Tag Archive: Mammograms

  1. The Connection Between Dense Breasts and Breast Cancer

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    Connection-Between-Dense-Breasts-Breast-Cancer

    October is Breast HEALTH Awareness Month!

    Let’s focus on Breast Health, exploring ways to prevent cancer at a cellular level and minimize our exposure to radiation.

    While commonly performed, mammograms are uncomfortable and use ionizing and cancer-causing radiation. It is true that mammograms have saved lives and been helpful in detecting cancer. Many women are still alive today because the cancer was found at a treatable stage, and many are also firm believers in the Pink Ribbon campaigns. And rightly so, because they are survivors of this wicked disease!

    Mammograms have been touted as the Gold Standard for over 35 years, yet they are far from perfect. But they’re what women are being offered, and everything else is shunned as misinformation or not scientific.

    Mammograms have come under scrutiny over the past 10 years and rightly so. Millions of women are subjected to ionizing radiation every year at the directive of their health care providers. Many women, including some doctors, fear mammograms are causing over-treatment and resulting in more cases of cancer.

    According to a 2012 study, The Effects of Three Decades of Screening Mammography on Breast Cancer Incidence, published by scientists in the New England Journal of Medicine, 1.3 million women have received unnecessary and invasive cancer treatments including surgery, radiation, mastectomies, hormone treatment and chemotherapy over the last 30 years. This is largely due to mammograms detecting harmless tumors, lumps, bumps, or cysts.

    Also, a study by the Journal of American Medicine found that mammography misses about 50% of tumors in women with dense breasts! This is not a good track record.

    The current dialog on breast cancer focuses on finding it and treating it. Treatment and more treatment is being done. However, the risk of breast cancer is four to five times greater in women who have increased density in more than 75% of their breast tissue than in women with little or no density in the breast. One-third of all breast cancers are found in women who have increased breast density in over 50% of their breast.

    What exactly is dense breast tissue?

    Having dense breast tissue is very common but not abnormal. After a mammogram, ultrasound or MRI a woman may be told she has “increased breast density.” Increased breast density, as detected through these screening techniques, is a strong known risk factor for breast cancer. So what does it mean?

    Let’s start by addressing dense breasts and mammograms. Dense breasts make it difficult to identify the tumor on the mammogram.

    It is difficult to see a lump, cyst or tumor on a mammogram or ultrasound when there is dense breast tissue present. (See Category C and D in the chart.) Notice how white the breasts are? A tumor is white and so is connective tissue, so it’s a lot like looking for a snowball in a snowstorm!

    Types of Dense Breasts

    Dense breast mammo

    Types of Dense Breasts

    Breast tissue is made up of fat, glandular, and fibrous connective tissue. Fat is less dense and appears dark on a mammogram, while glandular and connective tissues are denser and appear light. Your breast will be seen as dense if you have a lot of fibrous or glandular tissue and not much fat in the tissue.

    • Lobules produce milk and are often called glandular tissue.
    • Ducts are the tiny tubes that carry milk from the lobules to the nipple.
    • Fibrous tissue and fat give breasts their size and shape and hold the other structures in place.

    Your breast tissue may be called dense if you have a lot of fibrous or glandular tissue and not much fat in the breasts. For most women, breasts become less dense with age, but in some women, there’s little change. Although, there seems to be a link between density and older women who were exposed to Phthalates and BPS’s from hard plastics.

    What about breast ultrasound or MRI?

    Studies have shown that breast ultrasounds and magnetic resonance imaging (MRI) can help find some cancers that can’t be seen on a mammogram. But the risk is that both ultrasounds and MRIs show more positive findings that turn out not to be cancer. That could result in an unnecessary biopsy.

    So, getting extra tests isn’t the solution. Ultrasounds and MRI may not be covered by insurance, as such a policy for dense-breasted women would cost the insurance company a lot in extra tests and false alarms for a small benefit.

    What about 3D mammography?

    3D mammography, or tomosynthesis, has about a 60% sensitivity, still uses compression and will expose you to 38% more ionizing radiation, which is the most dangerous kind of radiation. This is what you are trying to avoid. So getting extra tests is not necessarily the solution.

    The good news is that breast density can diminish over time. However, women whose breast density does not diminish over time are more likely to be diagnosed with breast cancer if they are depending only on anatomical screenings via a mammogram or an ultrasound.

    Thermography detects heat and does not detect anatomical structures. So if a woman has a lump or bump and thermography does not detect heat, then it is most often benign—and up to 80% of biopsies can be avoided. Thermography is an adjunct to an anatomical screening, preferably used with ultrasound because it is radiation free—and isn’t that what you are trying to avoid?

    dense breast images

    The mammogram on the bottom right shows a woman with a very dense breast.Notice how white it is. The thermographic image about clearly shows the heat of the tumor on her breast. 

    What Causes Increased Breast Density?

    Breast tissue develops primarily during puberty and is altered during pregnancy, breastfeeding, and menopause. Dense breast tissue can be linked to genetic factors; menstrual and reproductive factors; environmental factors; exposure to higher estrogen levels in utero; dietary and lifestyle habits; and hormonal indicators.

    Birth control pills can increase density. The longer you use contraceptives, the more density there will be in your breasts. Increased weight gain in adulthood is a factor, as is hormone use starting from age 22 to 28. Alcohol consumption, red meat, sugar and caffeine also increase density.

    Is there anything to make your breasts less dense? If you take limited advice from mainstream medicine, the answer is no! There is no diet, no yoga pose, no type of strength training, no pills, no shots—you are stuck with what nature gave you. Unacceptable!

    How can you reduce breast density?

    • Breast feed for at least six months.
    • Increase healthy fats: olive oil and flax seed oil, for example. Use these oils raw, as these have a low burn point.
    • Eliminate red meat or greatly reduce it.
    • Limit alcohol to one drink a week.
    • Sugar has no redeeming value, so cut it out. It feeds cancer cells.
    • Eliminate caffeine. Coffee turns into estrogen within 45 minutes.
    • Increase fiber intake through flax, chia seeds and psyllium. The more fiber you eat, the more estrogen is removed from the body
    • Move toward a plant-based diet. Breasts love all things green—especially the cruciferous family of vegetables.
    • Restrict carbohydrates as they turn into sugar.
    • Drink organic green tea.
    • Try breast massage with specific oils for breast health.

    As you can see, breast density is a very common condition, and there is an environmentally safe solution for both screening and alleviation.

    Be proactive when it comes to your breast health, especially if you have dense breasts. Here’s to happy healthy breasts!

    Share this information with your friends. We all want to have healthy breasts and keep them for the rest of our lives!

    Warmest regards,
    Patricia

     

  2. A Game-Changing Ultrasound for Dense Breasts & Implants

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    Ultrasound-for-Dense-Breasts-Implants

    During my many years as a thermographer, I’ve learned that a great majority of women who seek out thermography have dense breasts. Many have had years of mammograms and/or biopsies with benign results, and all of them want to avoid radiation and compression.

    In fact, more than 40% of women have dense breast tissue.  If a woman relies on anatomical screenings of mammography and ultrasound, her chances of getting breast cancer are around 70%. For women with dense breasts and/or breast implants this has always been a problem, but this is still the standard of screening.

    The Disadvantages of Mammography for Dense Breast Tissue

    A mammogram uses radiation and finds a tumor after it has been in state of angioneogenesis, or producing heat as cells are replicating. So, mammograms find tumors after they have become large enough to be seen on anatomical studies (mammogram, ultrasound or MRI).

    This means that by the time a mammogram finds breast cancer, it has been in the stages of “cells on fire” for anywhere from 7 to 10 years. This is NOT prevention!

    Mammography is also a highly ineffective examination for women with dense breasts, with a sensitivity between 28% and 50%.

    Tumors are even harder to detect, because both a tumor and the connective tissue of dense breasts appear white on a mammogram. To find a tumor on a mammogram with dense breast tissue is like looking for a snowball in a snowstorm!

    Thermography is beneficial because it picks up a tumor as heat. This gives you time to make lifestyle changes and explore early intervention—before a tumor is big enough to appear on an anatomical study.

    In a 2008 study by The American Breast Surgeon Department of Surgery at the New York Presbyterian Hospital–Cornell, researchers concluded that thermography was highly beneficial for women with dense breast tissue.

    So why don’t doctors give us the option of thermography? They still recommend mammograms, despite them being an ineffective screening method for dense breasts and delivering more cumulative and potentially cancer-causing radiation.

    Adding the Power of AWBUS to Thermography

    Women with dense breasts who screen with thermography are recommended to follow up with an ultrasound. Thermography is an adjunct to an anatomical screening. While the ultrasound is not that effective for dense breasts, a new anatomical technology is now available to improve the detection of cancer in women with dense breasts and implants.

    AWBUS (Automated Whole Breast Ultrasound Screenings) is a supplementary ultrasound examination of both breasts that can find small cancers that mammography may miss. AWBUS can increase confidence in your diagnoses. When done in conjunction with a thermogram, it can find more cancers in women with dense breasts than by mammography or standard ultrasound alone.

    Watch this TEDx Talk with Dr. Kelly who explains:

    3D tomosynthesis is also recommended for women with a breast density grade of 2-3. 3D tomosynthesis improves the visualization of calcifications and small cancers that can be hidden by overlapping tissue. Yet it delivers 38% more ionizing radiation than a standard mammogram. Again, Ionizing radiation is the most dangerous radiation. Radiation is cumulative and can be a risk factor for creating cancer.

    The combination of AWBUS and thermography are environmentally safe, radiation free and provide early detection. This makes it a game changer in breast screening technology. AWBUS is most advantageous for women with a breast density grade of 3-4.

    Contact me if you have any questions.

    Please share this information with your women friends!

    Note: At this time, there is no guarantee that your insurance company will cover an Automated Whole Breast Ultrasound. I recommend you contact your insurance company to find out if you are covered under your specific program.

  3. Mammograms or Sonograms with Thermography?

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    Mammograms or Sonograms with Thermography

    Thermography is an excellent screening for early prevention of breast cancer because it detects heat associated with pathological processes years before it can be detected with conventional anatomical screening.

    Many women, including some doctors, fear mammograms are causing over treatment.

    According to a recent study published by scientists at The New England Journal of Medicine, 1.3 million women have received unnecessary and invasive cancer treatments including surgery, radiology, hormone therapy and chemotherapy over the last 30 years.

    This is in large part due to routine mammograms detecting harmless tumors.

    Thermography may reduce the number of false positives by demonstrating whether a tumor is metabolically active or not when combined with anatomical testing.

    So what that means is thermography is an adjunct to an anatomical test. Our doctors recommend environmentally safe ultrasound with thermography.

    But what if you need more comprehensive screening or are told you need a biopsy?

    MEET THE FUTURE OF HIGH-PERFORMANCE SONOGRAPHIC IMAGING

    Advanced Digital Imaging technologies such as high-powered Sonograms, Spectral Doppler, Sonofluoroscopy, 3D/4D Image Reconstruction provide accurate use of sound waves to produce real-time images inside the body.

    It is used to find anomalies and help diagnose the causes of pain, swelling and infection in the body’s internal organs while allowing the diagnostician the ability to zoom and “travel” deep within the body for better exploration.

    Digital imaging sonogram technology is also used to help guide biopsies and, in many cases, even replicate much of the same reports of a clinical invasive biopsy.

    Sonograms and ultrasounds offer the highest accuracy in dense (cystic) breast. Like thermography, it is radiation-free with out physical pressure or pain.

    It distinguishes cysts (fluid filled masses) from cancerous tumors without needle sampling.

    For those near the NYC area, please meet Dr. Robert Bard of Bard Cancer Diagnostics for Advanced Breast Scanning and Cancer Screening Programs.

    Bard Cancer Diagnostics
    121 E.60th St. #6A
    212 355 7017
    www.breastcancerNYC.com
    New York, New York

    Warmest regards,
    Patricia