Volume 71; Issue 1

Cryobiology

Volume 71; Issue 1
5

Cryoablation induced the change of TGF-β pathway in CWR-22RV prostate cancer cell line

Year:
2015
Language:
english
File:
PDF, 956 KB
english, 2015
15

8. Cryobiology: Past, present and future

Year:
2015
Language:
english
File:
PDF, 49 KB
english, 2015
17

14. Modern cryobiology – What can organic synthesis bring to the table?

Year:
2015
Language:
english
File:
PDF, 40 KB
english, 2015
22

6. Organ & tissue preservation as a transformative platform technology

Year:
2015
Language:
english
File:
PDF, 34 KB
english, 2015
23

9. The grand challenge of true organ banking and the current state of the art

Year:
2015
Language:
english
File:
PDF, 39 KB
english, 2015
24

10. Bio-inspired cryoprotectants and microfluidics for cryopreservation

Year:
2015
Language:
english
File:
PDF, 39 KB
english, 2015
25

11. Nanowarming: A new concept in tissue and organ preservation

Year:
2015
Language:
english
File:
PDF, 38 KB
english, 2015
26

13. Cryobiological thermodynamics: How math can save lives

Year:
2015
Language:
english
File:
PDF, 36 KB
english, 2015
27

15. Control of ice formation in biological samples

Year:
2015
Language:
english
File:
PDF, 36 KB
english, 2015
28

18. Minimizing ischemic injury

Year:
2015
Language:
english
File:
PDF, 36 KB
english, 2015
29

22. Avoiding the problems of ice in tissues via vitrification

Year:
2015
Language:
english
File:
PDF, 49 KB
english, 2015
30

23. Innocuous intracellular ice formation: Ice growth in complex systems

Year:
2015
Language:
english
File:
PDF, 37 KB
english, 2015
31

24. Diffusion limited ice crystallisation + a comment on liquidus tracking

Year:
2015
Language:
english
File:
PDF, 37 KB
english, 2015
33

26. Freezing under pressure: A novel method for cryopreservation

Year:
2015
Language:
english
File:
PDF, 48 KB
english, 2015
35

30. Roles of ice-active agents in organ cryopreservation

Year:
2015
Language:
english
File:
PDF, 50 KB
english, 2015
36

31. Cryoprotectant toxicity: Biochemical mechanisms and functional genomics

Year:
2015
Language:
english
File:
PDF, 38 KB
english, 2015
37

33. Protecting cells and proteins in multiple organ systems

Year:
2015
Language:
english
File:
PDF, 38 KB
english, 2015
38

34. Designing next generation protectants

Year:
2015
Language:
english
File:
PDF, 49 KB
english, 2015
39

35. Membrane models of chilling and cold shock

Year:
2015
Language:
english
File:
PDF, 35 KB
english, 2015
40

36. An engineering perspective on toxicity

Year:
2015
Language:
english
File:
PDF, 35 KB
english, 2015
41

37. Designing innovative procedures for avoiding cryoprotectant toxicity

Year:
2015
Language:
english
File:
PDF, 35 KB
english, 2015
42

38. Exploring the mechanical behavior of cryopreserved materials

Year:
2015
Language:
english
File:
PDF, 35 KB
english, 2015
43

40. Protocols that avoid fracturing in whole organs and solutions

Year:
2015
Language:
english
File:
PDF, 37 KB
english, 2015
44

43. Cell-based modeling of mechanical and chemical stress in tissues during cryoprotocols

Year:
2015
Language:
english
File:
PDF, 39 KB
english, 2015
45

44. Considerations for electromagnetic warming of vitrified biomaterials

Year:
2015
Language:
english
File:
PDF, 39 KB
english, 2015
46

45. Nanowarming: A new concept in tissue and organ preservation

Year:
2015
Language:
english
File:
PDF, 39 KB
english, 2015
48

49. Cytoprotection strategies – I/R injury and opportunities for organ repair

Year:
2015
Language:
english
File:
PDF, 38 KB
english, 2015
49

50. Ex vivo lung perfusion. Initial steps toward organ repair

Year:
2015
Language:
english
File:
PDF, 38 KB
english, 2015
50

53. Bio-inspired cryoprotectants and microfluidics for cryopreservation

Year:
2015
Language:
english
File:
PDF, 36 KB
english, 2015
55

51. Humidified oxygen gas perfusion (persufflation) in organ preservation and cryobanking

Year:
2015
Language:
english
File:
PDF, 50 KB
english, 2015
57

20. The complexity of tissue and organ cryopreservation: A call for interdisciplinary research

Year:
2015
Language:
english
File:
PDF, 38 KB
english, 2015
58

28. Thermodynamics in cryopreservation: Understanding ice formation

Year:
2015
Language:
english
File:
PDF, 35 KB
english, 2015
59

60. Innovative cryoprotectants for tissue and organ preservation

Year:
2015
Language:
english
File:
PDF, 29 KB
english, 2015
60

12. From ice in the veins, through unfrozen fish and frozen frogs to isochoric preservation, ad Astra

Year:
2015
Language:
english
File:
PDF, 52 KB
english, 2015
61

42. Challenges in thermo-mechanical stress modeling

Year:
2015
Language:
english
File:
PDF, 37 KB
english, 2015
64

16. Controlling cryoprotectant toxicity and chilling injury

Year:
2015
Language:
english
File:
PDF, 36 KB
english, 2015
65

17. Preserving structural integrity in cryopreservation

Year:
2015
Language:
english
File:
PDF, 36 KB
english, 2015
68

4. The promises of tissue engineering for organ building and banking

Year:
2015
Language:
english
File:
PDF, 47 KB
english, 2015
71

32. Eliminating toxicity during long-term cryogenic storage of human organs

Year:
2015
Language:
english
File:
PDF, 38 KB
english, 2015
77

27. Biological matter in isochoric systems

Year:
2015
Language:
english
File:
PDF, 35 KB
english, 2015
80

7. Lessons in organ preservation from Nature

Year:
2015
Language:
english
File:
PDF, 34 KB
english, 2015
81

19. Augment, revival and repair

Year:
2015
Language:
english
File:
PDF, 49 KB
english, 2015
82

Cover 2 Editorial Board

Year:
2015
Language:
english
File:
PDF, 21 KB
english, 2015
83

Backmatter i: Society for Cryobiology

Year:
2015
Language:
english
File:
PDF, 22 KB
english, 2015
84

5. Transplantation tolerance

Year:
2015
Language:
english
File:
PDF, 34 KB
english, 2015
85

53. Pre-conditioning, epigenetics and other strategies

Year:
2015
Language:
english
File:
PDF, 36 KB
english, 2015
86

48. Understanding the molecular-based cell death continuum impact on biopreservation outcome

Year:
2015
Language:
english
File:
PDF, 38 KB
english, 2015