1. CIRCULATORY SYSTEM

2. O2 CO2 3. (Circulatory System) 4. 1. O2 CO2 2. 3. 4. 5. 5. Antigens: (Circulatory System) 6. dies: (Circulatory System) 7. (Circulatory System) ABO ** (Antigen) A(Antigen-A) - (Antigen-B) ** A - (Antigen-A) - (Antibody-B) ** B - (Antigen-B) - (Antibody-A) 8. (Circulatory System) ABO O - (Antigen-A) - (Antigen-B) - (Antibody-A) - (Antibody-B) AB - (Antigen-A) - (Antigen-B) -(Antibody-A) - (Antibody-B) 9. (Circulatory System) Hemoglobin () 1. (Heme) HB 100 ml 16 g % HB 100 ml 15 g % HB 1 1.34 mm 10. (Circulatory System) 1. Oxyhemogkobin = HBO2 O2 ( Hb ) ( 97 % ) ( Oxyhemoglobin : HbO2 ) - 100 mmHg 10-30 mmHg ( Heme ) Hb 1 O2 1.34 Hb 1 4 1 O2 1 Hb 1 O2 4 11. (Circulatory System) 2. Deoxyhemoglobin or Reduced hemoglobin = HBR carbon dioxide 12. (Circulatory System) 3. Methemoglobin hemoglobin 3+ 2+ 3. Carboxyhemoglobin = HBCO HBO2 200-250 carbon monoxide () carbon monoxide 13. (Circulatory System) ( Carbondioxide transport ) CO2 3 1. ( 7% ) 2. ( 23 4. Carbaminohemoglobin = HBCO2 = hemoglobin Carbondioxide - CO2 50-80 mmHg 40 mmHg 14. (Circulatory System) CO2 + HbNH2 HbNHCOOH ( carbaminohemoglobin ) 7 % ( 23 % ) ( Carbamiinohemoglobib ) 15. (Circulatory System) 16. 55 % 45 % 91 % CO2 (Red blood cell ) (White blood cell ) (Platelet) (Circulatory System) 17. 110 - 120 O2 CO2 1 mm3 5 http://www.med.cmu.ac.th/dept/vascular/ (Circulatory System) + O2 (Oxyhemoglobin) (Red blood cell) 18. 7 - 14 1 mm3 4,000- 10,000 : http://www.med.cmu.ac.th/dept/vascular (Circulatory System) (White blood cell ) 19. 4 4 (Platelet) (Circulatory System) 20. (blood clotting) (blood clotting) + ( K ) () (Circulatory System) 21. : . 2 : 88 (Circulatory System) 22. : . 2 : 88 (Circulatory System) O O O O A O A O B O B O AB A B A A A O A B O A B AB A AB A B AB B B B O B AB A B AB AB AB A B AB ABO 23. : . 2 : 88 (Circulatory System) O 38 % B 34 % A 21 % AB 7 % 24. (Circulatory System) 25. (Circulatory System) 26. (Circulatory System) 1. 2. 3. 4. 5. 27. (Circulatory System) rh rh+ rh- Rh Rhesus ( 100) rh+ 1 500 rh- rh+ ( d) d rh- d d d 28. (Circulatory System) Rh negative Rh positive Rh negative ( Rh positive ) Rh negative Rh positive Rh positive 29. (Circulatory System) Rh+ Rh Rh+ 9 Rh Rh+ Rh+ Rh 30. (Circulatory System) 2 ABO Rh A Rh+, A Rh-, B Rh+, B Rh-, AB Rh+, AB Rh-, O Rh+, O Rh- Rh A Rh- A- Rh+ Rh+ Rh- Rh- Rh+ Rh- Rh+ Rh+ Rh - Rh- Rh - 31. (Circulatory System) 32. 33. O2 34. 2 35. OPEN CIRCULARTERY SYSTEM ( Haemocel ) ( Sinus ) 36. 37. OPEN CIRCULARTERY SYSTEM 38. ( Sinus ) 39. 40. CLOSE CIRCULARTERY SYSTEM 41. 42. O2 43. 44. (artery ) ( vein ) 45. 46. 2 47. 3 2 1 2 2 48. 49. 3 50. 4 51. 52. 53. ( HEART VALVE ) 54. ( HEART VALVE ) 55. 56. superior vena cava Inferior vena cava 57. Pumonary semilunar vlave Pumonary artery CO2 O2 Pumonary vein Bicuspid valve O2 58. ( excitation ) 59. ( excitation ) SA node - 60. ( excitation ) sinoatrial node ( SA node ) 61. ( excitation ) AV node ( antrioventricular node ) 0.1 62. ( excitation ) AV node 2 63. 64. 65. ( systole ) ( Diastole ) ( cardiac cycle ) Cardiac output arteriole 66. 3 67. 1 Artery Arota Artery Arteriole 2. Vein Vena cava Vein Venules 68. 69. 70. 71. 72. Ca+ 73. 74. k Ca + 75. www.skr.ac.th 202.28.94.202/phunee/BLOOD /BLOOD.PPT www.sc.chula.ac.th www.bio.flas.kps.ku.ac.th www.triamudomsouth.ac.th