Please enable JavaScript.

Coggle requires JavaScript to display documents.

A 60 year old woman with the history of obesity and DM II experienced…

- - - - Carries deoxygenated blood to the Right Ventricle
    - - Transport Deoxygenated blood to the lungs
        
        where gas exchange occurs
    - - Carries deoxygenated blood through the Tricuspid Valve to the right ventricle
    - - has cappilaries that assist in gas exchange
    - - Receives blood from the Left Atrium
      - Blood leaces through the Aortic semilunar valve to the aorta
    - - Carries blood from the left atrium to the left ventricle
    - - Receives oxygenated blood from the lungs
    - - Transports oxygenated blood to the body
    - - This valve seperates the pulmonary trunk from the right ventricle
    - - Transports deoxygenated from the upper body to the right atrium
    - - Receives blood from the lower limbs and abdominal organs
    - - Connects AV valves to the papillary muscles
      - Heart strings
    - - Carries blood from the right ventricle to the pulmonary arteries to the lungs
    - - Receives blood from left ventricle
        
        Carries it to the body
  - - - Carries oxygenated blood to the body
        
        Bicuspid Valve (mitral valve)
        
        Aorta
        
        Left Ventricle
        
        Tricuspid Valve
        
        Aortic SL Valve
    - - Carries Deoxygenated blood
        
        Right Atrium
        
        Tricuspid Valve
        
        Right Ventricle
        
        Pulmonary Arties
        
        Pulmonary SL Valve
        
        Pulmonary Trunk
  - - - Diastolic
        
        Relaxation of Heart
      - Systolic
        
        Contraction of heart
    - - Vasocontriction
        
        Blood vessels get smaller
        
        they're contricted
      - Vasdialation
        
        Blood vessels gets bigger
        
        They are dialated
  - - - Heart rate times Stroke Volume
    - - Blood pumped per beat
    - - the resistance in the great arteries
      - Ejection of blood from the ventricles
      - Hypertension can increase
    - - The average mean of blood pressure forces on the artieries
      - Adding to one-third of the pulse pressure
    - - Determines that force of ventricular contraction
      - Tension placed on ventricular walls as a result of a stretch known as preload
    - - Resistence of blood in blood vessels
  - - - Amount of breaths an indivdual takes per minute
      - Assists in gas exchange in the lungs by the capillaries
        
        Turns deoxygenated blood into oxygenated blood
    - - Oxgenated
      - Deoxygenated
      - Systemic System
      - Pumonary System
  - - - Lubb sound
      - Closing of atrioventricular valves
    - - Dubb sound
      - Closing of semilunar valves
    - - Heart murmur
        
        Valvular Insufficiency
        
        One or more cardiac valves are leaky
        
        Causes a decrease in valve flexibilty
        
        First indication of valve issues
        
        Valvular Stenosis
        
        Scarring of valve cusps
        
        become rigid or partially fused and cannot completely open
  - - - prevent backflow of blood
    - - Attached to cordae tendinae Helps the with the closure of the atrioventricular valve to prevent blood back flow
- - - - Decrease in Insulin
      - Decrease in Insulin Receptors
  - - - Mitral Valve Failure
        
        Left side is damaged
- - - - Mitral Valve failure
        
        Oxygenated blood isn't being sent to the left ventricle
        
        Which means blood isn't being transports to the body
        
        Possible outcomes could be
        
        Brain dead
        
        Death
        
        Blood clots
        
        Hypotension
        
        In blood pressure
        
        95/60 is the blood pressure
  - - - Possible
        
        Ventillation
        
        Life support
  - - - There's no blood being transported to the brain
  - - - Decrease in Insulin
      - Decrease in Insulin receptors