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imun nun ii

HR0900030 HR0900029 HR0900028

features of substances. All the participants in the professional associations. He speaks German and English security chain have to be familiar with and consistently language. Special education: certificate for ISO auditor. obey the legal regulations. The manufacturer must know the features of the hazardous substance, supervisory services must be acquainted with the 7. THE CHARACTERISTICS OF EXOSPORIUM threat and potential danger. The hauler and ANTIGENS FROM DIFFERENT VACCINE intervention forces must, in case of accidents and STRAINS OF BACILLIUS ANTRACIS damage, be familiar with the emergency procedures in case of accidents and act properly regarding the threatening dangerous substance. Eugenia Baranova, Sergey Biketov, Igor Dunaytsev, Raisa Mironova, Ivan Dyatlov, State Research Center for Applied and Key Words/ Phrases: danger, transport of hazardous Biotechnology, Obolensk, Moscow region, 142279, substances, security Russia

ABSTRACT 6. HAZARDOUS SUBSTANCES SHIPPING AT INLAND WATER HARBORS To develop of both test-systems for rapid detection and identification of S. anthracis spores and a new Željko Benković subunit vaccine the antigens on the spore surface MS should be characterized. Sinaco d.o.o. Exosporium consists of two layers-basal and Savska cesta 41/XI11 peripheral and has been form by protein, amino- and 10000 Zagreb, Croatia neutral polysaccharides, lipids and ash. Number of exosporium proteins was described and Safety measures and regulations system covering the identified: glycoprotein BcIA, BclB, alanine racemase, aspects of fire protection, professional and ecological inosine hydrolase, glycosyl hydrolase, superoxid safety are aimed to create a safe working dismutase, ExsF, ExsY, ExsK.CotB.CotY and SoaA. environment, by detection and remedy of conditions So far no glycosilated proteins other then highly that are potentially hazardous for the wellbeing of the immunogenic glycoproteins BcIA, BclB were detected employees or are leading to certain undesired events. in the B. anthracis spore extract although several Such unwanted incidents may result in different exosporium-specific glycoprotein have been described consequences: operating person's injury, environment in other members of the B.cereus family- S. pollution or material damage. thuringiensis and B.cereus. This study attempts to illustrate the organization of Although EA1 protein originally described as main work during hazardous matter loading and unloading component of S-layer from vegetative cells he can at inland water harbors, based on legal provisions and regular observed in different exosporium preparations decrees involving safety precautions, and in order to and additionally some anti- EA1 monoclonal achieve constant enhancement of operating antibodies able to recognize spore surface .We have procedure, decreasing thereby the number of work- revealed that EA1 isolated from spore of Russians related injuries and various accidental situations. strain STI-1 contain carbohydrate which determine Fundamental precondition required to prevent possible immunogenicity of this antigen. Because some time accidents and to optimize general safety policy is to ago we have found that exosporium protein's pattern recognize and control any danger or potential hazard, variable among 6. anthracis strains we investigated as well as to be familiar with the legal provisions exosporium from spore of different strains of B. covering the inland waterway transport of harmful anthracis including STI-1, Ames, Stern and others. substances. We have comparative characterized antigens by using Western Blotting, Two-Dimensional electrophoresis Key Words/ Phrases: hazardous substances, inland and Mass Spec analysis. The results of analysis will navigation, inland waterways, loading, unloading be presented and discussed.

8. THE SEARCH AND IDENTIFICATION OF NEW IMMUNODIAGNOSTIC TARGETS OF ANTHRACIS SPORE

Sergey Biketov, Igor Dunaytsev, Eugenia Baranova, Leonid Marinin, Ivan Dyatlov State Research Center for Applied Microbiology and Biotechnology, Obolensk, Moscow region, 142279, Željko Benković finished high educational school in Zagreb. Russia 2003 graduated on High school for security in Zagreb and obtained diploma as an engineer of security - protection at work. 2006 graduated on the very same faculty and obtained ABSTRACT diploma for engineer of security - fire protection. Since 2004 Spores of have been used as working in company ,,Sinaco"member of INA group as a biowarfare agent to bioterrorize purposes. As Specialist I. Until now he published several paper works and efficiency of anti-epidemic measures included urgent was a lecturer on different domestic and international conferences and meetings. He is a member of several

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