06. Perspective of development of cell techniques in veterinary medicine

https://doi.org/10.31073/agrovisnyk201704-06
Mazurkevych A. J., Maliuk M. O., Danilov V. B., Kovpak V. V., Harkevych Ju. O.
Pages: 34-40.

Full article: 
Abstract
The purpose. To implement scientifically justified system of use of founder cells in veterinary cell regenerative medicine in view of world experience and reachings of domestic biology and veterinary medicine. Methods. Analytical, experimental, laboratory, clinical, comparative, statistical. Results. Main ways of wide implementation of methods of cell therapy in clinical veterinary medicine are offered. Conclusions. With the purpose to speed-up rates of development of domestic veterinary cell regenerative medicine it is necessary to concentrate forces of scientific, educational and practical sphere of range to implementation of methods of cell regenerative medicine into clinical practice through deepening scientific studies and spread of knowledge among specialists of veterinary medicine. To secure necessities of veterinary clinics in quality and safety products of cell techniques it is offered to develop a package of normative deeds (orders, instructions, rules, etc.). The offered system of use of donor founder cells in veterinary medicine allows reducing the price considerably of the method of regenerative medicine and to make it more accessible.

Key words: veterinary medicine, transplantation, founder cells, development of cell-like techniques.

References
  1. Miki T., Strom S.C. Amnion—derived pluripotent/ multipolent stem cells//Stem Cell Rev.— 2006.— Vol. 2.— P. 133—142.
  2. Fortier LA. Stem cells: classifications, controversies, and clinical applications. Vet Surg 2005; 34(5): 415-423.
  3. Hillebrands J.L. Origin of vascular smooth muscle cells and the role of circulating stem cells in transplant arteriosclerosis/J.L. Hillebrands, F.A.Klatter, J. Rozing//Arterioscler. Thromb. Vasc. Biol.-2003.- V.23.- №3.-P.380-387.
  4. Dzhohatah Capfaty. Ctbolobble kletky y Khyra Bbltyia/ TJ 15(3):19-26, 2001.
  5. Bytehko G.M. Ctobbypobi klityhy i npoblema bidhoblehhia nepyfepychhyx hepbib/ Bytehko G.M., Chajkobcbkyj Ju.B.//Zdopobe dobrolittia — 2013.- №5 (101). C.56 — 59.
  6. Preston S. L. The new stem cells biology: something for every-one/S. L. Preston, M. R. S. J. Alison Forbes et. al.//Mol. Patol. — 2003. — Vol. 56. — P. 86 — 96.
  7. Ctbolobble kletky - chto eto takoe/ www.bibliotekar.ru/index.files/5stvolovye.htm.
  8. Petpehko A. Ju. Ctbolobble kpobetbophble kletky yz pazhblx yctochhykob./A. Ju. Petpehko, B. Y. Gpyschehko//Mezhdyhap. med. zhyph. — 2003. — T. 1. — C. 123 — 129.
  9. Bykopyctahhia mezehximalbhyx ctobbypobyx klityh tbapyhhoro noxodzhehhia dlia kopektsii penapatybhyx npotsecib b oprahizmi tbapyh-petsyniiehtib. - Metodychhi pekomehdatsii.//Mazypkebych A.J., Dahilob B.B., Maliuk M.O., Kobnak B.B., Xapkebych Ju.O., Zhypba B. I., Bobocb O.L., Zoltah H.I. - K. 2012. — 42 c.
  10. Mazypkebych A.J. Ctobbypobi klityhy y betepyhaphij medytsyhi. Tom nepshyj. Ekcnepymehtalbhi doclidzhehhia z otpymahhia, zbepirahhia i zactocybahhia mezehximalbhyx ctobbypobyx klityh/A.J. Mazypkebych, M.O. Maliuk, B.B. Kobnak, Ju.O. Xapkebych, B.I. Zhypba. — K.: TOB TsP «Komnpyht», 2013—266 c.
  11. A.J.Mazypkebych, B.B.Kobnak, Ju.O.Xapkebych: Mopfolorichhi zmihy y nidshlyhkobij zalozi za alokcahoboro tsykpoboro diabety y schypib// Haykobyj bichyk HYBiP Ykpaihy. Cepiia «Betep. medytsyha, iakictb i bezneka npodyktsii tbapyhhytstba» — 2015. - №227. — c.155-159.
  12. Mazurkevych A., Malyuk M., Bezdieniezhnykh N., Starodub L., Kharkevych Y., Brusko E., Gryzińska M., Jakubczak A. Immunophenotypic characterisation and cytogenetic analysis of mesenchymal stem cells from equine bone marrow and foal umbilical cords during in vitro culture//J.of Veter. Research/form. Bull. of the Vet. Institute in Pulawy. - Vol. 60, Iss.3 (Sep 2016).- P. 339 — 347.
  13. Kladhytsbka L.B., Kobnak B.B.: Zhyttiezdathictb ta npolifepatybha aktybhictb mezehximalbhyx ctobbypobyx klityh lihijhyx myshej c 57bl/6 zalezhho bid ymob bydilehhia nepbyhhoro matepialy/Hayk.bichyk HYBiP Ykpaihy: Cepiia «Betepyhapha medytsyha» — K., 2013. — Byn. № 188 , Ch.3. — C. 578-585.
  14. Pittenger M.F. Multilineage potential of adult human stem cells/Pittenger M.F., Mackay A.M., S.C Beck et al. Science. — 1999. — Vol. 284. — P. 143 — 147.
  15. Klityhhi texholorii y betepyhaphij medytsyhi. Habchalbhyj nocibhyk//Mazypkebych A.J., Kobnaka B.B., Dahilob B.B., Maliuk M.O., Xapkebych Ju.O.- Kyib 2014. — 131 c.