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Общее количество найденных документов : 527
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1.
A comparative study of antioxidant protection in cryopreserved unicellular algae Euglena gracilis and Haematococcus pluvialis // Cryo-Lett., 2003. Vol. 24, N 4.-С.213-228

2.
A numerical study of cell behaviour in a ternary solution during the freezing process // Cryo-Lett., 2003. Vol. 24, N 3.-С.161-170

3.
A numerical study of cell behaviour in a ternary solution during the freezing process // Cryo-Lett., 2003. Vol. 24, N 3.-С.161-170

4.
A study of structural and functional state modification of certain proteins when exposed to low temperatures // Cryo-Lett., 1999. Vol. 20, N 5.-С.283-286

5.
A study of structural and functional state modification of certain proteins when exposed to low temperatures // Cryo-Lett., 1999. Vol. 20, N 5.-С.283-286

6.
A study of the separate effects of influence factors and their coupled interactions on cryoinjury of human erythrocytes // Cryobiology, 1989. Vol. 26, N 4.-С.355-368

7.
Adjuvant approaches to enhance cryosurgery // Trans. ASME. J. Biomech. Eng., 2009. Vol. 131, N 7.-С.074003/1-074003/11

8.
Akimura Transit time of horseradish peroxidase across the rat cerebral endothelium after mild cold-lesion injury // Yamagushi Igacu, 1993. Vol. 42, N 2.-С.133-139

9.
Allenspach Allan L. Ice crystal patterns in artificial gels of extracellular matrix macromolecules after quick-freezing and freezesubstitution // Cryobiology, 1989. Vol. 26, N 2.-С.170-179

10.
Arnaud F.G. Cryopreservation of human platelets with 0.5 molar glycerol: 6 months storage at -80'ГРАДУС' С // CRYO-Lett., 1989. Vol. 10, N 1.-С.39-42

11.
Bakaltcheva I. Shape stabilizing agents protect erytrocytes against freeze-thaw damage // Cryo-Lett., 1997. Vol. 18, N 3.-С.165-178

12.
Benson Erica A. A free radical view of cryopreservation // In Vitro Cell. and Dev. Biol. Anim., 2003. Vol. 39, прил. abstract.-С.6

13.
Berger W.K. Freeze-induced shrinkage of individual cells and cell-to-cell propagation of intracellular ice in cell chains from salivary glands // Experientia, 1996. Vol. 52, N 9.-С.843-850

14.
Berger W.K. Ice can penetrate invertebrate tissues via paracellular pathways // Cryo-Lett., 2004. Vol. 25, N 2.-С.139-146

15.
Berger W.K. Ice can penetrate invertebrate tissues via paracellular pathways // Cryo-Lett., 2004. Vol. 25, N 2.-С.139-146

16.
Berger W.K. On the mechanism of the freeze-induced conduction block of action potentials in rat cardiac muscle // Cryo-Lett., 1990. Vol. 11, N 1.-С.35-48

17.
Biochemical alterations and tissue viability in AT-1 prostate tumor tissue after in vitro cryodestruction // Cryo-Lett., 1997. Vol. 18, N 4.-С.241-250

18.
Biochemical alterations and tissue viability in AT-1 prostate tumor tissue after in vitro cryodestruction // Cryo-Lett., 1997. Vol. 18, N 4.-С.241-250

19.
Biochemical alterations and tissue viability in AT-1 prostate tumor tissue after in vitro cryodestruction // Cryo-Lett., 1997. Vol. 18, N 4.-С.241-250

20.
Bischof John C. Quantitative measurement and prediction of biophysical response during freezing in tissues // Annu. Rev. Biomed. Eng.. -Palo Alto (calif.), 2000, Vol. 2.-С.257-288

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