[Methods for assessing the electrophysical properties of body tissues and the possibility of their application in forensic medical practice]. / Nekotorye metody otsenki elektrofizicheskikh svoistv tkanei organizma i vozmozhnosti ikh primeneniya v sudebno-meditsinskoi praktike.

This article provides an overview of some diagnostic methods for indicators and changes in the electrophysical properties of biological tissues. The key principles of assessing the electrical conductivity and resistance of tissues under the influence of alternating and direct current electric charge using standard and modified meters and signal generators, as well as the possibilities of digital improvement of computational models, are considered. Some existing and promising methods are presented that enable to solve important problems of forensic medical practice by registering changes in electrophysical parameters.

[Study of certain electrophysical properties of adipose tissue in the postmortem period when working with a direct current source]. / Izuchenie nekotorykh elektrofizicheskikh svoistv zhirovoi tkani v posmertnom periode pri rabote s istochnikom postoyannogo toka.

Some features of changes in the electrophysical properties of adipose tissue of animal origin in the postmortem period when working with direct-current sources are considered. OBJECTIVE: Evaluate experimentally the possibilities of registering changes in the electro-physical properties of biological tissues using a direct current source when working with a specific resistance as well as to identify the possible recorded changes in biological tissues when a reverse electromotive force and polarization phenomena occur. At the first stage the fatty subcutaneous layer of a pig was used as samples of adipose tissue which is closely similar to human adipose tissue in composition. In total, during the period of the experimental study the 340 samples of pork fat from two different animals were prepared and used with a reliably unknown slaughter age. As a constant current source in the experiment it was used a system made on the basis of a standard alkaline battery with a declared nominal voltage of 9 V supplemented with necessary radio components. The changes were recorded daily with a digital multi-meter once a day for 10 days. At the end of the experiment the parameters of the electro-physical properties of biological samples were determined using an available direct current source. It was revealed and recorded a clear dynamics of changes in electrophysical parameters associated with the duration of material storage.