A Non-Frozen Living Tissue Bank for Allotransplantation Using Green Tea Polyphenols

Hyon, Suong-Hyu

  • Published : 20041200

Abstract

Generally, mammalian cells and living tissues can be cryopreserved in a frozen state at very low temperatures over a long storage term. The survival rate of cell suspensions is often acceptable however, living tissues suffer a variety of injuries. In this paper, it was demonstrated that the addition of polyphenols extracted from green tea to conventional cell culture medium and tissue compatible liquid, can control cell proliferation and also preserve tissues for several months at ordinary room temperature, including such tissues as blood vessels, cartilage, islet cells and corneas. This protocol allows a non-frozen living tissue bank to be established using the preservation fluid described.

Keywords

References

  1. Cryo-Letters v.14 Intracellular ice formation: Causes and consequences Karlsson, J.O.M.;Cravalho, E.G.;Toner, M.
  2. Biomaterials v.17 Long-term storage of tissues by cryopreservation: Critical issues Karlsson, J.O.M.;Toner, M.
  3. Cryo-Letters v.17 The influence of cooling rate on survival of frozen cells in monolayers and in suspension Armitage, W.J.;Juss, B.K.
  4. Cryobilogy v.21 The significance of culture for successful cryopreservation of isolated pancreatic islats of Langerhans Sandler, S.;Anderson, A.
  5. Cryobiology v.27 The process of freezing and the mechanism of damage during hepatic cryosurgery Rubinsky, B.;Lee, C.Y.;Bastacky, J.;Onik, G.
  6. Biotechnol Bioeng v.43 Development of a bilayered living skin construct for clinical applcations Wilkins, L.M.;Watson, S.R.;Prosky, S.J.;Meunier, S.F.;Parenteau, N.L.
  7. Antiviral Res v.21 Inhibition of the infectivity of influenza virus by tea polyphenols Nakayama, M.;Suzuki, K.;Toda, M.;Okubo, S.;Hara, Y.;Shimamura, T.
  8. J Natl Cancer Inst v.85 Tea and cancer Yang, C.S.;Wang, Z.Y.
  9. Cancer Lett v.42 Inhibition of the skin tumorigenicity of (+/-)-7 beta, 8 alpha-dihydroxy-9 alpha, 10 alpha-epoxy-7,8,9,10tetrahydrobenzo[a]pyrene by tannic acid, green tea polyphenols and quercetin in Sencar mice Khan, W.A.;Wang, Z.Y.;Athar, M.;Bickers, D.R.;Mukhtar, H.
  10. Nature v.398 Angiogenesis inhibited by drinking tea Cao, Y.;Cao, R.
  11. Nature v.389 Inhibition of carcinogenesis by tea Yang, C.S.
  12. Biotechnol Bioprocess Eng v.6 Hibernation of mammalian cells at living body temperature Hyon, S.H.;Kim, D.H.
  13. Hyon, S.H.(et al.)
  14. Cell Biol Toxicol v.19 Protective effects of green tea polyphenol against reactive oxygen species induced oxidative stress in cultured rat calvarial osteoblast Park, Y.H.;Han, D.W.;Suh, H.;Ryu, G.H.;Hyon, S.H.;Cho, B.K.(et al.)
  15. J Biotechnol v.85 Long-term preservation of rat pancreatic islets under physiological conditions Hyon, S.H.;Kim, D.H.
  16. Cell Transplant v.13 Polyphenol, An Extract of Green Tea, Increases Culture Recovery Rates of Isolated Islets from Non-Human Primate Pancreata and Marginal Grade Human Pancreata Zhang, C.;Mastumoto, S.;Hyon, S.H.;Qualley, S.A.;Upshaw, L.;Strong, D.M.(et al.)
  17. Organ Biol v.9 Long term preservation of rat's aorta under the unfrost condition and it's transplantation Hyon, S.H.;Kim, D.H.;Inoue, K.;Tsutsumi, S.
  18. Artificial Organ v.27 Preservation of Human Saphenous Vein against Resctive Oxygen Species-Induced Oxidative Stress by Green Tea Polyphenol Pre-treatment Han, D.W.;Suh, H.;Park, Y.H.;Cho, B.K.;Hyon, S.H.;Park, J.C.
  19. Journal of Japanese Society for Clinical Biomechanics v.22 The effect of polyphenol on preservation of articular cartilage Takeda, S.;Sakaguchi, K.;Oka, M.;Hyon, S.H.;Hayami, H.;Morita, Y.(et al.)
  20. Curr Eye Res Kinoshita, S.;Sano, Y.;Hyon, S.H.
  21. Arch Ophthalmol v.109 Optisol Corneal Storage Medium Kaufman, H.E.;Beuerman, R.W.;Steinemann, T.L.;Thompson, H.W.;Varnell, E.D.
  22. Exp Neurol Successful Storage of Peripheral Nerves using Green Tea Polyphenol: an Experimental Study in Rats Ikeguchi, R.;Kakinoki, R.;Okamoto, T.;Matsumoto, T.;Hyon, S.H.;Nakamura, T
  23. IUP AC Polymer conference on the Mission and Challenges of Polymer Science and Technology Polyphenol interactions with various biopolymers, such as protein and polysaccharides Nakajima, N.;Hyon, S.H.;Sugai, H.;Tsutsumi, S.