the transport system (core)

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Transport System (Core) Stephen Taylor i-Biology.net

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For the IB Biology course

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Page 1: The Transport System (Core)

Transport System (Core)Stephen Taylor

i-Biologynet

Assessment Statements Obj

621 Draw and label a diagram of the heart showing the four chambers associated blood vessels valves and the route of blood through the heart 1

622 State that the coronary arteries supply heart muscle with oxygen and nutrients 1

623 Explain the action of the heart in terms of collection of blood pumping blood and opening and closing of valves 3

624 Outline control of the heartbeat in terms of myogenic muscle contraction the role of the pacemaker nerves the medulla of the brain and epinephrine (adrenaline) 2

625 Explain the relationship between the structure and function of arteries capillaries and veins 3

626 State that blood is composed of plasma erythrocytes leucocytes (phagocytes and lymphocytes) and platelets 1

627 State that the following are transported by the blood nutrients oxygen carbon dioxide hormones antibodies urea heat 1

Assessment statements from Online IB Biology Subject GuideCommand terms httpi-biologynetibdpbiocommand-terms

Flip it bull Allott amp Mindorff p219-225 Allott p48bull i-Biology httpgooglKetyWbull Watch Hank httpyoutube9fxm85Fy4sQbull Complete the Quia Quiz before class

httpyoutubeILxjxfB4zNk

Hands-only CPR

Your blood has oxygen in it ndash but it is not getting to the brain and other organs

Hands-only CPR keeps the blood flowing until help arrives with the Automatic External Difibrilator (AED) The electrical signal is needed to re-start the heart and wersquoll learn why this is in a little while

Call for help Push hard and fast to the beat of Stayinrsquo AliveDonrsquot stop until help arrives

Learn more here httpwwwbhforgukheart-healthlife-saving-skillshands-only-cpraspx

Data practice CPR survival rates Get started early to save a life These data compare compression-only CPR with conventional CPR neurologically favourable one-month survival

Population bystander-assisted patients transferred to hospital by ambulance Japan 2005 ndash 2007

Compression-only n=20707Conventional CPR n= 19328

1 Compare survival rates of compression-only CPR with conventional CPR in all cases (top graph)

2 Describe the effect of increasing time to start CPR on survival of patients in cases of cardiac origin

3 Calculate the difference in survival between hands-only CPR and conventional CPR in cases of non-cardiac origin after 7-8 minutes

4 Compare survival rates between cases of cardiac and non-cardiac origin Suggest a reason for the differences

httpwwwbmjcomcontent342bmjc7106fullData from

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 2: The Transport System (Core)

Assessment Statements Obj

621 Draw and label a diagram of the heart showing the four chambers associated blood vessels valves and the route of blood through the heart 1

622 State that the coronary arteries supply heart muscle with oxygen and nutrients 1

623 Explain the action of the heart in terms of collection of blood pumping blood and opening and closing of valves 3

624 Outline control of the heartbeat in terms of myogenic muscle contraction the role of the pacemaker nerves the medulla of the brain and epinephrine (adrenaline) 2

625 Explain the relationship between the structure and function of arteries capillaries and veins 3

626 State that blood is composed of plasma erythrocytes leucocytes (phagocytes and lymphocytes) and platelets 1

627 State that the following are transported by the blood nutrients oxygen carbon dioxide hormones antibodies urea heat 1

Assessment statements from Online IB Biology Subject GuideCommand terms httpi-biologynetibdpbiocommand-terms

Flip it bull Allott amp Mindorff p219-225 Allott p48bull i-Biology httpgooglKetyWbull Watch Hank httpyoutube9fxm85Fy4sQbull Complete the Quia Quiz before class

httpyoutubeILxjxfB4zNk

Hands-only CPR

Your blood has oxygen in it ndash but it is not getting to the brain and other organs

Hands-only CPR keeps the blood flowing until help arrives with the Automatic External Difibrilator (AED) The electrical signal is needed to re-start the heart and wersquoll learn why this is in a little while

Call for help Push hard and fast to the beat of Stayinrsquo AliveDonrsquot stop until help arrives

Learn more here httpwwwbhforgukheart-healthlife-saving-skillshands-only-cpraspx

Data practice CPR survival rates Get started early to save a life These data compare compression-only CPR with conventional CPR neurologically favourable one-month survival

Population bystander-assisted patients transferred to hospital by ambulance Japan 2005 ndash 2007

Compression-only n=20707Conventional CPR n= 19328

1 Compare survival rates of compression-only CPR with conventional CPR in all cases (top graph)

2 Describe the effect of increasing time to start CPR on survival of patients in cases of cardiac origin

3 Calculate the difference in survival between hands-only CPR and conventional CPR in cases of non-cardiac origin after 7-8 minutes

4 Compare survival rates between cases of cardiac and non-cardiac origin Suggest a reason for the differences

httpwwwbmjcomcontent342bmjc7106fullData from

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

  • Slide 1
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  • Slide 18
Page 3: The Transport System (Core)

httpyoutubeILxjxfB4zNk

Hands-only CPR

Your blood has oxygen in it ndash but it is not getting to the brain and other organs

Hands-only CPR keeps the blood flowing until help arrives with the Automatic External Difibrilator (AED) The electrical signal is needed to re-start the heart and wersquoll learn why this is in a little while

Call for help Push hard and fast to the beat of Stayinrsquo AliveDonrsquot stop until help arrives

Learn more here httpwwwbhforgukheart-healthlife-saving-skillshands-only-cpraspx

Data practice CPR survival rates Get started early to save a life These data compare compression-only CPR with conventional CPR neurologically favourable one-month survival

Population bystander-assisted patients transferred to hospital by ambulance Japan 2005 ndash 2007

Compression-only n=20707Conventional CPR n= 19328

1 Compare survival rates of compression-only CPR with conventional CPR in all cases (top graph)

2 Describe the effect of increasing time to start CPR on survival of patients in cases of cardiac origin

3 Calculate the difference in survival between hands-only CPR and conventional CPR in cases of non-cardiac origin after 7-8 minutes

4 Compare survival rates between cases of cardiac and non-cardiac origin Suggest a reason for the differences

httpwwwbmjcomcontent342bmjc7106fullData from

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

  • Slide 1
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Page 4: The Transport System (Core)

Data practice CPR survival rates Get started early to save a life These data compare compression-only CPR with conventional CPR neurologically favourable one-month survival

Population bystander-assisted patients transferred to hospital by ambulance Japan 2005 ndash 2007

Compression-only n=20707Conventional CPR n= 19328

1 Compare survival rates of compression-only CPR with conventional CPR in all cases (top graph)

2 Describe the effect of increasing time to start CPR on survival of patients in cases of cardiac origin

3 Calculate the difference in survival between hands-only CPR and conventional CPR in cases of non-cardiac origin after 7-8 minutes

4 Compare survival rates between cases of cardiac and non-cardiac origin Suggest a reason for the differences

httpwwwbmjcomcontent342bmjc7106fullData from

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

  • Slide 1
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Page 5: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 6: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 7: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 8: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 9: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 10: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

httpwwwhhmiorgbiointeractiveobesityheart_attackhtml

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 11: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 12: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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Page 13: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

  • Slide 1
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Page 14: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

  • Slide 1
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Page 15: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

httpgooglYeoeJ

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

  • Slide 1
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Page 16: The Transport System (Core)

Stephen Taylor httpsciencevideoswordpresscom

httplibrarymedutahedukwpharmhyper_heart1html

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

  • Slide 1
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Page 17: The Transport System (Core)

This is a Creative Commons presentation It may be linked and embedded but not sold or re-hosted

Please consider a donation to charity via Biology4GoodClick here for more information about Biology4Good charity donations

IBiologyStephen

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