PubMed Health⌕ Search

Biomedical subjects

I V Buromskiĭ

Publications and source records attributed to I V Buromskiĭ.

10 recordsLinked to original sources
PubMedDate not supplied

[The lost manuscript].

Explore the source record for details and available documents.

Forensic Medicine↗
PubMedDate not supplied

[The diagnosis of the mechanisms of bone tissue destruction from the surface of the break].

Data on bone tissue fractography are summarized and systematized. Possibilities of a microscopic fractography method in analysis of skeletal bone fractures in order to determine conditions of traumatic exposure were shown. Destruction of bone tissue is considered from the point of view of fragile and tough destruction using as a model solid body with crack at the top of which deformations of detachment, lateral and longitudinal shifts are acting. Morphologic features for different types of destruction were singled out. Use of these features may help to determine character and type of deformation at concrete areas of fracture during all destruction process.

Adult↗
PubMedDate not supplied

[The possibilities for detecting pelvic injuries in children (comparative x-ray, computed tomographic and morphological studies)].

The authors analyze the possibility of detecting pelvic injuries in children on an inpatient basis by x-ray examination and computer-aided tomography and by morphological methods during forensic medical autopsy. A total of 146 cases are analyzed. X-Ray examination helped diagnose only 47.37% of all injuries in children with pelvic traumas. The informative value of the x-ray method may be improved if such factors as the presence of residual deformation with manifest asymmetry of the small pelvis entry are taken into consideration. If pelvic injuries are suspected in children, plane computer-aided tomography is advisable, for it permits the diagnosis of 76.32% injuries.

Autopsy↗
PubMedDate not supplied

[The use of correction factors in establishing the time of death at the site where the corpse was found with the help of the nomograms of C. Henssge].

Assessment of the time of death (TD) at the site where the corpse is found is a most difficult task. Use of the method proposed by C. Henssge based on the use of special nomograms holds good promise. Our purpose was to derive the allowance coefficients which will extent the range of applications of this method. The research sample consisted of 156 cases. For each case we knew the ambient temperature at the site of the accident at the level of the corpse (which varied from -2 to +31 degrees C) and rectal body temperature (from +12 to +37 degrees C). The time of death was estimated with an accuracy of up to 15-30 min and varied from 2 to 22 h before investigation.

Autopsy↗