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[미국특허] Temporal magnetic resonance imaging 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • A61B-005/05
출원번호 US-0419407 (2003-04-21)
발명자 / 주소
  • Damadian, Raymond V.
  • Giambalvo, Anthony J.
출원인 / 주소
  • Fonar Corporation
대리인 / 주소
    Lerner, David, Littenberg, Krumholz & Mentlik, LLP
인용정보 피인용 횟수 : 12  인용 특허 : 82

초록

A patient is subjected to magnetic resonance imaging at substantial intervals such as weeks, months or years, or after an interval sufficient for a therapeutic regimen to affect the anatomy, and the data acquired at different times is compared to show changes in the anatomy with time or due to the e

대표청구항

The invention claimed is: 1. A method of monitoring changes in a body of a patient over a prolonged period comprising the steps of:(a) imaging a part of a patient by magnetic resonance at a first time so as to provide a first image data set including a plurality of first data elements, each said fir

이 특허에 인용된 특허 (82) 인용/피인용 타임라인 분석

  1. Eckels Phillip William ; Wang Wanxian ; Collick Bruce D. ; Hayakawa Kazuhiko,JPX ; Hoshino Kazuya,JPX ; Inoue Yuji,JPX, Adjustable interventional magnetic resonance imaging magnet.
  2. Doi Kunio ; Ishida Takayuki ; Katsuragwa Shigehiki, Apparatus and method for computerized analysis of interstitial infiltrates in chest images using artificial neural netw.
  3. Smith Stanton D. (Bellport NY) Hertz David (Dix Hills NY) Wolf Robert B. (Medford NY) Olsen Robert H. (Bethpage NY), Apparatus and method for multiple angle oblique magnetic resonance imaging.
  4. Damadian Raymond V. (64 Shorthill Rd. Forest Hills NY 11375), Apparatus and method for nuclear magnetic resonance scanning and mapping.
  5. Bonutti Peter M. (Effingham IL), Apparatus and method for use in medical imaging.
  6. Hasegawa Shinji (Ootawara JPX), Apparatus for detecting error of detector.
  7. Pissanetzky Sergio (The Woodlands TX), Compact, open geometry U-shaped magnet for magnetic resonance imaging.
  8. Lemelson Jerome H. ; Parker J. Kevin, Computerized medical diagnostic system.
  9. Verhoeven Leonardus A. J. (Eindhoven NLX), Device for differential image determination.
  10. Verhoeven Leonardus A. J. (Eindhoven NLX), Device for differential image determination.
  11. Bani-Hashemi Ali Reza (Belle Mead NJ) Samaddar Sumitro (Plainsboro NJ) Hentschel Dietmar (Little Silver NJ), Digital subtraction angiography for 3D diagnostic imaging.
  12. Ehnholm, G?sta J.; Vahala, Erkki T.; Ylihautala, Mika P., Fiducial markers for MRI.
  13. Damadian Raymond V. (Woodbury NY), Gastrointestinal magnetic resonance imaging.
  14. Carrott, David T.; Burke, Thomas M., Historical comparison of breast tissue by image processing.
  15. Gangarosa Raymond E. (Decatur GA) Chui K. Ming (Chagrin Falls OH), Horizontal field iron core magnetic resonance scanner.
  16. Darrow Robert D. (Scotia NY) Dumoulin Charles L. (Ballston Lake NY) Souza Steven P. (Williamstown MA), Imaging of interventional devices during medical procedures.
  17. Chenevert, Thomas L.; Rehemtulla, Alnawaz; Ross, Brian D., Imaging system, computer, program product and method for detecting changes in rates of water diffusion in a tissue using magnetic resonance imaging (MRI).
  18. Maier,Sebastian; Thormann,Klaus, Imaging tomography apparatus having an attached patient support with a movable backrest.
  19. Pell James W. (Los Altos CA), Lithotripsy system.
  20. Danby, Gordon T.; Linardos, John; Damadian, Jevan; Damadian, Raymond V., MRI apparatus.
  21. Jevan Damadian ; John Linardos ; Gordon T. Danby ; Raymond V. Damadian, MRI apparatus.
  22. Danby, Gordon T.; Wahl, William H.; Damadian, Raymond V.; Giambalvo, Anthony J., MRI apparatus and method for imaging.
  23. Timothy Damadian ; Gordon Danby ; Raymond V. Damadian ; Hank Hsieh ; James J. Persoons, MRI magnet with enhanced patient entry and positioning.
  24. Kaufman Leon (San Francisco CA), MRI system with open access to patient image volume.
  25. McDougall Ian L. (Oxon GB2) Armstrong Alan G. A. M. (Oxon GB2) Begg Michael C. (Oxon GB2) Longmore Donald (Oxon GB2), Magnetic field generating assembly.
  26. Dickinson Robert J. (Wealdstone GB2) Randell Christopher P. (Uxbridge GB2), Magnetic resonance apparatus.
  27. Rainer Kuth DE; Sabine Rupprecht DE; Thomas Rupprecht DE, Magnetic resonance apparatus for obtaining a transparency image.
  28. Damadian Raymond V, Magnetic resonance imaging.
  29. Richard Koellner DE; Frank Rabe DE, Magnetic resonance imaging apparatus and method for obtaining multiple exposures at respectively different positions without interruption.
  30. Green,Charles A.; Wahl,William H.; Cinoglu,Arto; Nickel,Keith; Gelbien,Mark, Magnetic resonance imaging system including a transpolar fixture.
  31. Palkovich Alex,GB2 ; Bird John,GB2, Magnetic resonance imaging system including an image acquisition apparatus rotator.
  32. Akgun Ali (Northolt GB2), Magnetic resonance methods and apparatus.
  33. Jakab, Peter D., Magnetic resonance scanner with electromagnetic position and orientation tracking device.
  34. Matsutani Kinya (Yokohama JPX), Magnetic resonance system.
  35. Palkovich Alex (Oxford GB2) Bird John (Charlbury GB2) Duby Tomas (Oxon GB2) Simkin John (Oxford GB2), Magnets providing patient accessibility.
  36. Siczek Bernard W. (Boulder CO), Mammographic screening and biopsy apparatus.
  37. Coe Robert P. (Dix Hills NY), Mammography system with rearwardly tilting mammograph.
  38. Apicella Anthony (Willoughby OH) Wood Christopher H. (Cleveland OH) NessAiver Moriel S. (Cleveland Heights OH), Measurement of vetricle volumes with cardiac MRI.
  39. Nambu Kyojiro (Tochigiken JPX) Tomura Masatoshi (Tochigiken JPX) Kuwahara Takayuki (Tochigiken JPX), Medical bed system.
  40. Yamaguchi Kojiro (Tochigiken JPX), Method and apparatus for nuclear magnetic resonance for measuring speed of flowing target object.
  41. Biglieri, Eugenio; Palazzolo, Marino; Satragno, Luigi, Method and apparatus for nuclear magnetic resonance imaging.
  42. Petro Alan (Milford NJ), Method and apparatus for patient handling in a computer tomographic scanner system.
  43. Doi Kunio (Willowbrook IL) Matsumoto Tsuneo (Willowbrook IL) Giger Maryellen L. (Elmhurst IL) Kano Akiko (Willowbrook IL), Method and system for analysis of false positives produced by an automated scheme for the detection of lung nodules in d.
  44. Gilhuijs Kenneth ; Giger Maryellen L. ; Bick Ulrich, Method and system for the assessment of tumor extent in magnetic resonance images.
  45. Collick Bruce D. ; Hartley Michael R., Method for controlling data acquisition and image reconstruction during continuous MR imaging.
  46. Sorensen,Gregory A.; Wu,Ona, Method for evaluating novel, stroke treatments using a tissue risk map.
  47. Rollwitz William L. (San Antonio TX), Method for in-vivo NMR measurements in the human breast to screen for small breast cancer in an otherwise healthy breast.
  48. Thesen, Stefan, Method for operating a magnetic resonance imaging apparatus ensuring coincidence of images obtained in different examinations with respectively different positions of a subject.
  49. Thesen, Stefan, Method for operating a magnetic resonance tomography apparatus wherein the location coding is adapted to a positional change of the examination subject.
  50. Mueller, Edgar; Thesen, Stefan, Method for operating a magnetic resonance tomography apparatus with shim coil adjustment dependent on positional changes of the imaged region.
  51. Thesen, Stefan, Method for the operation of a magnetic resonance apparatus, whereby positional changes are acquired with orbital navigator echos.
  52. Groen Johannes P.,NLX, Method of and device for the imaging of objects by means of magnetic resonance.
  53. Bonutti Peter M. (1303 W. Evergreen Plz. Effingham IL 62401), Method of imaging a patient\s cervical spine.
  54. Bonutti Peter M., Method of imaging an ankle of a patient.
  55. Balloni, William; Gould, Kristine; Murad, Yawar; Salunkhe, Bipin, Multi-plane graphic prescription interface and method.
  56. Tan Gousheng ; Bernstein Matthew A. ; Metcalfe Steven M., Multi-slice and multi-angle MRI using fast spin echo acquisition.
  57. Damadian Raymond V. (Woodbury NY) Votruba Jan (Elmont NY), Multiple patient breast scanning on a magnetic resonance imaging apparatus.
  58. Damadian Raymond V. (Woodbury NY), Multiple patient scanning on a magnetic resonance imaging apparatus.
  59. Damadian Raymond V. (Woodbury NY) Giambalvo Anthony J. (Kings Park NY) Shenoy Rajendra K. (Commack NY) Votruba Jan V. (Port Jefferson Station NY), NMR screening method.
  60. Damadian Raymond V. ; Danby Gordon T. ; Jackson John W. ; Hsieh Hank,ITX ; Morrone Terry ; Damadian Timothy, Nuclear magnetic resonance apparatus and methods of use and facilities for incorporating the same.
  61. Young Ian R. (Sunbury-on-Thames GB2), Nuclear magnetic resonance imaging apparatus.
  62. Yoshida Tadatoki (Tochigi JPX), Nuclear magnetic resonance imaging apparatus for arbitrary patient posture.
  63. Chari Madabushi V. (Burnt Hills NY) Laskaris Evangelos T. (Schenectady NY) Bedrosian Gary (Slingerlands NY) Ogle Michele D. (Burnt Hills NY), Open (non-enclosed) magnets for magnetic resonance imaging.
  64. Laskaris Evangelos T. (Schenectady NY), Open MRI magnet.
  65. Kaufman Leon (San Francisco CA) Carlson Joseph W. (Kensington CA), Open architecture iron core electromagnet for MRI using superconductive winding.
  66. Ritter Rogers C. ; Garibaldi Jeffrey M. ; Wolfersberger Charles ; Creighton Francis M. ; Werp Peter R. ; Hogg Bevil J. ; Blume Walter M., Open field system for magnetic surgery.
  67. Riehl Mark E. (Waukesha WI) Dobberstein Robert J. (West Allis WI), Patient alignment system for NMR studies.
  68. Krogmann Henrik,DEX ; Kuth Rainer,DEX ; Lenz Gerald,DEX ; Weiler Herbert,DEX ; Nagel Hartmut,DEX, Patient bed for use with magnetic resonance imaging apparatus.
  69. Englund Rurik (Espoo) Nummi Pentti (Kerava) Nurmirinta Maija (Hyvink) Seppnen Markku (Helsinki) Smaln Matti (Klaukkala) Virtanen Juha (Helsinki) Yrjl Yrj (Vantaa FIX), Patient bed in a magnetic resonance imaging apparatus.
  70. Damadian Raymond V., Patient movement during image guided surgery.
  71. Damadian,Raymond V.; Wolf,Robert, Positional magnetic resonance imaging.
  72. Kreidler Marc S. (Sunnyvale CA) Bell Rodney E. (Kalamazoo MI) Ho Charles P. (Palo Alto CA) Hung David T. H. (Palo Alto CA) Ryan Erin A. (Palo Alto CA) Wolters Harrie J. M. (Menlo Park CA) Yokota Chuc, Positioning device for producing movement in the shoulder.
  73. Schmitz, Stephen; Kresse, Mayk; Wagner, Susanne, Process for graphic visualization and diagnosis of thrombi by means of nuclear spin tomography with use of particulate contrast media.
  74. Green Michael Curzon, Radiotherapy machine including magnetic resonance imaging system.
  75. Epstein Frederick H. ; Arai Andrew E. ; Feinstein Jeffrey A. ; Foo Thomas K. ; Wolff Steven D., Retrospective ordering of segmented MRI cardiac data using cardiac phase.
  76. Bonutti Peter M., Sequential imaging apparatus.
  77. Li Andrew J. (South San Francisco CA) Kaufman Leon (San Francisco CA), Side-loading of patient into MRI C-magnet while maintaining adjacent open accessibility to patient.
  78. Danby, Gordon T.; Damadian, Jevan; Linardos, John; Damadian, Raymond V.; Hsieh, Hank; Wahl, William H., Stand-up MRI apparatus.
  79. Laskaris Evangelos T. (Schenectady NY), Superconductive magnetic resonance magnet without cryogens.
  80. Hoult David,CAX ; Saunders John K.,CAX ; Sutherland Garnette Roy,CAX ; Roberts Franklin A.,CAX, Surgical procedure with magnetic resonance imaging.
  81. Bucholz, Richard D.; Miller, D. Douglas, System combining proton beam irradiation and magnetic resonance imaging.
  82. Edelman Robert R., Three-dimensional magnetic resonance angiography of coronary arteries.

이 특허를 인용한 특허 (12) 인용/피인용 타임라인 분석

  1. Bernhardt, Philipp, Determining a navigation image to be displayed.
  2. Damadian, Raymond V., Magnetic resonance imaging.
  3. Damadian, Raymond V., Magnetic resonance imaging.
  4. Damadian, Raymond V., Magnetic resonance imaging.
  5. Stemmer, Alto, Magnetic resonance method and apparatus.
  6. Feiweier, Thorsten; Harder, Martin; Kober, Tobias, Method for motion correction in magnetic resonance imaging and magnetic resonance imaging apparatus.
  7. Winternheimer, Jeff, Method of analyzing vertebral edges of vertebrae in images acquired from an upright MRI system.
  8. Winternheimer, Jeff, Method of obtaining and analyzing data from an upright MRI from the spinal region of a subject.
  9. Winternheimer, Jeff, Method of obtaining and analyzing data from an upright MRI from the spinal region of a subject.
  10. Winternheimer, Jeff, Method of obtaining and analyzing data from an upright MRI from the spinal region of a subject.
  11. Groszmann, Daniel Eduardo; Jensen, Vernon Thomas; Beauregard, Gerald Lee; Anderson, Peter Traneus, Methods and systems for registration of surgical navigation data and image data.
  12. Weese, Jurgen; Bredno, Jorg, Spatial-temporal warping of different pre-captured medical images.

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