Tom and Jack Howaniec

Tom and Jack Howaniec

Ages: 51 and 8

From: Auburn, ME

Barbara Howaniec knew her husband Tom had been diagnosed with the genetic condition familial hypercholesterolemia (FH) when they got married. In fact, Tom had been trying to manage his cholesterol levels since his mid-twenties. When Barbara and Tom were planning their family, their physician told them that their children might be at risk for FH as well, and that they should be screened by age six. Barbara had never imagined she’d have to worry about her children having high cholesterol.

Their first child, Jack, was diagnosed with FH two years ago and their 6-year-old daughter does not have FH. Jack has to work to control his cholesterol through exercise and dietary changes, and while this is daunting for such a young child, Jack’s early diagnosis could save his life. Barbara and Tom struggle with the decision to start Jack on cholesterol medications since their long-term effects are not yet known. Although Jack doesn’t let FH interfere with his daily life, he knows the importance of staying active and eating healthy, low-fat foods so that his risk of developing cardiovascular disease is greatly reduced–in hopes of avoiding the invasive surgery needed by his father and grandmother.

Though Tom might not have been aware that FH ran in his family, he lived with the grim effects it had on his loved ones. Tom’s grandmother died at a young age of heart disease and his mother had quadruple bypass surgery at the age of 60 and a stroke 20 years later that caused her death. Even with a high incidence of cholesterol issues, no one told them it could be genetic.

When Tom was in his mid-twenties, he was diagnosed with FH and immediately started taking medication. He also worked to modify his diet and exercise to control his cholesterol. A few years after his diagnosis, the aggressive effects of FH led to a 90 percent artery blockage and Tom had an angioplasty. It has been a game of hit-and-miss trying to find the right combination of medications to keep his cholesterol down, but Tom has found a good system and is also working to help the development of new drugs by participating in clinical trials.

In addition to helping her husband manage his FH, Barbara deals with the added stress of making sure her young son stays healthy as well. Barbara is fearful of losing her husband and the impact that will have on her young children. She is also afraid that Jack might not be able to have as active a life as his peers.

In addition to having access to more information on FH, Barbara looks forward to the day when FH is a widely-recognized term and doctors do more than just tell patients they have high cholesterol. Instead, she hopes that doctors will take the time to explain that they have a genetic form of high cholesterol called FH.

Most importantly, Tom and Barbara hope that patients will seek out testing for themselves and their children earlier so that treatment programs can be started as soon as possible.

 

 

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Katherine Wilemon

Florida

On a perfect day in southern California, Katherine Wilemon was gardening when she was bitten by a spider. She had always had a fear of spiders, and she experienced a surge of blood pressure. When she calmed down, she noticed that she had chest pain and pain radiating down her right arm. Aware of her own history of Familial Hypercholesterolemia (FH), she called 911, concerned she might be having a heart attack.

Unfamiliar with FH, the responding paramedic did not understand when Wilemon painstakingly explained her diagnosis and elevated cholesterol levels. He listened to a 5’2″, slender woman still in her thirties tell him about her normal cholesterol being 385 and her current cholesterol on fertility medications being over 600 total. He heard her express concern about a heart attack and responded, “Sweetie, if it was your husband, maybe… but there’s just no way you’re having a heart attack.”

Wilemon subsequently experienced weeks of continuous, disturbing symptoms. She had chest pain upon walking any incline or stairs, and sometimes excruciating pain in her right arm. She went to the emergency room twice, and to several other doctors. Finally, Wilemon took matters into her own hands at her cardiologist’s office: she refused to leave without taking a stress test. Her cardiologist objected that a routine stress test administered six months earlier, as well as a CT scan in the last year, had revealed no cause for concern. Ultimately, however, Wilemon’s insistence on a new test prevailed. The stress test indicated serious problems.

Wilemon was rushed to the catherization lab, where it was revealed that she had had 100 percent occlusion in her proximal left descending artery. She had been having a “walking heart attack” for weeks since the spider bite. Wilemon was immediately admitted to the hospital, where she had a life-saving angioplasty procedure to clear the blockage and install a stent.

The fact that Wilemon didn’t look at-risk for cardiovascular disease is not uncommon for patients with FH. It is a genetic disorder associated with abnormally high levels of cholesterol—even in seemingly healthy individuals.

FH affects one in 500 individuals. Some of those with FH display yellowish patches around their eyes and xanthomas or bulges in their tendons; most commonly the Achilles tendons. Most, however, experience no symptoms and have no idea they have FH. The disease itself is essentially a condition in which the body cannot rid itself of naturally occurring cholesterol quickly enough. The ensuing cholesterol build-up results in unnatural deposits in the joints, the skin, the arcus of the cornea and, most consequentially, in the arteries.

News of the disorder often follows tragedy, such as when a post-mortem blood test determines that FH caused the early death of a loved one. Many baseball fans learned about FH following the tragedy of All-Star major league pitcher Darryl Kile’s mid-season death in 2002. His death was subsequently attributed to a 90 percent blockage in two coronary arteries. Neither Kile nor his team was aware that he had FH.

A petite, active woman who prides herself on nutritious eating, Wilemon remembers when swelling and inflammation in her Achilles tendon led her to consult the family physician at age 15. The doctor simply told her she had high cholesterol and prescribed a statin medication.

This was a beginning of a pattern in Wilemon’s medical treatment. Her condition was consistently treated more like an anomaly than a recognized disease. A formal introduction to FH did not come until her late twenties, when Wilemon complained to a new doctor about side effects from her prescription. “Don’t you understand? If you don’t take it, you will suffer a heart attack,” she recalled him saying.

Her mild symptomology, attractive appearance and healthful lifestyle belie the profound impact the disorder has had on Wilemon. For years, little information was available, leaving Wilemon with more questions than answers. “Even with doctors who knew my history, I had to advocate for myself to get the care that I needed,” she said, adding that there was “a total dearth of information” early in her diagnosis.

Increased understanding of the disease brought heightened concern that conceiving her first child would result in the loss of her own life. During pregnancy, women’s cholesterol levels escalate. For an FH patient like Wilemon, this could be deadly. Indeed, after five years of fertility medications, her cholesterol levels had risen from 385 to more than 600.

The fertility treatments were successful and shortly after having their daughter, the Wilemon family met Dr. John Guyton, an endocrinologist at Duke University Medical Center. “I was still trying to take the conversation beyond just taking megadoses of statins,” Wilemon said, noting that Dr. Guyton identified a new prescription regimen requiring her to take multiple medications, nevertheless causing far fewer side effects.

Dr. Guyton was the first physician to provide great insight on the disorder and an alternate treatment protocol, and he suggested FH testing for their newborn. Although disappointed to learn that their now three-year-old daughter carries FH, the Wilemons take comfort in knowing the diagnosis allows them to treat her proactively. “My greatest hope is to live long enough to see my daughter get married,” she says. “Maybe even get to see my grandchildren.”

Still, there are times of anxiety. Wilemon is worried that medical developments won’t come quickly enough to advance treatments for FH patients during her lifetime. It frustrates her that while one in 500 people are affected by the disorder, she has only very recently met others who are aware that they or their family members have FH. Invariably, these individuals with FH educated only because they happened to work with a physician with a heightened awareness of the condition. She has started to take a more active role in patient advocacy, both domestically and in connection with more established organizations in Europe.

In crowded places, she sometimes looks around and wonders who else carries FH. And she continues to advocate for her daughter, one of the only other FH patients that she knows. “We will make sure she is under the care of doctors who understand this disease,” she said. “That’s something that took me a long time to find.”

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Lipid IQ Test


Test Your Lipid IQ


  1. What is the number one cause of death in the United States?

    B. Heart disease. Heart disease, which includes heart attack and stroke, is the number one cause of death for American women. Every year nearly 500,000 women die from heart disease, which is nearly 10 times the number of women who die from breast cancer.

  2. HDL is like a tow truck that removes ___________ from your blood.

    C. LDL-C. HDL-C is known as the “good” cholesterol that helps take the “bad” cholesterol (LDL-C) out of the body. The higher your HDL-C level, the more “bad” cholesterol your body can remove.

  3. What are healthy LDL-C levels?

    A. < 100 mg/dL. LDL-C carries cholesterol to tissues and can clog the arteries. Too much LDL-C can lead to plaque build-up and increases the risk for heart disease and stroke.

  4. What are healthy HDL-C levels?

    C. > 40 mg/dL in men and > 50 mg/dL in women. The more HDL-C in your blood, the better. Research has shown that for every one mg/dL increase in HDL-C, your risk of a heart attack drops three to four percent.

  5. What are healthy triglyceride levels?

    D. < 150 mg/dL. The normal level of triglycerides is 150. The risk of developing heart disease doubles when triglyceride levels are above 200. High levels of triglycerides are common in people who are overweight, who have diabetes or who have low HDL levels.

  6. What is the first treatment option for someone with unhealthy lipid levels?

    B. Diet and exercise. Changes to diet and exercise should be the first treatment option if you have unhealthy lipid levels, though not everyone will be able to reach healthy levels without medication.

  7. Which of the following is not measured in a standard lipid panel?

    C. Blood pressure. A lipid panel, conducted by your doctor at yearly check-ups, measures the contents of your blood.

  8. True or false: The most important cholesterol number to know is LDL-C.

    False. It is important to know all of your cholesterol levels, including LDL-C, HDL-C, triglycerides and total cholesterol, in order to assess your risk of heart disease.

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Learn Your Lipids

Lipid is a medical term for fat found in the bloodstream. There are different types of lipids, some good and some bad. The two major types of lipids are cholesterol and triglycerides.

Cholesterol

Cholesterol is a waxy substance that provides your body with energy and is used to make hormones and bile acids necessary to help digest food. Cholesterol is made naturally by the body but is also taken in from some foods. Your body needs cholesterol to function properly, but having too much can cause a buildup of plaque in the arteries, which may lead to heart disease or stroke.

Cholesterol travels throughout the body in little packages called lipoproteins which are made up of blood fats called lipids and proteins. Two main types of lipoproteins carry cholesterol:

  • Low density lipoprotein cholesterol (LDL-C)

    LDL-C is known as the “bad” cholesterol because it carries cholesterol to tissues, including the arteries. You might think of LDL as being the bad “dump truck.” LDL cholesterol is the amount of cholesterol fat circulating in your blood, which can be used to estimate the number of LDL dump trucks getting into the artery wall — the cause of plaque build-up and driving force behind atherosclerosis, heart disease and stroke.

    Based on your risk for heart disease, your doctor will help you set an LDL-C goal. While lowering LDL-C is the main method for managing heart disease risk, it is important to keep your other lipids at a healthy level, too.

  • High density lipoprotein cholesterol (HDL-C)

    HDL-C is known as the “good” cholesterol because it helps take “bad” cholesterol out of the body. Think about HDL-C as a “tow truck” that removes LDL-C from your blood. The higher your HDL-C level, the more “bad” cholesterol your body can remove. Research has shown that for every one mg/dL increase in HDL-C, your risk of a heart attack drops three to four percent. Because studies have shown that low HDL-C may be a greater risk factor for heart disease in women, guidelines for healthy HDL-C levels differ for men and women.

Triglycerides

Triglycerides are another type of lipid, or fat, found both in the blood and in foods. High triglycerides are often caused by being overweight, a lack of physical activity, cigarette smoking, excess alcohol intake, or a diet very high in carbohydrates–the sugars and starches found in bread, cereals, fruits, etc. When triglycerides are high, LDL-C no longer accurately estimates the number and risk of LDL “dump trucks.” In this case, your doctor will try different ways of estimating your level of LDL-C, such as calculated non-HDL cholesterol (the sum of all cholesterol levels minus HDL-C), or advanced tests such as ApoB or NMR spectroscopy.

High levels of triglycerides have been linked to increased heart disease risk–particularly in women. Research shows that women with high triglycerides and a waist larger than 35 inches are three times more likely to die of heart disease than those without those risk factors. People with diabetes tend to have higher triglycerides than those without the condition. Diabetic patients also face greater risks if they have a high triglyceride count.

Total Cholesterol

Total cholesterol is the sum of all cholesterol in the blood. Even if your total cholesterol is below 200 mg/dL, you may still be at risk for heart disease if your individual lipid measures are not within recommended levels.

Why are healthy lipid levels important?

Artery

Unhealthy lipid levels can increase your risk of heart disease, the number one cause of death for American men and women. In fact, diseases of the heart alone cause more than 30 percent of all deaths in the U.S., many more than all cancers combined. The most dangerous of the heart diseases is atherosclerosis, or “hardening of the arteries.” It’s a buildup of the waxy deposits from cholesterol, called plaque, that can narrow your arteries and prevent oxygen from getting to your heart. This can lead to stroke, heart attack, and even death.

What are healthy lipid levels?

  • HDL-C (Good Cholesterol) > 40 mg/dL in men and > 50 mg/dL in women
  • LDL-C (Bad Cholesterol) < 100 mg/dL
  • Triglycerides < 150 mg/dL
  • Total Cholesterol < 200 mg/dL

Who is at Risk for Cardiovascular Disease?

Factors you can’t change Factors you can change
  • Age–45 or older for men; 55 or older for women
  • Family history of early heart disease–father or brother diagnosed before 55; mother of sister diagnosed before age 65
  • Smoking
  • High blood pressure
  • High blood cholesterol
  • Overweight/obesity
  • Physical inactivity
  • Diabetes
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Why See a Lipid Specialist

Lipid specialists include physicians and allied health professionals—such as pharmacists, nurse practitioners and dietitians—who have training and expertise in lipid disorders.

Many lipid specialists work in lipid clinics where they can collectively treat patients from the entire spectrum of medicine. Lipid clinics also can perform tests that help determine if and what kind of inherited cholesterol disorder a patient has as well as assess a patient’s risk for premature coronary heart disease.

In addition, lipid specialists are skilled at managing the possible interactions and side effects that may occur when patients take medications prescribed to treat lipid disorders.

Find a Lipid Specialist

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Preparing for an Appointment

If you suspect FH, you should schedule an appointment with your family physician or a lipid specialist.  During the appointment, you will be asked to provide information about your family medical history and also any medications that you are taking.

Your healthcare practitioner will then evaluate you to confirm if you have FH. The assessment will include a diet history, a smoking history, an extensive family history, a physical examination including blood pressure measurement, and a blood test. For your family history, you will need to know if any of your blood relatives have high cholesterol levels, or if they have experienced a heart attack or have coronary heart disease (CHD). In particular, you will need to know at what age your relatives developed a heart condition. Your health practitioner will also want to know if anyone in your family has died from CHD and at what age.

Find a Specialist near you

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Special Considerations for Women and Children

Women with FH who are pregnant or who are trying to conceive are advised to see their lipid specialist as soon as possible to ensure a healthy pregnancy. It is recommended that women with FH should not take lipid-modifying medications (with the exception of bile acid sequestrants) in the three months prior to conception, during pregnancy or while breastfeeding.

Children with FH are at high risk for developing coronary heart disease (CHD) prematurely. Screening in childhood allows for early, accurate identification of FH and helps a family to be proactive in developing a treatment plan with their child’s lipid specialist.

The National Lipid Association recommends universal screening between ages 9 and 11 years to identify all children with FH. However, screening should occur earlier, in children 2 years of age or older, if there is a positive family history for FH or premature CHD, or other significant heart risk factors.

Children diagnosed with FH typically will begin treatment around the age of 10 years but some may require earlier treatment.

Many pediatric lipid specialists have experience in treating children with FH.

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Long-term Care Implications

FH is a lifelong disease, but it can be managed with proper treatment and a healthy lifestyle.

Because your body makes cholesterol on a continuous basis, you will need ongoing treatment throughout your life to ensure your levels do not rise.

Patients with FH who identify and begin managing the disease at an early age have the best chance for protecting their health and quality of life.

Since cholesterol-lowering drug treatments became available, many FH patients living in the United States today are now 70 years of age or older and are able to lead full, active lives.

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Side Effects of Treatment

Statins are among the most common medications used to treat patients with FH. Statins are generally safe and well tolerated and most patients experience very few side effects. Sometimes the medication may cause muscle aches or weakness, but those go away once the medication is stopped.  Occasionally, an FH patient will tolerate one statin better than another.

Side effects for other medications may include:

  • Ezetimibe – headaches, stomach pain and rarely, muscle pain;
  • Niacin – hot flashes and flushing (skin suddenly becomes warm);
  • Bile acid sequestrants –  constipation, bloating, and stomach pain; and
  • Fibrates – stomach pain and some diarrhea.

The side effects you experience, if any, will vary based on your medication regimen and if you are using just one or a combination of these drugs.

Side effects for apheresis may include chilling, fatigue, lightheadedness and low blood pressure. Please inform your lipid specialist if you experience any of these symptoms, though usually the level of discomfort is reduced as soon as the procedure begins.

It is important to talk with your lipid specialist about any side effects you are experiencing to ensure that you have the most appropriate treatment plan for your individual patient needs.

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What is FH?

Hypercholesterolemia means high blood cholesterol. Familial Hypercholesterolemia is a genetic disorder that causes severely elevated cholesterol levels. Normal total cholesterol levels are approximately 200 mg/dL, but people with FH may have a cholesterol level in the 350 to 500 mg/dL range. I f untreated, individuals with FH have approximately a 20-fold higher risk of early onset heart disease compared with people with normal cholesterol levels. The type of cholesterol that is elevated in Familial Hypercholesterolemia is called LDL (low density lipoprotein) cholesterol. LDL cholesterol transports cholesterol through the blood stream. Excess LDL cholesterol collects in the blood vessels, eventually blocking blood flow through these vessels. The blocked blood vessels may lead to chest pain and heart attacks.

Familial Hypercholesterolemia is common; 1 in 500 people have FH. If one parent has FH, there is a 50% chance that his or her offspring would have FH. Rarely, a person inherits an abnormal gene from both parents, and it results in a more severe form of FH, called homozygous FH (1 in 1,000,000 people). If left untreated, a person with homozygous FH may die of heart disease in childhood or adolescence.

FH is caused by mutations or changes in a gene that codes for the LDL-receptor. The defective LDL-receptor cannot take up LDL-Cholesterol from the blood into the cell. Excess cholesterol is deposited in blood vessel walls and sometimes in tendons, the skin, and the eyes.

Familial Hypercholesterolemia (FH) is a treatable inherited disease, where a genetic mutation causing high blood cholesterol is transmitted from generation to generation. Familial means it runs in families; sometimes it is possible to trace the disease over several generations.

Related Information:

 

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