INDIVIDUAL TECHNOGENIC RISKS

Acquisition, Processing and Analysis of Space Images at Risks Management of Natural and Technogenic Emergencies

Maintenance of all‐round safety of the person, society, the state and the world community became a priority of the next decades, has turned to one of overall objectives for strategy of a civilization existence in modern and predicted conditions. Scientific‐technical and social‐economic progress of last centuries has considerably changed the world, essentially having improved working conditions,...

Acquisition, Processing and Analysis of Space Images at Risks Management of Natural and Technogenic Emergencies

Energy-saving method for technogenic waste processing

Dumps of a mining-metallurgical complex of post-Soviet Republics have accumulated a huge amount of technogenic waste products. Out of them, Kazakhstan alone has preserved about 20 billion tons. In the field of technogenic waste treatment, there is still no technical solution that leads it to be a profitable process. Recent global trends prompted scientists to focus on developing energy-saving a...

Computing Individual Risks Based on Family History in Genetic Disease in the Presence of Competing Risks

When considering a genetic disease with variable age at onset (e.g., familial amyloid neuropathy, cancers), computing the individual risk of the disease based on family history (FH) is of critical interest for both clinicians and patients. Such a risk is very challenging to compute because (1) the genotype X of the individual of interest is in general unknown, (2) the posterior distribution ℙ(X...

Kinetic of Transport of Technogenic Ecotoxicants through Model Membranes

The kinetics of ecotoxicant transport through the membrane was studied. The ecotoxicants studied were pecticides widely used in agriculture: lontrel (clopyralid), sencor (metribuzin), basagran (bentazon), roundup (glyphosate), kusagard (alloxydim sodium), and sethoxydim, as well as lontrel complexes with cobalt and copper. All compounds considered penetrate through the model phosphatidylcholine...