Tag Archives: Circulatory system

Straight, No Chaser: Life Begins (To End) at 40 (Unless It Doesn’t) – The Cardiopulmonary (Heart and Lung) System

Respiratory/Lungs, Cardiology/Heart, , , , , , , , , , , , ,

heart-disease

The fourth part of this series looks at your heart and lungs.

And now to today’s post.

One thing the heart and lung share in common is, left to their own devices, they could function normally for much longer than typically ends up occurring. It’s important to discuss because heart disease is the most common cause of death in people 65 and over, and it is also the most frequent cause of activity limitations. Let’s quickly review changes, challenges and solutions.

agingheart
Heart Changes: Coronary artery disease increases as your activity declines. Blockages accumulate on the inside of your arteries, and they harden as they lose their elasticity. Both of these factors resulting in lessened blood flow. High blood pressure increases with age, independently and as a result of this.
aginglungs
Lung Changes: The air sacs, airways, and tissues lose elasticity and become more rigid with age. In general however, serious disease notwithstanding, the respiratory system can serve one well throughout a very long life. However, if you’re a smoker or have lung disease (e.g. asthma, COPD), the reversible damage to the lungs starts becoming irreversible about age 35. At that time, you in effect begin tearing out useful lung tissue, which diminishes your respiratory capacity and sets you up for chronic bronchitis and cancer, as the body attempts to repair this damage and does so incorrectly.
Challenges: In the absence of structural disease or continuing to expose yourself to toxins (e.g. cigarettes), the effects of these changes on our health status need not be severe. The social implications of the effects of normal changes due to aging often would not hamper reasonable normal functioning. The real challenge is to avoid inhaling toxins that will harm you (duh, right?).
Solutions: This is much simpler than you’d think and mostly involves prevention. The biological changes can be greatly diminished and held off by a regular, strenuous exercise regimen that causes deep breathing and elevation of your heart rate over a period of time and by avoidance of toxins, especially cigarette smoke and fatty foods. Your heart and lungs are well situated for the long haul in the absence of bad genes and bad habits.
Feel free to ask your SMA expert consultant any questions you may have on this topic.
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Thanks for liking and following Straight, No Chaser! This public service provides a sample of what http://www.SterlingMedicalAdvice.com (SMA) and 844-SMA-TALK offers. Please share our page with your friends on WordPress, like us on Facebook @ SterlingMedicalAdvice.com and follow us on Twitter at @asksterlingmd.
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Straight, No Chaser: Life Begins (To End) at 40 (Unless It Doesn’t) – The Cardiopulmonary (Heart and Lung) System

Cardiology/Heart, Health Prevention, Respiratory/Lungs, , , , , , , , , , , ,

heart-disease

The fourth part of this series looks at your heart and lungs.

And now to today’s post.

One thing the heart and lung share in common is, left to their own devices, they could function normally for much longer than typically ends up occurring. It’s important to discuss because heart disease is the most common cause of death in people 65 and over, and it is also the most frequent cause of activity limitations. Let’s quickly review changes, challenges and solutions.

agingheart
Heart Changes: Coronary artery disease increases as your activity declines. Blockages accumulate on the inside of your arteries, and they harden as they lose their elasticity. Both of these factors resulting in lessened blood flow. High blood pressure increases with age, independently and as a result of this.
aginglungs
Lung Changes: The air sacs, airways, and tissues lose elasticity and become more rigid with age. In general however, serious disease notwithstanding, the respiratory system can serve one well throughout a very long life. However, if you’re a smoker or have lung disease (e.g. asthma, COPD), the reversible damage to the lungs starts becoming irreversible about age 35. At that time, you in effect begin tearing out useful lung tissue, which diminishes your respiratory capacity and sets you up for chronic bronchitis and cancer, as the body attempts to repair this damage and does so incorrectly.
Challenges: In the absence of structural disease or continuing to expose yourself to toxins (e.g. cigarettes), the effects of these changes on our health status need not be severe. The social implications of the effects of normal changes due to aging often would not hamper reasonable normal functioning. The real challenge is to avoid inhaling toxins that will harm you (duh, right?).
Solutions: This is much simpler than you’d think and mostly involves prevention. The biological changes can be greatly diminished and held off by a regular, strenuous exercise regimen that causes deep breathing and elevation of your heart rate over a period of time and by avoidance of toxins, especially cigarette smoke and fatty foods. Your heart and lungs are well situated for the long haul in the absence of bad genes and bad habits.
Feel free to ask any questions you may have on this topic.
Order your copy of Dr. Sterling’s new book Behind The Curtain: A Peek at Life from within the ER at jeffreysterlingbooks.com, iTunes, Amazon, Barnes and Nobles and wherever books are sold.
Thanks for liking and following Straight, No Chaser! This public service provides a sample of what http://www.SterlingMedicalAdvice.com (SMA) and 844-SMA-TALK offers. Please share our page with your friends on WordPress, like us on Facebook @ SterlingMedicalAdvice.com and follow us on Twitter at @asksterlingmd.
Copyright © 2016 · Sterling Initiatives, LLC · Powered by WordPress

Straight, No Chaser: Life Begins (To End) at 40 (Unless It Doesn’t) – The Cardiopulmonary (Heart and Lung) System

Health Prevention, General Health and Wellness, Cardiology/Heart, , , , , , , , , , , ,

heart-disease

The fourth part of this series looks at your heart and lungs.

And now to today’s post.

One thing the heart and lung share in common is, left to their own devices, they could function normally for much longer than typically ends up occurring. It’s important to discuss because heart disease is the most common cause of death in people 65 and over, and it is also the most frequent cause of activity limitations. Let’s quickly review changes, challenges and solutions.

agingheart
Heart Changes: Coronary artery disease increases as your activity declines. Blockages accumulate on the inside of your arteries, and they harden as they lose their elasticity. Both of these factors resulting in lessened blood flow. High blood pressure increases with age, independently and as a result of this.
aginglungs
Lung Changes: The air sacs, airways, and tissues lose elasticity and become more rigid with age. In general however, serious disease notwithstanding, the respiratory system can serve one well throughout a very long life. However, if you’re a smoker or have lung disease (e.g. asthma, COPD), the reversible damage to the lungs starts becoming irreversible about age 35. At that time, you in effect begin tearing out useful lung tissue, which diminishes your respiratory capacity and sets you up for chronic bronchitis and cancer, as the body attempts to repair this damage and does so incorrectly.
Challenges: In the absence of structural disease or continuing to expose yourself to toxins (e.g. cigarettes), the effects of these changes on our health status need not be severe. The social implications of the effects of normal changes due to aging often would not hamper reasonable normal functioning. The real challenge is to avoid inhaling toxins that will harm you (duh, right?).
Solutions: This is much simpler than you’d think and mostly involves prevention. The biological changes can be greatly diminished and held off by a regular, strenuous exercise regimen that causes deep breathing and elevation of your heart rate over a period of time and by avoidance of toxins, especially cigarette smoke and fatty foods. Your heart and lungs are well situated for the long haul in the absence of bad genes and bad habits.
Order your copy of Dr. Sterling’s new book Behind The Curtain: A Peek at Life from within the ER at jeffreysterlingbooks.com, iTunes, Amazon, Barnes and Nobles and wherever books are sold.
Thanks for liking and following Straight, No Chaser! This public service provides a sample of what http://www.SterlingMedicalAdvice.com (SMA) and 844-SMA-TALK offers. Please share our page with your friends on WordPress, like us on Facebook @ SterlingMedicalAdvice.com and follow us on Twitter at @asksterlingmd.
Copyright, Sterling Initiatives, LLC. 2013-2015

Straight, No Chaser: The Do's and Don't of Treating Frostbite

Environmental, , , , , , , , , ,

Alpha-Phi-Alpha-Ice-Cold-shirthypotherm1

There’s a cold front coming. You can’t avoid the exposure. Some of you will end up cold as ice (and twice as nice?). Would you really know what to do if you caught frostbite? I thought not, and the bad news is some of your instinctive tendencies are exactly what you ought not to do in this situation. Here are some do’s and don’ts if you ever find yourself or a loved one in this particularly precarious position.
The Do’s
A lot of this depends on the circumstances.

  • Give warm fluids if possible.
  • If the person is wet, remove wet clothing.
  • If s/he is wearing tight clothing, remove whatever’s constricting.
  • Move to as warm of a climate as feasible; if not possible, then shelter the person from the cold. Avoid movement of the frostbitten parts to the extent possible.
  • Gently separate affected fingers and toes, and if you can, wrap them loosely in sterile dressing.
  • If you have transportation, get to an emergency room as soon as possible.
  • If immediate care or transportation is not available, soak the affected areas in warm (preferably circulating and never hot) water. Alternatively, place warm coverings to affected areas for up to 30 minutes at a time. If skin is soft and feeling returns, you’ve done a good job.
    • Be mindful that burning pain and swelling will occur during rewarming.
  • Apply dry, loose and preferably sterile dressings to the frostbitten areas. Keep frostbitten fingers or toes separated with dressings.
  • Delay rewarming if you are not in an area safe from the risk of refreezing. Refreezing of thawed extremities is even more dangerous than the initial freeze.  

DO NOT

  • Rub or massage the frostbitten area.
  • Peel or pop any blisters that may be present.
  • Use dry heat, such as from a hair dryer, a radiation, heating pad, electric blanket or campfire. These heat source may be ok to keep the rest of you warm (particularly your core), but this type of direct heat can further damage frostbitten tissue.
  • Rewarm until you can be sure it can stay thawed.
  • Smoke or drink alcohol during recovery. These activities can interfere with blood circulation and cause additional problems.

Thanks for liking and following Straight, No Chaser! This public service provides a sample of what http://www.SterlingMedicalAdvice.com (SMA) offers. Please share our page with your friends on WordPress. We are also on Facebook at SterlingMedicalAdvice.com and Twitter at @asksterlingmd.

Copyright © 2013 · Sterling Initiatives, LLC · Powered by WordPress

Straight, No Chaser: Stroke Recognition

Neurology, Medical Treatment, , , , , , , , , ,

strokerecog

Let’s talk about strokes, aka Cerebral Vascular Accidents (CVA) and Transient Ischemic Attacks (TIA), and specifically about recognition and treatment. If you don’t remember anything else here, commit the mneumonic FAST to memory. (Details follow.)
A stroke (CVA) is an insult to some part of your brain, usually due to an inability of the blood supply to deliver needed oxygen and nutrients to that part of the brain. The brain actually approximates a “body map,” so depending on what part of your brain is affected, different parts of your body will be predictably affected. Technically, a stroke isn’t a stroke until the symptoms have been there for more than 24 hours; until then and/or if the symptoms reverse within that timeframe, the same scenario is called a TIA or a “mini-stroke.”

Think FAST, Act Faster

Here’s how the layperson can recognize a possible stroke:

  • Face: Ask the affected person to show you his/her teeth (or gums). In a stroke the face often droops or is otherwise noticeably different.
  • Arms: Ask the person to lift and extend the arms so the elbows are at eye level. In a stroke one side will often be weak and drift downward.
  • Speech: Ask the person to say any sentence to you. In a stroke the speech will slur or otherwise be abnormal.
  • Time: If any of the above occur, it’s recommended that you call 911 immediately, but if it’s my family, I’m getting in a car and going to the nearest MAJOR medical center—not the nearest hospital, which is where the ambulance will take you. There are important differences in hospitals when it comes to stroke treatment (which you won’t know offhand), because some are designated stroke centers and others are not. Friends, this is not the situation where you should wait hours or overnight to see if things get better. Time is (brain) tissue.

It is VERY important that you act on any of the above symptoms (F-A-S) within three (3) hours of symptom onset. Important treatment options are available within the first four and a half (4 ½) hours that are otherwise unavailable.
Thanks for liking and following Straight, No Chaser! This public service provides a sample of what www.SterlingMedicalAdvice.com (SMA) will offer beginning November 1. Until then enjoy some our favorite posts and frequently asked questions as well as a daily note explaining the benefits of SMA membership. Please share our page with your Friends on WordPress, and we can be found on Facebook at SterlingMedicalAdvice.com and on Twitter at @asksterlingmd.
Copyright © 2013 · Sterling Initiatives, LLC · Powered by WordPress

Straight, No Chaser: Life Begins (To End) at 40 (Unless It Doesn’t) – The Cardiopulmonary (Heart and Lung) System

Health Prevention, Respiratory/Lungs, General Health and Wellness, Cardiology/Heart, , , , , , ,

agingheartaginglungs

The fourth part of this series looks at your heart and lungs.  One thing the heart and lung share in common is, left to their own devices, they could function normally for much longer than typically ends up occurring. It’s important to discuss because heart disease is the most common cause of death in people 65 and over, and it is also the most frequent cause of activity limitations. Let’s quickly review changes, challenges and solutions.

Heart Changes: Coronary artery disease increases as your activity declines. Blockages accumulate on the inside of your arteries, and they harden as they lose their elasticity. Both of these factors resulting in lessened blood flow. High blood pressure increases with age, independently and as a result of this.
Lung Changes: The air sacs, airways, and tissues lose elasticity and become more rigid with age. In general however, serious disease notwithstanding, the respiratory system can serve one well throughout a very long life. However, if you’re a smoker or have lung disease (e.g. asthma, COPD), the reversible damage to the lungs starts becoming irreversible about age 35. At that time, you in effect begin tearing out useful lung tissue, which diminishes your respiratory capacity and sets you up for chronic bronchitis and cancer, as the body attempts to repair this damage and does so incorrectly.
Challenges: In the absence of structural disease or continuing to expose yourself to toxins (e.g. cigarettes), the effects of these changes on our health status need not be severe. The social implications of the effects of normal changes due to aging often would not hamper reasonable normal functioning. The real challenge is to avoid inhaling toxins that will harm you (duh, right?).
Solutions: This is much simpler than you’d think and mostly involves prevention. The biological changes can be greatly diminished and held off by a regular, strenuous exercise regimen that causes deep breathing and elevation of your heart rate over a period of time and by avoidance of toxins, especially cigarette smoke and fatty foods. Your heart and lungs are well situated for the long haul in the absence of bad genes and bad habits.
Copyright © 2013 · Sterling Initiatives, LLC · Powered by WordPress