Reduce Heart Disease – Have you heard of CoQ10?
The benefits of Coenzyme Q10 (CoQ10) have been known since the 1970s. Unfortunately, many doctors do not routinely recommend CoQ10 to their heart patients. Are you using this supplement?
CoQ10 is a fat-soluble vitamin and a powerful antioxidant. CoQ10 not only fuels energy production, but it removes many free radicals from circulation. Free radicals lead to the oxidation of LDL and the subsequent chain of events that result in arterial plaque formation and narrowed arteries.
How does CoQ10 work?
The powerhouse of your cells is the mitochondria. The mitochondria convert the foods you eat into energy your body can use. The form of energy the body uses is called ATP. ATP is produced within the mitochondria by taking needed electrons from foods. CoQ10 is responsible for carrying the electrons back and forth between enzymes in the production of ATP.
If that was a little too much science for you, let me make it much simpler.
Without CoQ10 your cells can not produce energy for your body to function, including the heart muscle. The heart uses an enormous amount of energy to function and maintain blood circulation 24/7.
CoQ10 is especially beneficial if you have narrowed arteries and reduced blood flow to the heart. CoQ10 uses what little oxygen and nutrients the heart receives to increase the production of ATP and boost the heart’s energy levels.
Physicians routinely using CoQ10 as part of their treatment plan for heart patients often refer to CoQ10 as “the miracle supplement” due to the drastic improvements to patient heart function.
Do you know the signs of a CoQ10 deficiency?
Symptoms associated with a CoQ10 deficiency develop gradually over time, so it’s very easy to miss the signs.
Symptoms include: aches and pains, fatigue, sore muscles, weakness, malaise, and shortness of breath
Our bodies are designed for CoQ10 to be formed from a variety of vitamins, minerals, and amino acids. If your intake of vitamin C, B-12, B-6, pantothenic acid, and various other minerals and nutrients is deficient, the production of CoQ10 is compromised. Conditions and medications, such as hyperthyroidism, antidepressants, gum disease, and advanced age will also cause lower than adequate levels of CoQ10.
What are the benefits of supplementing CoQ10?
The benefits of CoQ10 are numerous:
- Prevent heart disease
- Slows the aging process
- Lowers blood pressure
- Boosts energy
- Increases strength
- Builds up the immune system
- Improves the nervous system
- Protects against gum disease
- Counteracts negative side effects of some cholesterol medications
Consult your MD to determine if supplementing CoQ10 is the right treatment option for your situation.
All the best,
Lisa Nelson RD
http://www.lisanelsonrd.com
Blood Pressure and Cholesterol – The Affect of Personality and Panic Attacks
Lisa Nelson RD: What role does personality play in a person’s heart disease risk? Does temperament have a direct affect on cholesterol levels or blood pressure?
Dr. Shelby-Lane: Temperament and personality have a definite effect on blood pressure and on heart disease. This is a great question and it has been studied by the experts, as you will note in the following excerpts. Heart disease consists of congenital abnormalities, arrhythmias, lipid abnormalities acquired and congenital, functional and physiologic problems, risk factors such as diabetes and metabolic syndrome, structural disease and valvular problems, heart failure, acquired disease such as coronary artery disuse, and infectious diseases along with diseases related to blood vessel structure. Again, anxiety, stress, and stress related disorders can have an effect on major hormones, heart rate and heart health and heart disease. Nutritional abnormalities can also affect heart performance.
New research suggests that people who suffer from panic attacks are at increased risk of developing heart disease.
Dr Kate Walters and colleagues at University College London examined medical records of more than 400,000 people, including 57,615 who had been diagnosed with panic attacks. Results showed that people who were younger than 50 when they were first diagnosed with panic attack were 38% more likely to have a heart attack and 44% more likely to develop heart disease than those without the condition. Those who were older than 50 at the time of diagnosis did not have an increased risk of heart attack, but were 11% more likely to develop heart disease than those without the condition.
Intriguingly, the results also showed that while panic attack sufferers were at increased risk of developing heart disease, they were seemingly less likely to die from it.
Why people who suffer from panic attacks should be at increased risk of developing heart disease is unclear. According to the study, authors put forward several theories, one being that panic disorders might trigger nervous system changes which could promote the clogging of arteries. Another theory is that people may have been misdiagnosed as having panic attacks when they actually have coronary heart disease. “Clinicians should be vigilant for this possibility when diagnosing and treating people presenting with symptoms of panic,” said Dr Walters.
Walters K, Rait G, Petersen I, Williams R, Nazareth I. Panic disorder and risk of new onset coronary heart disease, acute myocardial infarction, and cardiac mortality: cohort study using the general practice research database. European Heart Journal. 2008;29:2981-2988. doi:10.1093/eurheartj/ehn477.
News release: Panic attacks linked to higher risk of heart attacks and heart disease, especially in younger people. European Society of Cardiology. December 10th 2008.
Study results have shown that people with depression are at increased risk of heart attack and heart failure because they are less likely to be active.
Scientists have known for some years that people who are depressed are at increased risk of heart attack and other cardiac events, however the reason why this should be has remained unclear. However, according to results of a study by Mary A Wooley and colleagues, the increased risk is due to behavioral factors.
The researchers analyzed data obtained from 1,017 people with heart disease, 199 of which had symptoms of depression. Results showed that 10% of depressed participants had a cardiac event (e.g. heart attack, heart failure, stroke, transient ischemic attack) during the study period, compared to just 6.7% of non-depressed participants, meaning that depressed participants were 50% more likely to have a cardiac event. However, results also showed that depressed participants were more likely to smoke, were less likely to take their medications as prescribed, and were less physically active. After the researchers factored these behaviors into their calculations the risk of a cardiac event in depressed participants was similar to that in non-depressed participants.
The researchers concluded: “These findings raise the hypothesis that the increased risk of cardiovascular events associated with depression could potentially be preventable with behavior modification, especially exercise.” Adding: “Exercise training can improve both depressive symptoms and markers for cardiovascular risk.”
Whooley MA, de Jonge P, Vittinghoff E, et al. Depressive symptoms, health behaviors, and risk of cardiovascular events in patients with coronary heart disease. JAMA 2008;300:2379-2388.
February is American Heart Month. In recognition of American Heart Month you can access Heart Health Made Easy at a 25% savings. Learn more about this take action guide to lower cholesterol and blood pressure at http://www.hearthealthmadeeasy.com.
All the best,
Lisa Nelson RD
Be Heart Healthy and Lose Weight
Heart Disease – What is the connection between blood pressure and heart rate?
Here’s another question I asked Dr. Cynthia Shelby-Lane and her answer.
Lisa Nelson RD: Please explain the connection between high or low blood pressure and someone’s heart rate? For example, if someone lowers their blood pressure, should they see a corresponding decrease in heart rate? Also, should someone be concerned about a consistently high heart rate, such as 100 bpm?
Dr. Shelby-Lane: Blood pressure and heart rate are interrelated components of the cardiovascular system and therefore, not mutually exclusively. One can affect the other.
Persons with well controlled high blood pressure, with or without medication, can also have a cardiac arrhythmia or irregular heart beat. This heart rhythm problem, if poorly controlled can then affect the blood pressure.
Persons with low blood pressure, due to a variety of reasons, can have a normal or abnormal heart rhythm. Person with a disorder called neurocardiogenic syncope can have low blood pressure and a low or normal heart rate, but this is positional in nature and may involve a severe hormone problem related to the adrenal glands.
Lisa Nelson RD: Hmmm, not sure you answered the question. Yes, blood pressure and heart rate are connected. If someone lowers there blood pressure via medication or lifestyle changes, should they expect a lower heart rate also?
Dr. Shelby Lane: This is not a straight forward answer. You can have normal blood pressure and an altered heart rate or vice versa. Heart rate and rhythm may be caused by electrical disturbances which may or may not affect blood pressure. Again, there is no one answer and follow up with a specialist is needed since there are multiple causes for high and low blood pressure as well as heart rhythm disturbances. Hope this makes sense.
Lisa Nelson RD: Thanks for the clarification. There is not one set answer for this question.
All the best,
Lisa Nelson RD
7 Natural Ways to Lower Blood Pressure
Weight Lifting and Blood Pressure – How does weight lifting impact blood pressure?
Lifting weights can cause a temporary, but dramatic blood pressure rise. Systolic blood pressure can increase up to 350-400 mm Hg and diastolic blood pressure to 150 mm Hg even if your blood pressure is typically a healthy level of 120/80 or less.
Long-term high blood pressure is linked to arterial endothelial dysfunction. The endothelium is the inner lining of your artery walls. Endothelial dysfunction can result in the hardening of artery walls. Researchers have been monitoring the effects of short duration rises in blood pressure, such as what occurs during strength training, to determine the effect on endothelial function. It has been determined that acute rises in blood pressure impairs endothelial function in untrained individuals and regular resistance training helps protect against vascular dysfunction.
At one time, weight lifting was discouraged if you lived with high blood pressure. However, this is no longer the recommendation. Regular physical activity that includes moderate strength training is one of many natural ways to lower blood pressure. A study published in Hypertension monitored participants completing resistance training 2 to 5 times per week and found strength training to help lower resting blood pressure.
Including strength training and aerobic physical activity can be a positive step towards lowering blood pressure; however, you must consult your physician before beginning an exercise and/or strength training program. Strength training is not recommended if you have uncontrolled high blood pressure, untreated heart disease, or an irregular heart rate.
The current American Heart Association recommends individuals 18 to 65 years-old include moderate intensity aerobic physical activity 5 days a week for a minimum of 30 minutes and strength training at least twice a week.
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