By Tracy Thomas
Image courtesy of commons.wikimedia.org |
Breast Cancer – Just saying the term out loud makes women
cringe with good reason. More than
250,000 women are expected to be diagnosed with breast cancer this year. More than 40,000 deaths were caused by breast
cancer in 2015 alone. With those
sobering statistics in mind, it’s obvious that early detection is the best
defense against this scourge.
Breast cancer is caused by unregulated cell growth that most
commonly presents as a small lump. The
good news is that not all lumps are cancerous.
Lumps that are painful, moveable and soft are usually benign, while
those that are painless, hard and fixed are more likely to be cancerous. Detection of a lump isn’t a reason to
panic. Most lumps are not caused by
cancer. Fluid filled cysts and
non-cancerous tumors can form in the breasts.
That fact notwithstanding, it is crucial that anytime you
detect a lump, you schedule a breast exam with your physician. The AMA recommends that women over the age of
20 should have a breast exam every three years.
Women over the age of 40 are advised to have a breast exam and a
mammogram annually. Despite this fact, 1
in 8 women in the US is expected to develop breast cancer during their
lifetime. Their survival is directly
attributed to how swiftly a tumor is detected.
The earlier that detection takes place, the better the options for
treatment and the lower the mortality rate.
The Five Stages of Breast Cancer
As with other malignancies, breast cancer progresses through
a number of stages. Stage 0 ductal carcinoma is a non-invasive cancer
characterized by abnormal cells being confined to the milk duct. This early form of breast cancer is highly
treatable; provided treatment takes place before it spreads to the surrounding
tissue.
Image by commons.wikimedia.org |
Stage 0 lobular carcinoma is not considered a cancer,
despite its designation. It is
characterized by the growth of abnormal but non-invasive cells that form in the
lobules. If you are diagnosed with this
condition, your physician may prescribe hormone therapy as a preventative
action to prevent cancer cells from forming.
Stage 1 breast cancer is characterized as being contained to
the area where the abnormal cells first originated. It is further characterized as being less
than 2 centimeters in size. Just as in Stage 0, Stage 1 breast cancer is very
treatable and survivable. Even at this
stage, cancer usually does require surgery and possibly radiation
treatment. However, neither Stage 0 nor
Stage 1 cancers usually require chemotherapy.
By Stage 2, the tumor, which could reach 2-5 centimeters in
size, is still contained in the breast or has only spread to a maximum of 4
lymph nodes. Although Stage 2 breast
cancer may require more aggressive treatment as opposed to Stage 0 or 1, it
usually responds well to treatment.
Stage 3 means the cancer has spread beyond the breast to the
lymphatic system and/or the muscles of the chest, but it has not yet
metastasized to the organs. By this
stage, the tumor itself may have grown to the size of a lime or larger. Stage 3 treatment options can vary widely to
include anything from hormone treatment or chemotherapy to radiation or
mastectomy.
If the breast cancer progresses to Stage 4, it is known as
metastatic cancer that has spread to other parts of the body, such as the
bones, lungs, liver or brain. Currently,
Stage 4 breast cancer is considered incurable, although, in 94% of cases, it
typically occurs several years after breast cancer is diagnosed.
Early Detection is Key
Since early detection of breast cancer is the key to
treatment and survivability, let’s look at the detection methods currently in
use. Breast self-examination, while
helpful, is only able to detect lumps that have reached 1 centimeter (pea
sized) or larger. Mammograms, which can detect even smaller tumors, is a
technology that is far from perfect.
Known to have a false negative rate of 10% where cancerous cells go
undetected and a false positive rate of 7%, where healthy patients are referred
for more invasive testing, mammography is intended to examine a large
population base. As such, it has a
built-in sensitivity that was designed to detect a useful proportion of
cancers. To make the testing more
sensitive would not only be more expensive but also more problematic since
mammography relies on x-rays to create images.
Image courtesy of commons.wikimedia.org |
Radiation exposure has always been a potential risk of using
mammography as a screening tool, especially in younger women. This is the
reason why most radiologists will not perform a mammogram on women below the
age of 40. Often the use of ultrasound
or MRI will be used to screen women younger than 40 who have a significant risk
of developing breast cancer. While these
three screening tools have their uses, they are all designed to detect existing
tumors.
Digital Thermal Imaging
What if there was a non-invasive screening tool that could
detect tumors too small to be detected by mammography, or even pre-cancerous
conditions that existed in the breast? Even better, what if the testing didn’t
rely on any form of ionizing radiation to function? This is what Digital
Thermal Imaging, otherwise known as Thermography is all about.
It is known that tumors and their precursors typically
increase blood circulation to the affected area by increasing blood flow to
existing blood vessels, opening dormant blood vessels, or even creating new
ones. This causes a rise in the surface
temperature of the breast. Since
thermography relies on a computer-controlled infrared imaging system, it can
detect the presence of a tumor too small to be detected by a mammogram. Better yet, by detecting any variation in
normal blood vessel activity, a thermograph can also point to pre-cancerous
conditions that may exist in the breast.
Image courtesy of Vibrant Life Health Center |
The typical thermogram takes less than 30 minutes to complete. The patient is asked about their history of
health, then positioned in front of the infrared imager. An image that encompasses the breasts,
lymphatics, and chest are then taken .
These images are then displayed on a computer screen where they are electronically
sent to Board Certified MD’s and DO’s for interpretation. (See the video below for more information on thermography.)
Once the images have been analyzed, they are then graded
into one of 5 categories:
1. Within Normal Limits
2. Low Risk
3. At Some Risk
4. At Increased Risk
5. At High Risk
Depending on the findings, the doctor may request other
types of testing or schedule additional thermograms to better monitor breast
health. Since thermography is
radiation-free, they can be repeated as often as necessary. Since it is useful for early detection, thermography
is a tool that can help all women win the fight against breast cancer.
Tracy
Thomas is the Vice President of Vibrant Life Health Center. Tracy’s personal
experience with chiropractic and nutrition has allowed her to watch many life
changing transformations. This is what drives her complete passion to devote her
life to the mission of true Health & Wellness. Tracy’s life was changed
drastically over 15 years ago and her intensive transformation stands
as a testimony to the life changing value of what we do at Vibrant Life Health
Center today. Tracy’s passion to educate families is what drives
her on a daily basis! Being married to Dr. Jon for 18 years and raising 4
children has allowed her to continue to grow and master her holistic skills.
Her family shares in the joy of Health and Wellness as she has made it a priority
to pass on her wisdom of healthy living to her family and everyone who knows
her. For fun Tracy loves scrapbooking, taking Sunday trips with her husband,
reading and photography.
A technology that can detect breast cancer before it gets started is just what women have needed for decades.
ReplyDeleteThe advancement of diagnostic technology is amazing and important. All too often doctors get stuck in there old ways and don't look into these new tools. They can save lives. I hope anyone who believes they are at risk for cancer takes advantage of this new diagnostic tool.
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