Application trends of conductometry in changable on strength pulse electric field
DOI:
https://doi.org/10.15587/2313-8416.2016.69648Keywords:
conductometry, pulse electric field, changeable strength, conductivity, trends, prospectsAbstract
The article shows scientific and practical application trends of conductometry method in changeable on strength pulse electric field (CSPEF). Links to results applying method in reproductive biotechnology, biophysics for embryos reconstruction, diagnostic cells condition and membrane electroporation are given. The prospects of applying conductometry method in CSPEF for ecological researches of biospheric natural waters and foods are shown
References
Slepchenko, G. B., Pikula, N. P., Dubova, N. M., Shhukina, T. I., Zharkova, O. S. (2009). Jelektrohimicheskij kontrol' kachestva vod (obzor). Izvestija Tomskogo politehnicheskogo universiteta, 314 (3), 59–70.
Kuz'micheva, V. A. (2005). Jekologicheskij monitoring pri jekspluatacii ob’ektov vodnogo transporta s ispol'zovaniem metodov konduktometrii. Moscow, 144.
Andreev, V. S. (1973). Konduktometricheskie metody v biologii i medicine. Moscow: Medicina, 335.
Grilihes, M. S., Filanovskij, B. K. (1980). Kontaktnaja konduktometrija: teorija i praktika metoda. Leningrad: Himija, 175.
Damaskin, B. B., Petrij, O. A., Cirlina, G. A. (2006). Jelektrohimija. Moscow: Himija, 672.
Latyshenko, K. P. (2006). Principy postroenija i razrabotka amplitudnyh, chastotnyh i impul'snyh konduktometrov dlja kontrolja prirodnoj sredy i tehnologicheskih processov. Moscow, 237.
Shygymaga, V. O. (2014). Biotehnichnyj kompleks impul'snoi' konduktometrii' i elektromanimuljacii' z klitynamy tvaryn. Kharkiv: HNTUSG, 36.
Shygymaga, V. A. (2011). Metod y apparatura ympul'snoj konduktometryy odynochnyyh kletok zhyvotnyyh y zhydkyh sred. Aktual'n. vopr. byofyzyky y hymyy. Sevastopol', 25–26.
Shygymaga, V. A. (2012). Ympul'snyyj konduktometr dlja byologycheskyh kletok y zhydkyh sred. Yzmerytel'naja tehnyka, 11, 45–49.
Wien, M. (1924). Über die Gültigkeit des Ohmschen Gesetzes für Elektrolyte bei sehr hohen Feldstärken. Annalen Der Physik, 378 (3-4), 161–181. doi: 10.1002/andp.19243780302
Shygymaga, V. O. (2001). Aparatura dlja elektrozlyttja ta vyvchennja providnosti klityn. Visnyk Harkivsk. derzh. tehn. un-tu sil's'k. gosp-va. Harkiv, 6, 386–389.
Shigimaga, V. A. (2003). Opredelenie provodimosti jembrional'nyh kletok zhivotnyh. Problemy bioniki. Kharkiv, 59, 60–64.
Shigimaga, V. A. (2014). Impul'snaja konduktometrija v izmenjaemom jelektricheskom pole: perspektivy razvitija izmerenij. Izmeritel'naja tehnika, 10, 65–68.
Shygymaga, V. O. (2015). Perspektyvy rozvytku metodiv i aparatury elektromanipuljacii' u klitynnij biotehnologii'. Nauk.-tehn. bjuleten' IT NAAN, 113, 305–309.
Shigimaga, V. A., Megel', Ju. E. (2012). Primenenie metoda impul'snoj konduktometrii dlja issledovanija jelektricheskih harakteristik biologicheskih kletok. Trudy Instituta jelektrodinamiki NAN Ukrainy, 31, 147–155.
Shigimaga, V. A. (2014). Izmerenija emkosti biologicheskoj kletki impul'snym metodom. Izmeritel'naja tehnika. Moscow: FGUP Standartinform, 2, 69–72.
Kolesnikova, A. O., Shygymaga, V. O. (2006). Impul'sna stymuljacija rozvytku oocytiv ssavciv in vitro. Nauk.-tehn. bjul. IBT UAAN. Lviv, 7 (3-4), 228–232.
Kolesnikova, A. A., Shigimaga, V. A., Smol'janinova, E. I. (2013). Vlijanie stimuljacii sozrevanija na jelektroprovodnost' i oplodotvorjaemost' oocitov myshi. Fundamental'nye issledovanija, 4, 896–899.
Smol'janinova, E. I., Shigimaga, V. A., Striha, O. A., Popivnenko, L. I., Gordienko, E. A. (2014). Jelektricheskaja provodimost' kak diagnosticheskij parametr ocenki kachestva oocitov i jembrionov mlekopitajushhih v biotehnologicheskih operacijah. Biofizika zhivoj kletki, 10, 193–195.
Smolyaninova, E. I., Shigimaga, V. A., Strikha, O. A., Popivnenko, L. I., Lisina, E. G. (2013). Effect of Cryopreservation Stages by Vitrification in Ethylene Glycol and Sucrose Medium on 2-Cell Murine Embryos Electric Conductivity. Problems of Cryobiology and Cryomedicine, 23 (3), 228–239.
Strikha, O. A., Smolyaninova, E. I., Gordienko, E. O., Shigimaga, V. A., Kolesnikova, A. A. (2011). The effect of ovary hormone stimulation on mouse oocyte and early embryo electric conductivity. European biophysics journal with biophysics letters, 40, 240.
Smol'janinova, Je. I., Shygymaga, V. O., Kolesnikova, A. O., Striha, O. A., Popivnenko, L. I., Gordijenko, Je. O. (2015). Vplyv stupenja zrilosti na elektrychnu providnist' oocytiv myshej. Biologija tvaryn, 17 (1), 118–125.
Smol'janinova, E. I., Striha, O. A., Shigimaga, V. A., Lisina, E. G., Popivnenko, L. I. (2012). Vlijanie razlichnyh jetapov kriokonservirovanija metodom vitrifikacii na morfofunkcional'nye i jelektricheskie parametry rannih jembrionov myshi. Problemy kriobiologii i kriomediciny, 22 (3), 275.
Shigimaga, V. A. (2016). Izmerenija jelektroprovodnosti prirodnyh vod biosfery. Jekologicheskie sistemy i pribory. Moscow: Nauchtehlitizdat, 4, 22–28.
Shigimaga, V. A. (2016). Provodimost prirodnykh vod kak parametr ekologicheskogo monitoringa. KAZANTIP-EKO-2016. Innovatsionnye puti resheniya aktualnykh problem bazovykh otrasley, ekologii, energo- i resursosberezheniya. Kharkiv: GP UkrNTTs «Energostal».
Shigimaga, V. A., Kolbina, L. M. (2009). Izmerenie udel'noj jelektroprovodnosti natural'nogo mjoda. Nauk.-tehn. bjul. ІT UAAN, 100, 509–514.
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