Method and apparatus for video presentation from a variety of scanner imaging sources

Claim 3

The invention of claim 1 wherein said manipulating means comprises means for shaping and sizing at least one of said selected images to conform to at least one other selected image in shape and size.

Claim 4

The invention of claim 2 further comprising means for superimposing at least one selected image upon at least one other selected image.

Claim 5

The invention of claim 1 wherein said means for comparing the selected images comprises means for contrasting characteristics of at least two selected images comprises the use of at least one procedure selected from the group consisting of filtering, smoothing, sharpening, pseudocoloring, and edge detection.

Claim 6

The invention of claim 4 wherein said edge detection procedure comprises at least one method selected from the group consisting of Laplacian, Roberts, Sorbel, and Frei procedures.

Claim 7

The invention of claim 1 wherein said image acquiring means comprises means for obtaining at least one image directly from a scanner without the use of magnetic transport media.

Claim 8

The invention of claim 1 further comprising means for recording and archiving the procedural use of said apparatus.

Claim 9

The invention of claim 1 wherein all said means are software-programmable.

Claim 10

For use in stereotactic surgery, an apparatus for generating a video presentation of brain images from a variety of separate brain scanner imaging sources to provide a representation of the anatomical and physiological configuration of the brain of a patient, said apparatus comprising: means for acquiring a plurality of brain-related images from a variety of separate brain scanner imaging sources, at least one such image being of the actual patient's brain; means for converting said acquired images into a selected format; means for storing said acquired and converted plurality of images; means for selectively recalling and displaying upon a single monitor at least two independent images of said stored plurality of images; means for manipulating at least one of said selected independent images independently of each other; means for comparing said manipulated independent image to at least one other of said selected independent images; and means for determining stereotactic coordinates and performing volumetric determinations from said plurality of images.

Claim 11

For use in stereotactic surgery, an apparatus for generating a video presentation of brain images from a variety of separate brain scanner imaging sources to provide a representation of the anatomical and physiological configuration of the brain of a patient, said apparatus comprising: means for acquiring a plurality of brain-related images from a variety of separate brain scanner imaging sources, at least one such image being of the actual patient's brain; means for converting said acquired images into a selected format; means for storing said acquired and converted plurality of images; means for selectively recalling and displaying upon a single monitor at least two independent images of said stored plurality of images; means for manipulating at least one of said selected independent images independently of each other; means for comparing said manipulated independent image to at least one other of said selected independent images; and means for determining stereotactic coordinates and performing volumetric determinations from said plurality of images.

Claim 12

The invention of claim 9 wherein said image acquiring means comprises means for obtaining images from a brain map atlas and said manipulation means comprises means for fitting at least one map from said atlas to at least one selected image of the patient's brain.

Claim 13

The invention of claim 9 wherein said manipulating means comprises means for shaping and sizing at least one of said selected images to conform to at least one other selected image in shape and size.

Claim 14

The invention of claim 11 further comprising means for superimposing at least one selected image upon at least one other selected image.

Claim 15

The invention of claim 9 wherein said means for comparing said selected images comprises means for contrasting characteristics of at least two selected images comprises the use of at least one procedure selected from the group consisting of filtering, smoothing, sharpening, pseudocoloring, and edge detection.

Claim 16

The invention of claim 13 wherein said edge detection procedure comprises at least one method selected from the group consisting of Laplacian, Roberts, Sorbel, and Frei procedures.

Claim 17

The invention of claim 9 further comprising means for simulating brain probe means and means for simulating manipulation of said probe means within a video presentation.

Claim 18

The invention of claim 9 further comprising means for simulating electrode means and means for simulating manipulation of said electrode means within a video presentation.

Claim 19

The invention of claim 9 further comprising means for storing representations of physiological response points and means for selectively recalling and displaying any of said response points within the video presentation.

Claim 20

The invention of claim 9 further comprising means for providing stereotactic coordinates for a user selected point on the video presentation.

Claim 21

The invention of claim 9 wherein said image acquiring means comprises at least one means for acquiring an image from a scanner selected from the procedures consisting of computerized axial tomography (CT) scanning, nuclear magnetic resonance (NMR) scanning, positron emission tomography (PET) scanning, isotope scanning, digital subtraction angiography (DSA) scanning, and X-ray scanning.

Claim 22

The invention of claim 9 wherein said image acquisition means acquires any of a predetermined number of image types.

Claim 23

The invention of claim 9 further comprising means providing for a user to input data within a sterile environment.

Claim 24

The invention of claim 21 wherein said user input providing means comprises an infrared grid disposed across said image displaying means.

Claim 25

The invention of claim 22 further comprising means for measuring distances, volumes, and areas within the actual patient's brain.

Claim 26

The invention of claim 9 further comprising means for generating a simulated three-dimensional image of the actual patient's brain.

Claim 27

The invention of claim 24 wherein said simulated three-dimensional image comprises an image representative of at least one image selected from the groups consisting of computer axial tomography (CT) images, nuclear magnetic resonance (NMR) images, positron emission tomography (PET) images, digital subtraction angiography (DSA) images, isotope images, and X-ray images.

Claim 28

The invention of claim 25 wherein said simulated three-dimensional image comprises a composite of images from more than one source.

Claim 29

The invention of claim 9 further comprising means for determining optimum placement for an isodose implantation.

Claim 30

The invention of claim 9 further comprising means for determining optimum dosage for an isodose implantation.

Claim 31

The invention of claim 9 further comprising means for recording and archiving the procedural use of said apparatus.

Claim 32

The invention of claim 9 wherein all said means are software-programmable.

Claim 35

The invention of claim 31 wherein the manipulating step in e) comprises shaping and sizing at least one of the selected images to conform to at least one other selected image in shape and size.

Claim 36

The invention of claim 32 further comprising superimposing at least one selected image upon at least one other selected image.

Claim 37

The invention of claim 31 wherein the step of comparing the selected images in e) comprises contrasting characteristics of at least two selected images comprises the use of at least one procedure selected from the group consisting of filtering, smoothing, sharpening, pseudocoloring, and edge detection.

Claim 38

The invention of claim 34 wherein the edge detection procedure comprises at least one method selected from the group consisting of Laplacian, Roberts, Sorbel, and Frei procedures.

Claim 39

The invention of claim 31 wherein the image acquiring step in a) comprises obtaining at least one image directly from a scanner without the use of magnetic transport media.

Claim 40

The invention of claim 31 further comprising the step of recording and archiving the steps taken in practicing the method.

Claim 41

In stereotactic surgery, a method of generating a video presentation of brain images from a variety of separate brain scanner imaging sources to provide a representation of the anatomical and physiological configuration of the brain of a patient, the method comprising the steps of: a) acquiring a plurality of brain-related images from a variety of separate brain scanner imaging sources, at least one such image being of the actual patient's brain; b) converting the acquired images into a selected format; c) storing the acquired and converted plurality of images; d) selectively recalling and displaying upon a single monitor at least two independent images of the stored plurality of images; e) manipulating at least one of the selected independent images independently of each other and comparing the manipulated independent image to at least one other of the selected independent images; and f) determining stereotactic coordinates and performing volumetric determinations from the plurality of images.

Claim 42

In stereotactic surgery, a method of generating a video presentation of brain images from a variety of separate brain scanner imaging sources to provide a representation of the anatomical and physiological configuration of the brain of a patient, the method comprising the steps of: a) acquiring a plurality of brain-related images from a variety of separate brain scanner imaging sources, at least one such image being of the actual patient's brain; b) converting the acquired images into a selected format; c) storing the acquired and converted plurality of images; d) selectively recalling and displaying upon a single monitor at least two independent images of the stored plurality of images; e) manipulating at least one of the selected independent images independently of each other and comparing the manipulated independent image to at least one other of the selected independent images; and f) determining stereotactic coordinates and performing volumetric determinations from the plurality of images.

Claim 43

The invention of claim 38 wherein the acquiring step in a) comprises obtaining images from a brain map atlas and the manipulation step comprises fitting at least one map from the atlas to at least one selected image of the patient's brain.

Claim 44

The invention of claim 38 wherein the manipulating step in e) comprises shaping and sizing at least one of the selected images to conform to at least one other selected image in shape and size.

Claim 45

The invention of claim 40 further comprising superimposing at least one selected image upon at least one other selected image.

Claim 46

The invention of claim 38 wherein the step of comparing the selected images in e) comprises contrasting characteristics of at least two selected images comprises the use of at least one procedure selected from the group consisting of filtering, smoothing, sharpening, pseudocoloring and edge detection.

Claim 47

The invention of claim 42 wherein the edge detection procedure comprises at least one method selected from the group consisting of Laplacian, Roberts, Sorbel, and Frei procedures.

Claim 48

The invention of claim 38 further comprising the step of obtaining within the actual patient's brain at least one measurement selected from the group consisting of the distance between two points within the patient's brain, the area of a selected portion of the patient's brain, and the volume of a selected part of the patient's brain.

Claim 49

The invention of claim 38 further comprising generating a simulated three-dimensional image of the actual patient's brain.

Claim 50

The invention of claim 45 wherein the three-dimensional simulation image comprises an image representative of at least one image selected from the groups consisting of computerized axial tomography (CT) images, nuclear magnetic resonance (NMR) images, positron emission tomography (PET) images, digital subtraction angiography (DSA) images, isotope images, and X-ray images.

Claim 51

The invention of claim 45 wherein the three-dimensional simulation image comprises a composite of images from more than one source.

Claim 52

The invention of claim 38 further comprising the step of determining optimum placement for an isodose implantation.

Claim 53

The invention of claim 38 further comprising the step of determining optimum dosage for an isodose implantation.

Claim 54

The invention of claim 38 further comprising the step of recording and archiving the steps taken in practicing the method.