open access
The usefulness of CBF brain SPECT in forensic medicine. A description of four cases
open access
Abstract
MATERIAL AND METHODS: Cerebral blood flow studies were performed with the use of 99mTc-ECD and a triple head gammacamera. Qualitative and quantitative analysis was performed, utilising an asymmetry index for unilateral perfusion deficits and a comparison to cerebellar perfusion for assessing the regional cerebral perfusion. For assessing the normal values, a control group of 30 patients was studied.
RESULTS: In these cases CBF SPECT scanning proved its usefulness in medico-legal argument and played an important role in formulating the final forensic expert's opinion.
CONCLUSIONS: Radionuclide cerebral blood flow studies may play a role in forensic medicine, where this method it is mostly under-utilised at present.
Abstract
MATERIAL AND METHODS: Cerebral blood flow studies were performed with the use of 99mTc-ECD and a triple head gammacamera. Qualitative and quantitative analysis was performed, utilising an asymmetry index for unilateral perfusion deficits and a comparison to cerebellar perfusion for assessing the regional cerebral perfusion. For assessing the normal values, a control group of 30 patients was studied.
RESULTS: In these cases CBF SPECT scanning proved its usefulness in medico-legal argument and played an important role in formulating the final forensic expert's opinion.
CONCLUSIONS: Radionuclide cerebral blood flow studies may play a role in forensic medicine, where this method it is mostly under-utilised at present.
Keywords
cerebral blood flow; forensic medicine; single photon emission computed tomography
Title
The usefulness of CBF brain SPECT in forensic medicine. A description of four cases
Journal
Issue
Pages
47-50
Published online
2000-05-25
Page views
560
Article views/downloads
1371
Bibliographic record
Nucl. Med. Rev 2001;4(1):47-50.
Keywords
cerebral blood flow
forensic medicine
single photon emission computed tomography
Authors
Maciej Piskunowicz
Piotr Lass
Maciej Krzyżanowski
Michał Studniarek