RU2011112331A - DIAGNOSTIC METHOD OF MENIER'S DISEASE - Google Patents

DIAGNOSTIC METHOD OF MENIER'S DISEASE Download PDF

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RU2011112331A
RU2011112331A RU2011112331/14A RU2011112331A RU2011112331A RU 2011112331 A RU2011112331 A RU 2011112331A RU 2011112331/14 A RU2011112331/14 A RU 2011112331/14A RU 2011112331 A RU2011112331 A RU 2011112331A RU 2011112331 A RU2011112331 A RU 2011112331A
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RU
Russia
Prior art keywords
vestibule
width
group
disease
shnpk
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RU2011112331/14A
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Russian (ru)
Inventor
Павел Александрович Попов (RU)
Павел Александрович Попов
Геннадий Степанович Козупица (RU)
Геннадий Степанович Козупица
Игорь Петрович Королюк (RU)
Игорь Петрович Королюк
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Павел Александрович Попов (RU)
Павел Александрович Попов
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Priority to RU2011112331/14A priority Critical patent/RU2011112331A/en
Publication of RU2011112331A publication Critical patent/RU2011112331A/en

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Abstract

Способ диагностики болезни Меньера, включающий сканирование височных костей на компьютерном томографе, получение набора двухмерных и трехмерных изображений внутреннего уха на стороне поражения, отличающийся тем, что наличие или отсутствие у пациента болезни Меньера определяется по формулам, в которые вносятся результаты измерения предложенных нами 7 показателей: ! Группа I (болезнь Меньера)=28,791·ДНПК+8,549·ШНПК-7,426·ВПА+8,838·ВПС-0,172·НАВП-4,003·ЗПКЗГ+3,465·ПЗГ-67,195; !Группа II (норма)=30,600·ДНПК+5,201·ШНПК-8,094·ВПА+13,695·ВПС+0,213·НАВП-3,662·ЗПКЗГ+3,128·ПЗГ-73,554, !где ДНПК - диаметр окружности наружного полукружного канала; ! ШНПК - ширина наружного полукружного канала; !ВПА - ширина водопровода преддверия на аксиальном срезе; ! ВПС - ширина водопровода преддверия на сагиттальном срезе; ! НАВП - ширина наружной апертуры водопровода преддверия; ! ЗПКЗГ - расстояние между задним полукружным каналом и задней гранью пирамиды; ! ПЗГ - расстояние между преддверием и задней гранью пирамиды, ! при этом пациент будет относиться к той группе, для которой значение классификационной метки «группа» максимально. A method for diagnosing Meniere's disease, including scanning the temporal bones on a computed tomography scanner, obtaining a set of two-dimensional and three-dimensional images of the inner ear on the affected side, characterized in that the patient’s presence or absence of Meniere’s disease is determined by the formulas that include the measurement results of our 7 indicators: ! Group I (Meniere's disease) = 28.791 · DNPK + 8.549 · ShNPK-7.426 · VPA + 8.838 · VPS-0.172 · NAVP-4.003 · ZPZG + 3.465 · PZG-67.195; ! Group II (norm) = 30,600 · DNPK + 5,201 · ShNPK-8,094 · VPA + 13,695 · VPS + 0,213 · NAVP-3,662 · ZPKZG + 3,128 · PZG-73,554,! Where DNPK is the diameter of the circumference of the outer semicircular canal; ! ShNPK - width of the outer semicircular canal; ! VPA - the width of the water pipe of the vestibule at the axial section; ! VPS - the width of the vestibule on the sagittal section; ! NAVP - the width of the outer aperture of the water supply of the vestibule; ! ZPZZG - the distance between the rear semicircular canal and the posterior face of the pyramid; ! ПЗГ - the distance between the vestibule and the back face of the pyramid,! in this case, the patient will belong to the group for which the value of the classification label “group” is maximum.

Claims (1)

Способ диагностики болезни Меньера, включающий сканирование височных костей на компьютерном томографе, получение набора двухмерных и трехмерных изображений внутреннего уха на стороне поражения, отличающийся тем, что наличие или отсутствие у пациента болезни Меньера определяется по формулам, в которые вносятся результаты измерения предложенных нами 7 показателей:A method for diagnosing Meniere's disease, including scanning the temporal bones on a computed tomography scanner, obtaining a set of two-dimensional and three-dimensional images of the inner ear on the affected side, characterized in that the patient’s presence or absence of Meniere’s disease is determined by the formulas that include the measurement results of our 7 indicators: Группа I (болезнь Меньера)=28,791·ДНПК+8,549·ШНПК-7,426·ВПА+8,838·ВПС-0,172·НАВП-4,003·ЗПКЗГ+3,465·ПЗГ-67,195;Group I (Meniere's disease) = 28.791 · DNPK + 8.549 · ShNPK-7.426 · VPA + 8.838 · VPS-0.172 · NAVP-4.003 · ZPZG + 3.465 · PZG-67.195; Группа II (норма)=30,600·ДНПК+5,201·ШНПК-8,094·ВПА+13,695·ВПС+0,213·НАВП-3,662·ЗПКЗГ+3,128·ПЗГ-73,554,Group II (norm) = 30,600; DNPK + 5,201; ShNPK-8,094; VPA + 13,695; VPS + 0,213; NAVP-3,662; ZPPZG + 3,128; PZG-73,554, где ДНПК - диаметр окружности наружного полукружного канала;where DNPK is the diameter of the circumference of the outer semicircular canal; ШНПК - ширина наружного полукружного канала;ShNPK - width of the outer semicircular canal; ВПА - ширина водопровода преддверия на аксиальном срезе;VPA - the width of the water pipe of the vestibule at the axial section; ВПС - ширина водопровода преддверия на сагиттальном срезе;VPS - the width of the vestibule on the sagittal section; НАВП - ширина наружной апертуры водопровода преддверия;NAVP - the width of the outer aperture of the water supply of the vestibule; ЗПКЗГ - расстояние между задним полукружным каналом и задней гранью пирамиды;ZPZZG - the distance between the rear semicircular canal and the posterior face of the pyramid; ПЗГ - расстояние между преддверием и задней гранью пирамиды,GHG - the distance between the vestibule and the rear face of the pyramid, при этом пациент будет относиться к той группе, для которой значение классификационной метки «группа» максимально. in this case, the patient will belong to the group for which the value of the classification label “group” is maximum.
RU2011112331/14A 2011-04-01 2011-04-01 DIAGNOSTIC METHOD OF MENIER'S DISEASE RU2011112331A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108013892A (en) * 2016-10-31 2018-05-11 北京东软医疗设备有限公司 Multiplanar reconstruction method and system

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108013892A (en) * 2016-10-31 2018-05-11 北京东软医疗设备有限公司 Multiplanar reconstruction method and system

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