METHOD FOR TARGETED BODY-LOWER LIMBS COMPLEX RESEARCH FOR A DEAD BODY BY X-RAY COMPUTER TOMOGRAPHY Russian patent published in 2017 - IPC A61B6/03 

Abstract RU 2613783 C1

FIELD: medicine.

SUBSTANCE: dead body is scanned while it is in a sealed bag in the lying position, scanning mode is continuous spiral. The following zones are examined sequentially: body - from C7 vertebra to the lower edge of the pubic bone; lower limbs - from the upper edge of the acetabulum to the tips of the big toes. To scan the "body" (B) zones, the following parameters are used: scan slice thickness - 0.9 mm, image viewer reconstruction slice thickness - 2-3 mm, kV - 120, mAs - 250, increment - 0.45×, collimation - 1280.625, pitch - 0.993, tube rotation speed - 0.5, matrix - 512512×, image field - 350. To scan the "lower limbs" (LL) zone: scan slice thickness - 0.9 mm, image viewer reconstruction slice thickness - 2mm, kV - 120, mAs - 175, increment - 0.45, collimation -× 640.625, pitch - 0.297, tube rotation speed - 0.4, matrix - 768768×, image field - 150. To view zone B images, the following modes are used: bone with C1500-W3000 window width, soft-tissue with C60-W350 window width, pulmonary with C500-W1500 window width; to view zone LL images, the following modes are used: bone with C1500-W3000 window width, soft-tissue with C60-W350 window width. For zone B multiplanar reconstructions are plotted in sagittal and coronal planes and three-dimensional reconstructions, with colored metal mapping, maximum and minimum intensity reconstructions. For zone LL multiplanar reconstructions are plotted in sagittal and coronal planes and three-dimensional reconstructions, with colored metal mapping, maximum intensity reconstructions. All the results are used for personality identification, cause of death determination.

EFFECT: method provides comprehensive precision with optimal informative research parameters, research and findings acceleration, including urgent results without a classical autopsy, with the exception of personnel infection risk.

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RU 2 613 783 C1

Authors

Dubrova Sofya Erikovna

Kolkutin Viktor Viktorovich

Strelkov Andrej Anatolevich

Filimonov Boris Aleksandrovich

Dates

2017-03-21Published

2016-05-19Filed