How To Bring Down High Blood Pressure Quickly

Aging kidneys may hold key to new high blood pressure therapies EnlargeMohammad Asghar assistant professor of pharmacology at the University of Houston is investigating the mechanisms of age-related oxidative and inflammatory stress in hypertension as well as how exercise and antioxidant/anti-inflammatory therapeutic agents may restore the function of two key receptors and reduce hypertension. Credit: Jerry PowersGaining new insight to managing sodium balance and blood pressure investigators at the University of Houston UH College of Pharmacy believe their work may identify future therapeutic targets to control hypertension. Mohammad Asghar assistant professor of pharmacology is exploring the mechanisms by which oxidative and inflammatory stressors considered How To Bring Down High Blood Pressure Quickly hallmarks of the aging process alter the function of two critical receptor systems in the kidneys that are involved in sodium

How To Bring Down High Blood Pressure Quickly

metabolism and blood pressure. How To Bring Down How To Bring Down High Blood Pressure Quickly High Blood Pressure Quickly while there are different hormonal systems in the body that aid in sodium balance at the center of Asghar’s research are the dopamine and angiotensin II receptor systems that play pivotal roles in fine-tuning sodium stability and maintaining normal blood pressure.

Aging kidneys may hold key to new high blood pressure therapies EnlargeMohammad Asghar assistant professor of pharmacology at the University of Houston is How To Bring Down High Blood Pressure Quickly investigating the mechanisms of age-related oxidative and inflammatory stress in hypertension as well as how exercise and antioxidant/anti-inflammatory therapeutic agents may restore the function of two key receptors and reduce hypertension. Credit: Jerry PowersGaining new insight to managing sodium balance and blood pressure investigators at the University of Houston UH College of Pharmacy believe their work may identify future therapeutic targets to control hypertension. Mohammad Asghar assistant professor of pharmacology is exploring the mechanisms by which oxidative and inflammatory stressors considered hallmarks of the aging process alter the function of two critical receptor systems in the kidneys that are involved in sodium metabolism and blood pressure. While there are different hormonal systems in the body that aid in sodium balance at the center of Asghar’s research are the dopamine and angiotensin II receptor systems that play pivotal roles in fine-tuning sodium stability and maintaining normal blood pressure. In research How To Bring Down High Blood Pressure Quickly conducted up to this point supported by funding from the National Institutes of Health NIH Asghar and his collaborators have identified two likely factors inflammation and oxidative stress that have adverse effects on kidney functions:

  1. Credit: Jerry PowersGaining new insight to managing sodium balance and blood pressure investigators at the University of Houston UH College of Pharmacy believe their work may identify future therapeutic targets to control hypertension
  2. While my research is focused on aging the outcomes may very well benefit both adult and older populations who suffer from hypertension
  3. Citing studies that have linked both a low-sodium diet and exercise to reducing oxidative and inflammatory stress Asghar is a proponent of moderate regular exercise and better dietary habits
  4. NIH’s National Institute on Aging Asghar has set out to specifically examine resistant hypertension which is a particular type of high blood pressure that does not respond to treatment

. His results showed that exercise training builds up strong anti-inflammatory and antioxidant environments thereby improving kidney functions during aging. With this next phase of research funded by a five-year $1.

Aging kidneys may hold key to new high blood pressure therapies EnlargeMohammad Asghar assistant professor of pharmacology at the University of Houston is investigating the mechanisms of age-related oxidative and inflammatory stress in hypertension as well as how exercise and antioxidant/anti-inflammatory therapeutic agents may restore the function of two key receptors and reduce hypertension. Credit: Jerry PowersGaining new insight to managing sodium balance and blood pressure investigators at the University of Houston UH College of Pharmacy believe their work may identify future therapeutic targets to control hypertension. Mohammad Asghar assistant professor of pharmacology is exploring the mechanisms by which oxidative and inflammatory stressors considered hallmarks of the aging process alter the function of two critical receptor systems in the kidneys that are involved in sodium metabolism and blood pressure.

Citing studies that have linked both a low-sodium diet and exercise to reducing oxidative and inflammatory stress Asghar is a proponent of moderate regular exercise and better dietary habits. In addition to further investigating the relationship between high salt and hypertension through his analyses of receptor systems in the kidneys he also is looking at how exercise and antioxidant or anti-inflammatory therapeutic agents may restore the function of those two key receptors to reduce hypertension. He believes this exercise research could yield potential therapeutic targets that mimic exercise which may prove beneficial for those individuals who are unable to exercise due to physical or other disabilities. Asghar and his team’s ongoing work could lead to new treatments for millions of hypertensive individuals at risk for stroke heart failure and a range of other cardiovascular diseases due to high blood pressure which is a major risk factor for these ailments.

While there are different hormonal systems in the body that aid in sodium balance at the center of Asghar’s research are the dopamine and angiotensin II receptor systems that play pivotal roles in fine-tuning sodium stability and maintaining normal blood pressure. In research conducted up to this point supported by funding How To Bring Down High Blood Pressure Quickly from the National Institutes of Health NIH Asghar and his collaborators have identified two likely factors inflammation and oxidative stress that have adverse effects on kidney functions. His results showed that exercise training builds up strong anti-inflammatory and antioxidant environments thereby

How To Bring Down High Blood Pressure Quickly

improving kidney functions during aging.

With this next phase of research funded by a five-year $1.5 million grant from the NIH’s National Institute on Aging Asghar has set out to specifically examine resistant hypertension which is a particular type of high blood pressure that does not respond to treatment. While my research is focused on aging the outcomes may very well benefit both adult and older populations who suffer from hypertension.” Citing studies that have linked both a low-sodium diet and exercise to reducing oxidative and inflammatory stress Asghar is a proponent of moderate regular exercise and better dietary habits. In addition to further investigating the relationship between high salt and hypertension through his analyses of receptor systems in the kidneys he also is looking at how exercise and antioxidant or anti-inflammatory therapeutic agents may restore the function of those two key receptors to reduce hypertension.

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