1. Bacteria and phenoptosis

   • O. A. Koksharova

   Phenoptosis 15 September 2013 Pages: 963 - 970

2. Arguments against non-programmed aging theories

   • T. C. Goldsmith

   Phenoptosis 15 September 2013 Pages: 971 - 978

3. Perspectives of mitochondrial medicine

   • D. B. Zorov
   • N. K. Isaev
   • V. A. Babenko

   Phenoptosis 15 September 2013 Pages: 979 - 990

4. Fatal “Triad”: Lipotoxicity, oxidative stress, and phenoptosis

   • A. V. Rzheshevsky

   Phenoptosis 15 September 2013 Pages: 991 - 1000

5. Phenoptosis as genetically determined aging influenced by signals from the environment

   • A. V. Khalyavkin

   Phenoptosis 15 September 2013 Pages: 1001 - 1005

6. Effect of mitochondria-targeted antioxidant SkQ1 on programmed cell death induced by viral proteins in tobacco plants

   • A. D. Solovieva
   • O. Yu. Frolova
   • A. A. Zamyatnin Jr.

   Phenoptosis 15 September 2013 Pages: 1006 - 1012

7. Post-reproductive life span and demographic stability

   • J. J. Mitteldorf
   • C. Goodnight

   Phenoptosis 15 September 2013 Pages: 1013 - 1022

8. Evidence for aging theories from the study of a hunter—gatherer people (Ache of Paraguay)

   • G. Libertini

   Phenoptosis 15 September 2013 Pages: 1023 - 1032

9. Age fluctuations in mortality of mice with mutation causing growth retardation

   • A. G. Malygin

   Phenoptosis 15 September 2013 Pages: 1033 - 1042

10. Advanced glycation of cellular proteins as a possible basic component of the “master biological clock”

    • F. F. Severin
    • B. A. Feniouk
    • V. P. Skulachev

    Phenoptosis 15 September 2013 Pages: 1043 - 1047

11. How does the body know how old it is? Introducing the epigenetic clock hypothesis

    • J. J. Mitteldorf

    Phenoptosis 15 September 2013 Pages: 1048 - 1053

12. Telomere biology: Cancer firewall or aging clock?

    • J. J. Mitteldorf

    Phenoptosis 15 September 2013 Pages: 1054 - 1060

13. Studies that shed new light on aging

    • H. L. Katcher

    Phenoptosis 15 September 2013 Pages: 1061 - 1070