Comparative Research of Effectiveness of Cellulose and Fiberglass Porous Membrane Carriers for Bio Sampling in Veterinary and Food Industry Monitoring

Gusev, A.; Vasyukova, I.; Zakharova, O.; Altabaeva, Y.; Saushkin, N.; Samsonova, J.; Kondakov, S.; Osipov, A.; Snegin, E.

Авторы: Alexander Gusev, Inna Vasyukova, Olga Zakharova, Yuliya Altabaeva, Nikolai Saushkin, Jeanne Samsonova, Sergey Kondakov, Alexander Osipov, Eduard Snegin
Журнал: AIP Conference Proceedings
Том: 1899
Год издания: 2017
Первая страница: 050005-1
Последняя страница: 050005-7
DOI: 10.1063/1.5009868
Аннотация: The aim of proposed research is to study the applicability of fiberglass porous membrane materials in a new strip format for dried blood storage in food industry monitoring. A comparative analysis of cellulosic and fiberglass porous membrane materials was carried out to obtain dried samples of serum or blood and the possibility of further species-specific analysis. Blood samples of Sus scrofa were used to study the comparative effectiveness of cellulose and fiberglass porous membrane carriers for long-term biomaterial storage allowing for further DNA detection by real-time polymerase chain reaction (PCR) method. Scanning electron microscopy of various membranes - native and with blood samples - indicate a fundamental difference in the form of dried samples. Membranes based on cellulosic materials sorb the components of the biological fluid on the surface of the fibers of their structure, partially penetrating the cellulose fibers, while in the case of glass fiber membranes the components of the biological fluid dry out as films in the pores of the membrane between the structural filaments. This fundamental difference in the retention mechanisms affects the rate of dissolution of the components of dry samples and contributes to an increase in the efficiency of the desorption process of the sample before subsequent analysis. Detecting of pig DNA in every analyzed sample under the performed Real-time PCR as well as good state of the biomaterial preservation on the glass fiber membranes was clearly demonstrated. Good biomaterials preservation has been revealed on the test cards for 4 days as well as for 1 hour.
Добавил в систему: Осипов Александр Павлович

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