Page 104 - 80_02
P. 104

Papel	
  del	
  tejido	
  adiposo	
  blanco,	
  marrón	
  y	
  perivascular…	
  

	
  

     18. Gastaldelli	
   A,	
   Miyazaki	
   Y,	
   Pettiti	
   M,	
   Matsuda	
   M,	
   Mahankali	
   S,	
   Santini	
   E,	
   et	
   al.	
   Metabolic	
  
          effects	
   of	
   visceral	
   fat	
   accumulation	
   in	
   type	
   2	
   diabetes.	
   J	
   Clin	
   Endocrinol	
   Metab.	
   2002;	
  
          87(11):5098-­-103.	
  

     19. Marin	
   P,	
   Andersson	
   B,	
   Ottosson	
   M,	
   Olbe	
   L,	
   Chowdhury	
   B,	
   Kvist	
   H,	
   et	
   al.	
   The	
   morphology	
  
          and	
  metabolism	
  of	
  intraabdominal	
  adipose	
  tissue	
  in	
  men.	
  Metabolism.1992;	
  41(11):1242-­-
          1248.	
  

     20. Montague	
  CT,	
  Prins	
  JB,	
  Sanders	
  L,	
  Digby	
  JE,	
  O'Rahilly	
  S.	
  Depot-­-	
  and	
  sex-­-specific	
  differences	
  
          in	
  human	
  leptin	
  mRNA	
  expression:	
  implications	
  for	
  the	
  control	
  of	
  regional	
  fat	
  distribution.	
  
          Diabetes	
  1997;	
  46(3):342-­-347.	
  

     21. Wajchenberg	
  BL.	
  Subcutaneous	
  and	
  visceral	
  adipose	
  tissue:	
  their	
  relation	
  to	
  the	
  metabolic	
  
          syndrome.	
  Endocr	
  Rev	
  2000;	
  21(6):697-­-738.	
  

     22. Bjorntorp	
   P.	
   Metabolic	
   implications	
   of	
   body	
   fat	
   distribution.	
   Diabetes	
   Care	
   1991;14	
  
          (12):1132-­-1143.	
  

     23. Hellmer	
   J,	
   Marcus	
   C,	
   Sonnenfeld	
   T,	
   Arner	
   P.	
   Mechanisms	
   for	
   differences	
   in	
   lipolysis	
  
          between	
   human	
   subcutaneous	
   and	
   omental	
   fat	
   cells.	
   J	
   Clin	
   Endocrinol	
   Metab.	
   1992;	
  
          75(1):15-­-20.	
  

     24. Fain	
   JN,	
   Madan	
   AK,	
   Hiler	
   ML,	
   Cheema	
   P,	
   Bahouth	
   SW.	
   Comparison	
   of	
   the	
   release	
   of	
  
          adipokines	
   by	
   adipose	
   tissue,	
   adipose	
   tissue	
   matrix,	
   and	
   adipocytes	
   from	
   visceral	
   and	
  
          subcutaneous	
   abdominal	
   adipose	
   tissues	
   of	
   obese	
   humans.	
   Endocrinology	
   2004;	
  
          145(5):2273-­-2282.	
  

     25. Snijder	
  MB,	
  Dekker	
  JM,	
  Visser	
  M,	
  Bouter	
  LM,	
  Stehouwer	
  CD,	
  Kostense	
  PJ	
  et	
  al.	
  Associations	
  
          of	
  hip	
  and	
  thigh	
  circumferences	
  independent	
  of	
  waist	
  circumference	
  with	
  the	
  incidence	
  of	
  
          type	
  2	
  diabetes:	
  the	
  Hoorn	
  Study.	
  Am	
  J	
  Clin	
  Nutr	
  2003;	
  77(5):1192-­-1197.	
  

     26. Fox	
   CS,	
   Massaro	
   JM,	
   Hoffmann	
   U,	
   Pou	
   KM,	
   Maurovich-­-Horvat	
   P,	
   Liu	
   CY	
   et	
   al.	
   Abdominal	
  
          visceral	
   and	
   subcutaneous	
   adipose	
   tissue	
   compartments:	
   association	
   with	
   metabolic	
   risk	
  
          factors	
  in	
  the	
  Framingham	
  Heart	
  Study.	
  Circulation	
  2007;	
  116(1):39-­-48.	
  

     27. Arner	
  P,	
  Eckel	
  RH.	
  Adipose	
  tissue	
  as	
  storage	
  organ.	
  En:	
  George	
  A.	
  Bray,	
  Claude	
  Bouchard,	
  
          WPT.	
  James,	
  editors.	
  Handbook	
  of	
  Obesity.	
  1998:379-­-395.	
  

     28. Wang	
   H,	
   Eckel	
   RH.	
   Lipoprotein	
   lipase:	
   from	
   gene	
   to	
   obesity.	
   Am	
   J	
   Physiol	
   Endocrinol	
  
          Metab.	
  2009;	
  297(2):E271-­-88.	
  	
  

     29. Bessesen	
  DH,	
  Robertson	
  AD,	
  Eckel	
  RH.	
  Weight	
  reduction	
  increases	
  adipose	
  but	
  decreases	
  
          cardiac	
  LPL	
  in	
  reduced-­-obese	
  Zucker	
  rats.	
  Am	
  J	
  Physiol	
  Endocrinol	
  Metab.	
  1991;	
  261(2	
  Pt	
  
          1):	
  E246–E251.	
  

     30. Eckel	
   RH,	
   Yost	
   TJ.	
   Weight	
   reduction	
   increases	
   adipose	
   tissue	
   lipoprotein	
   lipase	
  
          responsiveness	
  in	
  obese	
  women.	
  J	
  Clin	
  Invest.1987;	
  80(4):992–997.	
  

     31. Pollare	
   T,	
   Vessby	
   B,	
   Lithell	
   H.	
   Lipoprotein	
   lipase	
   activity	
   in	
   skeletal	
   muscle	
   is	
   related	
   to	
  
          insulin	
  sensitivity.	
  Arterioscler	
  Thromb	
  1991;	
  11(5):1192–1203.	
  

     32. Sadur	
  CN,	
  Yost	
  TJ,	
  Eckel	
  RH.	
  Insulin	
  responsiveness	
  of	
  adipose	
  tissue	
  lipoprotein	
  lipase	
  is	
  
          delayed	
  but	
  preserved	
  in	
  obesity.	
  J	
  Clin	
  Endocrinol	
  Metab	
  1984;	
  59(6):1176–1182.	
  	
  

     33. Hartman	
   AD.	
   Lipoprotein	
   lipase	
   activities	
   in	
   adipose	
   tissues	
   and	
   muscle	
   in	
   the	
   obese	
  
          Zucker	
  rat.	
  Am	
  J	
  Physiol	
  Endocrinol	
  Metab	
  1981;	
  241(2):E108–E115.	
  

     34. Terrettaz	
   J,	
   Cusin	
   I,	
   Etienne	
   J,	
   Jeanrenaud	
   B.	
   In	
   vivo	
   regulation	
   of	
   adipose	
   tissue	
  
          lipoprotein	
   lipase	
   in	
   normal	
   rats	
   made	
   hyperinsulinemic	
   and	
   in	
   hyperinsulinemic	
  
          genetically-­-obese	
  (fa/fa)	
  rats.	
  Int	
  J	
  Obes	
  Relat	
  Metab	
  Disord	
  1994;	
  18(1):	
  9–15.	
  	
  

     35. Schwartz	
  RS,	
  Brunzell	
  JD.	
  Increase	
  of	
  adipose	
  tissue	
  lipoprotein	
  lipase	
  activity	
  with	
  weight	
  
          loss.	
  J	
  Clin	
  Invest	
  1981;	
  67(5):1425–1430.	
  	
  

     36. Llorente-­-Cebrián	
  S,	
  Kulyté	
  A,	
  Hedén	
  P,	
  Näslund	
  E,	
  Arner	
  P,	
  Rydén	
  M.	
  Relationship	
  between	
  
          site-­-specific	
   HSL	
   phosphorylation	
   and	
   adipocyte	
   lipolysis	
   in	
   obese	
   women.	
   Obes	
   Facts.	
  
          2011;	
  4(5):365-­-71.	
  	
  

     37. Langin	
  D,	
  Dicker	
  A,	
  Tavernier	
  G,	
  Hoffstedt	
  J,	
  Mairal	
  A,	
  Rydén	
  M,	
  Arner	
  E,	
  Sicard	
  A,	
  Jenkins	
  
          CM,	
  Viguerie	
  N,	
  van	
  Harmelen	
  V,	
  Gross	
  RW,	
  Holm	
  C,	
  Arner	
  P.	
  Adipocyte	
  lipases	
  and	
  defect	
  
          of	
  lipolysis	
  in	
  human	
  obesity.	
  Diabetes.	
  2005;	
  54(11):3190-­-7.	
  

     38. Arner	
   P.	
   Hunting	
   for	
   human	
   obesity	
   genes?	
   Look	
   in	
   the	
   adipose	
   tissue!	
   Int	
   J	
   Obes	
   Relat	
  
          Metab	
  Disord.	
  2000;	
  24	
  Suppl	
  4:S57-­-62.	
  

     39. Valet	
  P,	
  Grujic	
  D,	
  Wade	
  J,	
  Ito	
  M,	
  Zingaretti	
  MC,	
  Soloveva	
  V	
  et	
  al.	
  Expression	
  of	
  human	
  alpha	
  
          2-­-adrenergic	
   receptors	
   in	
   adipose	
   tissue	
   of	
   beta	
   3-­-adrenergic	
   receptor-­-deficient	
   mice	
  
          promotes	
  diet-­-induced	
  obesity.	
  J	
  Biol	
  Chem.	
  2000;	
  275(44):34797-­-802.	
  	
  

                                                                                                                            	
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