Page 116 - 79_04
P. 116

Alexia	
  Gómez	
  &	
  col.	
  

	
  

     39.	
  	
  	
  	
  López-­-Torres,	
  M.;	
  Barja,	
  G.	
  Lowered	
  methionine	
  ingestion	
  as	
  responsible	
  for	
  the	
  decrease	
  
          in	
   rodent	
   mitochondrial	
   oxidative	
   stress	
   in	
   protein	
   and	
   dietary	
   restriction.	
   Possible	
  
          implications	
  for	
  humans.	
  	
  Biochim	
  Biophys	
  Acta	
  2008;	
  1780,	
  1337-­-1347	
  

     40.	
   	
   	
   	
   Pamplona,	
   R.;	
   Barja,	
   G.	
   Highly	
   resistant	
   macromolecular	
   components	
   and	
   low	
   rate	
   of	
  
          generation	
   of	
   endogenous	
   damage:	
   two	
   key	
   traits	
   of	
   longevity.	
   Ageing	
   Res	
   Rev	
   2007;	
   6,	
  
          189–210	
  

     41.	
   	
   	
   	
   	
   Pamplona,	
   R.;	
   Portero-­-Otín,	
   M.;	
   Requena,	
   J.R.;	
   Thorpe,	
   S.R.;	
   Herrero,	
   A.;	
   Barja,	
   G.	
   A	
   low	
  
          degree	
   of	
   fatty	
   acid	
   unsaturation	
   leads	
   to	
   lower	
   lipid	
   peroxidation	
   and	
   lipoxidation-­-
          derived	
   protein	
   modification	
   in	
   heart	
   mitochondria	
   of	
   the	
   longevous	
   pigeon	
   than	
   in	
   the	
  
          short-­-lived	
  rat.	
  Mech	
  Ageing	
  Dev	
  1999;	
  106,	
  283-­-296	
  

     42.	
   	
   	
   	
   Buttemer,	
   W.A.;	
   Battam,	
   H.;	
   Hulbert,	
   A.J.	
   Fowl	
   play	
   and	
   the	
   price	
   of	
   petrel:	
   long-­-living	
  
          Procellariformes	
   have	
   peroxidation-­-resistant	
   membrane	
   composition	
   compared	
   with	
  
          short-­-living	
  Galliformes.	
  Biol	
  Lett	
  2008;	
  4,	
  351-­-354	
  

     43.	
   	
   	
   	
   Mitchell,	
   T.W.;	
   Buffenstein,	
   R.;	
   Hulbert,	
   A.J.	
   Membrane	
   phospholipid	
   composition	
   may	
  
          contribute	
   to	
   exceptional	
   longevity	
   of	
   the	
   naked	
   mole-­-rat	
   (Heterocephalus	
   glaber):	
   A	
  
          comparative	
  study	
  using	
  shotgun	
  lipidomics.	
  Exp	
  Gerontol	
  2007;	
  42,	
  1053-­-1062	
  

     44.	
  	
  	
  	
  Hulbert,	
  A.J.;	
  Beard,	
  L.A.;	
  Grigg,	
  G.C.	
  The	
  exceptional	
  longevity	
  of	
  an	
  egg-­-laying	
  mammal,	
  
          the	
   short-­-beaked	
   echidna	
   (Tachyglossus	
   aculeatus)	
   is	
   associated	
   with	
   peroxidation-­-
          resistant	
  membrane	
  composition.	
  Exp	
  Gerontol	
  2008;	
  43,	
  729-­-733	
  

     45.	
  	
  	
  	
  Haddad,	
  L.S.;	
  Kelbert,	
  L.;	
  Hulbert,	
  A.J.	
  Extended	
  longevity	
  of	
  queen	
  honey	
  bees	
  compared	
  
          to	
  workers	
  is	
  associated	
  with	
  peroxidation-­-resistamt	
  membranes.	
  Exp	
  Gerontol	
  2007;	
  42,	
  
          601-­-609	
  

     46.	
   	
   	
   	
   Hulbert,	
   A.J.;	
   Faulks,	
   S.C.;	
   Harper,	
   J.M.;	
   Miller,	
   R.A.;	
   Buffenstein,	
   R.	
   Extended	
   longevity	
   of	
  
          wild-­-derived	
  mice	
  is	
  associated	
  with	
  peroxidation-­-resistant	
  membranes.	
  Mech	
  Ageing	
  Dev	
  
          2006;	
  127,	
  653-­-657	
  

     47.	
  	
  	
  	
  Buffenstein,	
  R.	
  The	
  naked	
  mole-­-rat:	
  a	
  new	
  long-­-living	
  model	
  for	
  human	
  aging	
  research?	
  J	
  
          Gerontol	
  	
  2005;	
  60,	
  1369–1377	
  

     48.	
   	
   	
   	
   Choi,	
   J.H.;	
   Kim,	
   J.I.;	
   Kim,	
   D.W.;	
   Moon,	
   Y.S.;	
   Chung,	
   H.Y.;	
   Yu,	
   B.P.	
   Analysis	
   of	
   lipid	
  
          composition	
   and	
   hydroxyl	
   radicals	
   in	
   brain	
   membranes	
   of	
   senescence-­-accelerated	
   mice.	
  
          Age	
  1996;	
  19,	
  1–5	
  

     49.	
   	
   	
   	
   Park,	
   J.W.;	
   Choi,	
   C.H.;	
   Kim,	
   M.S.;	
   Chung,	
   M.H.	
   Oxidative	
   status	
   in	
   senescence-­-accelerated	
  
          mice.	
  J	
  Gerontol	
  1996;	
  51,	
  B337–B345	
  

     50.	
   	
   	
   	
   Matsugo,	
   S.;	
   Kitagawa,	
   T.;	
   Minami,	
   S.;	
   Esashi,	
   Y.;	
   Oomura,	
   Y.;	
   Tokumaru,	
   S.;	
   Kojo,	
   S.;	
  
          Matsushima,	
   K.;	
   Sasaki,	
   K.	
   Age-­-dependent	
   changes	
   in	
   lipid	
   peroxide	
   levels	
   in	
   peripheral	
  
          organs,	
   but	
   not	
   in	
   brain,	
   in	
   senescence-­-accelerated	
   mice.	
   Neurosci	
   Lett	
   2000;	
   278,	
   105–
          108	
  

     51.	
   	
   	
   	
   Spiteller,	
   G.	
   Is	
   lipid	
   peroxidation	
   of	
   polyunsaturated	
   fatty	
   acids	
   the	
   only	
   source	
   of	
   free	
  
          radicals	
  that	
  induce	
  aging	
  and	
  age-­-related	
  diseases?	
  Rejuv	
  Res	
  2010;	
  13,	
  91-­-103	
  

     52.	
  	
  Herrero,	
  A.;	
  Portero-­-Otín,	
  M.;	
  Bellmunt,	
  M.J.;	
  Pamplona,	
  R.;	
  Barja,	
  G.	
  Effect	
  of	
  the	
  degree	
  of	
  
          fatty	
   acid	
   unsaturation	
   of	
   rat	
   heart	
   mitochondria	
   on	
   their	
   rates	
   of	
   H2O2	
   production	
   and	
  
          lipid	
  and	
  protein	
  oxidative	
  damage.	
  Mech	
  Ageing	
  Dev	
  2001;	
  122,	
  427-­-443	
  

     53.	
   	
   	
   	
   Guillou,	
   H.;	
   Zadravec,	
   D.;	
   Martin,	
   P.G.;	
   Jacobsson,	
   A.	
   The	
   key	
   roles	
   of	
   elongases	
   and	
  
          desaturases	
   in	
   mammalian	
   fatty	
   acid	
   metabolism:	
   Insights	
   from	
   transgenic	
   mice.	
   Prog	
  
          Lipid	
  Res	
  2010;	
  49,	
  186-­-99	
  	
  

     54.	
   	
   	
   	
   Nakamura,	
   M.T.;	
   Nara,	
   T.Y.	
   Structure,	
   function,	
   and	
   dietary	
   regulation	
   of	
   delta6,	
   delta5,	
  
          and	
  delta9	
  desaturases.	
  Annu	
  Rev	
  Nutr	
  2004;	
  24,	
  345-­-76	
  

     55.	
  	
  	
  	
  Hulbert,	
  A.J.;	
  Rana,	
  T.;	
  Couture,	
  P.	
  The	
  acyl	
  composition	
  of	
  mammalian	
  phospholipids:	
  an	
  
          allometric	
  analysis.	
  Comput	
  Biochem	
  Physiol	
  B	
  Biochem	
  Mol	
  Biol	
  2002;	
  132,	
  515–527	
  

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