RESUMO
Laser interferometry is proposed for accurate measurements of the external parameters and fixation of the relief of human skull surface. This method creates a detailed three-dimensional computer model of the object of investigation, which can be used in automated systems of personality identification based on investigation of the skull and life-time photos. Further development of the method opens new vistas in automation of the trassological and ballistic identification.
Assuntos
Cefalometria/métodos , Simulação por Computador , Modelos Anatômicos , Medicina Legal/métodos , Humanos , Interferometria/métodos , Lasers , SoftwareRESUMO
A two-dimensional map of human heart left ventricular proteins for 213 polypeptide fractions has been constructed. A quantitative analysis of variability of the fraction position at 60 selected spots with the use of a CVIT computer system revealed a high reproducibility of the material distribution on electrophoregrams. Differences were found in the protein composition of eight heart muscle atrial and ventricular polypeptide fractions. Left ventricular proteins were shown to be represented by six electrophoretical variants. The methodological peculiarities of construction at the two-dimensional map of heart muscle proteins are discussed.