• 00:00 1.
    Introduction
  • 01:22 2.
    Figure 23.0_1
  • 02:03 3.
    Figure 23.0_2
  • 04:13 4.
    Slide 5
  • 04:18 5.
    23.1 Circulatory systems facilitate exchange with all body tissues
  • 06:54 6.
    Figure 23.1a
  • 07:21 7.
    23.1 Circulatory systems facilitate exchange with all body tissues
  • 08:50 8.
    Figure 23.1b
  • 09:37 9.
    23.1 Circulatory systems facilitate exchange with all body tissues
  • 09:38 10.
    23.2 EVOLUTION CONNECTION: Vertebrate cardiovascular systems reflect evolution
  • 10:28 11.
    23.1 Circulatory systems facilitate exchange with all body tissues
  • 10:29 12.
    Figure 23.1b
  • 11:19 13.
    23.1 Circulatory systems facilitate exchange with all body tissues
  • 11:19 14.
    23.2 EVOLUTION CONNECTION: Vertebrate cardiovascular systems reflect evolution
  • 11:37 15.
    23.1 Circulatory systems facilitate exchange with all body tissues
  • 11:38 16.
    Figure 23.1b
  • 11:38 17.
    23.1 Circulatory systems facilitate exchange with all body tissues
  • 11:38 18.
    Figure 23.1b
  • 11:41 19.
    23.1 Circulatory systems facilitate exchange with all body tissues
  • 11:42 20.
    23.2 EVOLUTION CONNECTION: Vertebrate cardiovascular systems reflect evolution
  • 13:22 21.
    Figure 23.2a
  • 13:24 22.
    Figure 23.2b
  • 13:24 23.
    Figure 23.2a
  • 14:02 24.
    Figure 23.2b
  • 15:54 25.
    Figure 23.2c
  • 17:24 26.
    Slide 15
  • 17:35 27.
    23.2 EVOLUTION CONNECTION: Vertebrate cardiovascular systems reflect evolution
  • 17:36 28.
    Slide 17
  • 17:42 29.
    23.3 VISUALIZING THE CONCEPT: The human cardiovascular system illustrates the double circulation of mammals
  • 18:43 30.
    Figure 23.3_1
  • 18:50 31.
    Figure 23.3_2
  • 19:40 32.
    23.3 VISUALIZING THE CONCEPT: The human cardiovascular system illustrates the double circulation of mammals
  • 19:44 33.
    Animation: Path of Blood Flow in Mammals
  • 20:27 34.
    缺 systole 23.4 The heart contracts and relaxes rhythmically
  • 21:28 35.
    補充 systole
  • 43:02 36.
    23.6 SCIENTIFIC THINKING: How should heart disease be treated?
  • 45:09 37.
    23.6 SCIENTIFIC THINKING: How should heart disease be treated?
  • 46:39 38.
    Figure 23.6a
  • 47:56 39.
    Figure 23.6b
  • 48:47 40.
    Figure 23.6b_1
  • 48:49 41.
    Figure 23.6b_2
  • 48:49 42.
    Figure 23.6c
  • 49:50 43.
    Slide 43
  • 49:53 44.
    23.7 The structure of blood vessels fits their functions
  • 52:12 45.
    Slide 43
  • 52:13 46.
    Figure 23.6c
  • 52:14 47.
    Slide 43
  • 52:15 48.
    23.7 The structure of blood vessels fits their functions
  • 52:18 49.
    Figure 23.7a
  • 53:22 50.
    Figure 23.7b
  • 53:23 51.
  • 54:03 52.
    23.8 Blood pressure and velocity reflect the structure and arrangement of blood vessels
  • 54:29 53.
    Figure 23.8a
  • 56:12 54.
    Figure 23.8b
  • 56:44 55.
    Figure 23.8a
  • 56:45 56.
    Figure 23.8b
  • 57:28 57.
    23.9 CONNECTION: Measuring blood pressure can reveal cardiovascular problems
  • 58:33 58.
    Figure 23.9a_1
  • 59:01 59.
    Figure 23.9a_2
  • 59:16 60.
    Figure 23.9a_3
  • 59:39 61.
    Figure 23.9b
  • 1:00:22 62.
    23.10 Arteriole diameter and precapillary sphincters control the distribution of blood
  • 1:01:35 63.
    Figure 23.10
  • 1:03:31 64.
    Figure 23.10_1
  • 1:03:31 65.
    Figure 23.10_2
  • 1:03:49 66.
    23.11 Capillaries allow the transfer of substances through their walls
  • 1:06:07 67.
    Figure 23.11a
  • 1:06:12 68.
  • 1:07:16 69.
    Slide 63
  • 1:07:17 70.
    23.12 Blood consists of red and white blood cells suspended in plasma
  • 1:07:26 71.
    Slide 63
  • 1:07:26 72.
    23.12 Blood consists of red and white blood cells suspended in plasma
  • 1:08:43 73.
    Figure 23.12
  • 1:09:20 74.
    Figure 23.12_1
  • 1:09:21 75.
    Figure 23.12_2
  • 1:09:34 76.
    Figure 23.12_1
  • 1:09:35 77.
    Figure 23.12
  • 1:09:36 78.
    Figure 23.12_1
  • 1:09:36 79.
    Figure 23.12_2
  • 1:09:47 80.
    23.13 CONNECTION: Too few or too many red blood cells can be unhealthy
  • 1:11:07 81.
  • 1:11:08 82.
    23.14 Blood clots plug leaks when blood vessels are injured
  • 1:12:20 83.
    Figure 24.14a_1
  • 1:12:40 84.
    Figure 24.14a_2
  • 1:12:53 85.
    Figure 24.14a_3
  • 1:13:06 86.
    Figure 23.14b
  • 1:13:08 87.
    Figure 24.14a_3
  • 1:13:26 88.
    Figure 23.14b
  • 1:13:26 89.
    Slide 75
  • 1:13:41 90.
    ** after 23_Lecture_Presentation.pptx
  • 1:13:54 91.
    index 2
  • 1:16:04 92.
    Slide 75
  • 1:16:05 93.
    23.15 CONNECTION: Stem cells offer a potential cure for blood cell diseases
  • 1:16:40 94.
    Figure 23.15
  • 1:17:12 95.
    23.15 CONNECTION: Stem cells offer a potential cure for blood cell diseases
  • 1:17:15 96.
    Figure 23.15
  • 1:17:26 97.
    23.15 CONNECTION: Stem cells offer a potential cure for blood cell diseases
  • 1:17:26 98.
    You should now be able to
  • 1:17:27 99.
    23.15 CONNECTION: Stem cells offer a potential cure for blood cell diseases
  • 索引
  • 筆記
  • 討論
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循環系統
長度: 1:17:41, 瀏覽: 752, 最近修訂: 2024-01-01
    上一篇 下一篇
    • 00:00 1.
      Introduction
    • 01:22 2.
      Figure 23.0_1
    • 02:03 3.
      Figure 23.0_2
    • 04:13 4.
      Slide 5
    • 04:18 5.
      23.1 Circulatory systems facilitate exchange with all body tissues
    • 06:54 6.
      Figure 23.1a
    • 07:21 7.
      23.1 Circulatory systems facilitate exchange with all body tissues
    • 08:50 8.
      Figure 23.1b
    • 09:37 9.
      23.1 Circulatory systems facilitate exchange with all body tissues
    • 09:38 10.
      23.2 EVOLUTION CONNECTION: Vertebrate cardiovascular systems reflect evolution
    • 10:28 11.
      23.1 Circulatory systems facilitate exchange with all body tissues
    • 10:29 12.
      Figure 23.1b
    • 11:19 13.
      23.1 Circulatory systems facilitate exchange with all body tissues
    • 11:19 14.
      23.2 EVOLUTION CONNECTION: Vertebrate cardiovascular systems reflect evolution
    • 11:37 15.
      23.1 Circulatory systems facilitate exchange with all body tissues
    • 11:38 16.
      Figure 23.1b
    • 11:38 17.
      23.1 Circulatory systems facilitate exchange with all body tissues
    • 11:38 18.
      Figure 23.1b
    • 11:41 19.
      23.1 Circulatory systems facilitate exchange with all body tissues
    • 11:42 20.
      23.2 EVOLUTION CONNECTION: Vertebrate cardiovascular systems reflect evolution
    • 13:22 21.
      Figure 23.2a
    • 13:24 22.
      Figure 23.2b
    • 13:24 23.
      Figure 23.2a
    • 14:02 24.
      Figure 23.2b
    • 15:54 25.
      Figure 23.2c
    • 17:24 26.
      Slide 15
    • 17:35 27.
      23.2 EVOLUTION CONNECTION: Vertebrate cardiovascular systems reflect evolution
    • 17:36 28.
      Slide 17
    • 17:42 29.
      23.3 VISUALIZING THE CONCEPT: The human cardiovascular system illustrates the double circulation of mammals
    • 18:43 30.
      Figure 23.3_1
    • 18:50 31.
      Figure 23.3_2
    • 19:40 32.
      23.3 VISUALIZING THE CONCEPT: The human cardiovascular system illustrates the double circulation of mammals
    • 19:44 33.
      Animation: Path of Blood Flow in Mammals
    • 20:27 34.
      缺 systole 23.4 The heart contracts and relaxes rhythmically
    • 21:28 35.
      補充 systole
    • 43:02 36.
      23.6 SCIENTIFIC THINKING: How should heart disease be treated?
    • 45:09 37.
      23.6 SCIENTIFIC THINKING: How should heart disease be treated?
    • 46:39 38.
      Figure 23.6a
    • 47:56 39.
      Figure 23.6b
    • 48:47 40.
      Figure 23.6b_1
    • 48:49 41.
      Figure 23.6b_2
    • 48:49 42.
      Figure 23.6c
    • 49:50 43.
      Slide 43
    • 49:53 44.
      23.7 The structure of blood vessels fits their functions
    • 52:12 45.
      Slide 43
    • 52:13 46.
      Figure 23.6c
    • 52:14 47.
      Slide 43
    • 52:15 48.
      23.7 The structure of blood vessels fits their functions
    • 52:18 49.
      Figure 23.7a
    • 53:22 50.
      Figure 23.7b
    • 53:23 51.
    • 54:03 52.
      23.8 Blood pressure and velocity reflect the structure and arrangement of blood vessels
    • 54:29 53.
      Figure 23.8a
    • 56:12 54.
      Figure 23.8b
    • 56:44 55.
      Figure 23.8a
    • 56:45 56.
      Figure 23.8b
    • 57:28 57.
      23.9 CONNECTION: Measuring blood pressure can reveal cardiovascular problems
    • 58:33 58.
      Figure 23.9a_1
    • 59:01 59.
      Figure 23.9a_2
    • 59:16 60.
      Figure 23.9a_3
    • 59:39 61.
      Figure 23.9b
    • 1:00:22 62.
      23.10 Arteriole diameter and precapillary sphincters control the distribution of blood
    • 1:01:35 63.
      Figure 23.10
    • 1:03:31 64.
      Figure 23.10_1
    • 1:03:31 65.
      Figure 23.10_2
    • 1:03:49 66.
      23.11 Capillaries allow the transfer of substances through their walls
    • 1:06:07 67.
      Figure 23.11a
    • 1:06:12 68.
    • 1:07:16 69.
      Slide 63
    • 1:07:17 70.
      23.12 Blood consists of red and white blood cells suspended in plasma
    • 1:07:26 71.
      Slide 63
    • 1:07:26 72.
      23.12 Blood consists of red and white blood cells suspended in plasma
    • 1:08:43 73.
      Figure 23.12
    • 1:09:20 74.
      Figure 23.12_1
    • 1:09:21 75.
      Figure 23.12_2
    • 1:09:34 76.
      Figure 23.12_1
    • 1:09:35 77.
      Figure 23.12
    • 1:09:36 78.
      Figure 23.12_1
    • 1:09:36 79.
      Figure 23.12_2
    • 1:09:47 80.
      23.13 CONNECTION: Too few or too many red blood cells can be unhealthy
    • 1:11:07 81.
    • 1:11:08 82.
      23.14 Blood clots plug leaks when blood vessels are injured
    • 1:12:20 83.
      Figure 24.14a_1
    • 1:12:40 84.
      Figure 24.14a_2
    • 1:12:53 85.
      Figure 24.14a_3
    • 1:13:06 86.
      Figure 23.14b
    • 1:13:08 87.
      Figure 24.14a_3
    • 1:13:26 88.
      Figure 23.14b
    • 1:13:26 89.
      Slide 75
    • 1:13:41 90.
      ** after 23_Lecture_Presentation.pptx
    • 1:13:54 91.
      index 2
    • 1:16:04 92.
      Slide 75
    • 1:16:05 93.
      23.15 CONNECTION: Stem cells offer a potential cure for blood cell diseases
    • 1:16:40 94.
      Figure 23.15
    • 1:17:12 95.
      23.15 CONNECTION: Stem cells offer a potential cure for blood cell diseases
    • 1:17:15 96.
      Figure 23.15
    • 1:17:26 97.
      23.15 CONNECTION: Stem cells offer a potential cure for blood cell diseases
    • 1:17:26 98.
      You should now be able to
    • 1:17:27 99.
      23.15 CONNECTION: Stem cells offer a potential cure for blood cell diseases
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