Hypertension

1. pressure in your arteries between beats
4. 130-139mmHg/80-89mmHg
6. an increased sensitivity to this is caused by neurohormonal adaptations during exercise
7. medication causing increasing passing of urine
11. Ca2+ channel blockers, alpha blockers, angiotensin II blockers, Ace inhibitors
13. Hypertension no identifiable cause and develops over several years
14. ________ BP response to relatively low exercise intensity is likely in some individuals
15. type of exercise that promotes an increased exercise capacity leading to reduction in resting SBP and DBP
17. immediate BP-lowering effects of exercise
18. Blood Pressure is measured by multiplying total peripheral resistance and
19. alpha-blockers, Ca2+ channel blockers and vasodilators provoke post-exercise ______.

2. structural adaptation as a result of exercise for the treatment of HTN
3. 120-129/<80
5. increases thoracic pressure beyond that of resistance training alone
8. this is impaired due to beta blockers and diuretics during exercise in hot and humid environments
9. <120/80
10. Hypertension caused by an underlying condition
12. frequently associated with normal cardiac output and elevated total peripheral resistance
16. this medication is likely to cause an attenuated HR response to exercise and reduced sub maximal and maximal exercise capacity
20. maximum pressure the heart exerts