data for use during spine surgery or during pre-operative planning for the vertebral body endplates for the one or more targeted spine joints.
11. The surgical optimization apparatus of claim 10 wherein the two or more spine joints are two or more vertebral bodies.
12. The surgical optimization apparatus of claim 10 wherein the area of interest is two or more vertebral bodies.
13. The surgical optimization apparatus of claim 10 wherein the surgical optimization apparatus is in communication with a surgical navigation system.
14. The surgical optimization apparatus of claim 11 wherein the surgical optimization apparatus generates an output data for use by the surgical navigation system.
15. The surgical optimization apparatus of claim 11 wherein the surgical navigation system sets a spatial relationship between the implantable device and the two or more joints.
16. The surgical optimization apparatus of claim 10 wherein a user revises the generated anatomical position data for the implantable device.
17. The surgical optimization apparatus of claim 10 a wherein the comparison between the generated projected post-surgical configuration and the reference configuration includes a consideration of spatial parameters collected from images of patients in standing postures.
18. A machine readable medium containing instructions stored on a non-transitory computer-readable medium that, when executed by a computing device, cause the computing device to perform a method, the method comprising:
receiving one or more images of a spine anatomy generated by an imaging device;
processing measurements from the one or more images of the spinal anatomy to determine spatial relationships between vertebral bodies visible within an area of interest from the one or more images;
determining for each of one or more spine joints targeted for a spinal fusion implantation procedure a projected optimal fixed segmental spatial relationship between vertebral body endplates of the one or more spinal joints by
(a) generating a projected post-surgical configuration for the spine anatomy by combining two data sets comprising: (1) the measurements of the spatial relationship between vertebral bodies, taken from among the spine joints that are not targeted for the implantation procedure, and excluding data from the targeted spine joints; and (2) the projected optimal fixed segmental spatial relationship between vertebral body endplates for each targeted spine joint,
(b) creating a comparison between the generated projected post-surgical configuration and a reference configuration, and
(c) determining the projected optimal fixed segmental spatial relationships based on this comparison; and
generating optimized segmental anatomical position data for use during spine surgery or during pre-operative planning for the vertebral body endplates for the one or more targeted spine joints.
19. The machine readable medium of claim 18 wherein the two or more spinal joints are two or more vertebral bodies.
20. The machine readable medium of claim 18 wherein the area of interest is two or more vertebral bodies.
21. The machine readable medium of claim 18 wherein the machine readable medium is in communication with a surgical navigation system.
22. The machine readable medium of claim 21 wherein the machine readable medium generates an output data for use by the surgical navigation system.
23. The machine readable medium of claim 21 wherein the surgical navigation system sets a spatial relationship between the implantable device and the two or more joints.
24. The machine readable medium of claim 18 wherein a user revises the generated anatomical position data for the implantable device.
25. The machine readable medium of claim 18 a wherein the comparison between the generated projected post-surgical configuration and the reference configuration includes a consideration of spatial parameters collected from images of patients in standing postures.
26. A surgical optimization apparatus means for producing optimized anatomical position data for use during spine surgery or during pre-operative planning, comprising:
a user computing device means configured to:
receive one or more images of spinal anatomy generated by a medical imaging device;
process measurements from the one or more images of the spinal anatomy to determine spatial relationships between vertebral bodies visible within an area of interest from the one or more images;
determine for each of one or more spine joints targeted for a spinal fusion implantation procedure a projected optimal fixed segmental spatial relationship between vertebral body endplates of the one or more targeted spinal joints by
(a) generating a projected post-surgical configuration for the spine anatomy by combining two data sets comprising: (1) the measurements of the spatial relationship between vertebral bodies, taken from among the spine joints that are not targeted for the implantation procedure, and excluding data from the targeted spine joints; and (2) the projected optimal fixed segmental spatial relationship between vertebral body endplates for each targeted spine joint,
(b) creating a comparison between the generated projected post-surgical configuration and a reference configuration, and
(c) determining the projected optimal fixed segmental spatial relationships based on this comparison; and
generate optimized segmental anatomical position data for use during spine surgery or during pre-operative planning for the vertebral body endplates for the one or more targeted spine joints.
27. The surgical optimization apparatus means of claim 26 wherein the two or more joints are two or more vertebral bodies.
28. The surgical optimization apparatus means of claim 26 wherein the area of interest is two or more vertebral bodies.
29. The surgical optimization apparatus means of claim 26 wherein the surgical optimization apparatus means is in communication with a surgical navigation system.
30. The surgical optimization apparatus means of claim 29 wherein the surgical optimization apparatus means generates an output data for use by the surgical navigation system.
31. The surgical optimization apparatus means of claim 26 wherein the surgical navigation system sets a spatial relationship between the implantable device and the two or more joints.
32. The surgical optimization apparatus means of claim 26 wherein a user revises the generated anatomical position data for the implantable device.
33. The surgical optimization apparatus mean of claim 26 a wherein the comparison between the generated projected post-surgical configuration and the reference configuration includes a consideration of spatial parameters collected from images of patients in standing postures.
34. A system for producing optimized anatomical position data wherein the optimized anatomical position data is for use during spine surgery or during pre-operative planning, comprising a processor wherein the processor is configured to:
receive one or more images of spinal anatomy generated by a medical imaging device;
process measurements from the one or more images of the spinal anatomy to determine spatial relationships between vertebral bodies visible within an area of interest from the one or more images;
determine for each of the one or more spine joints targeted for an implantation procedure an optimal fixed segmental spatial relationship between vertebral body endplates of the one or more targeted spinal joints by
(a) generating a projected post-surgical configuration for the spine anatomy by combining two data sets comprising: (1) the measurements of the spatial relationship between vertebral bodies, taken from among the spine joints that are not targeted for the implantation procedure, and excluding data from the targeted spine joints; and (2) the projected optimal fixed segmental spatial relationship between vertebral body endplates for each targeted spine joint,
(b) creating a comparison between the generated projected post-surgical configuration and a reference configuration, and
(c) determining the projected optimal fixed segmental spatial relationships based on this comparison; and
generate data to trigger user alerts for use during spine surgery or during pre-operative planning based on the optimal fixed spatial relationship.
35. The system of claim 34 wherein the user alerts are in the form of red and yellow indicator colors that are overlaid onto a software user interface.
36. The system of claim 34 wherein the user alerts are based on a comparison of the optimal fixed spatial relationships with a pre-determined or user settable values.
37. The system of claim 34 a wherein the comparison between the generated projected post-surgical configuration and the reference configuration includes a consideration of spatial parameters collected from images of patients in standing postures.