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Introduction to the Blood Pressure in Circulatory Systems |, Study notes of Human Biology

Material Type: Notes; Class: Human Biology; Subject: Biology / Biological Sciences; University: Lees-McRae College; Term: Forever 1989;

Typology: Study notes

Pre 2010

Uploaded on 11/10/2009

michelle-jonas
michelle-jonas 🇺🇸

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Biology Notes November 4, 2009
From Memory Write the entire parthway through the circulatory system that a
blood cell takes.
Where does the cell receive O2?
Where does the cell lose O2?
Research Project 2
-2/3 > Fact Sheet + 1/3 = presentation
-Plagiarism Policy
Malaria! :) YEAH!
Typed Research Notes
November 11 by 10 am on sakai and bring a copy to class
Presentation Powerpoint File
November 18 by 10 on sakai and bring a digital copy to class
Oral Presentation in class
November 18 or 20 in class
look up the Harvard Style Citiation
Proper Citation
Chapter 8 Blood Pressure
pf3

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Biology Notes November 4, 2009 From Memory Write the entire parthway through the circulatory system that a blood cell takes. Where does the cell receive O2? Where does the cell lose O2? Research Project 2 -2/3 > Fact Sheet + 1/3 = presentation -Plagiarism Policy Malaria! :) YEAH! Typed Research Notes November 11 by 10 am on sakai and bring a copy to class Presentation Powerpoint File November 18 by 10 on sakai and bring a digital copy to class Oral Presentation in class November 18 or 20 in class look up the Harvard Style Citiation Proper Citation

Chapter 8 Blood Pressure

· in arteries · varies with heart rhythm -"systolic pressure" =highest Ventricles contract ---> puches blood to aorta ---> forces blood ---> arteriesarteries strected to bulging point, that's the point when the blood pressure is the highest. -"diastolic pressure" =lowest vent. relax and the arteries recoil ---> and the blood goes to the artenoles 120/80 -->standard Heart is a pump Requirements: Type of heart Disease

  1. Proper construction Congenital
  2. Unidirectional Flow Valvular
  3. Adequate blood supply Coronary
  4. Proper size for volume Hypertensive
  5. Motor runs smoothly Myocardial Looping morphogenesis www.youtube.com/watch?v=K0YolFAtwDy