Women Should Have 3d Mammograms

{text:bookmark-start} Mammograms {text:bookmark-end} Mammograms are important to have because it not only affects women over 40, but it affects young and men also. A mammogram (also called a mammography exam) is a safe, low-dose x-ray of the breast. A high-quality mammogram is the most effective tool for detecting breast cancer early. Early detection of breast cancer may allow more treatment options. It could even mean saving your breast or your life. Mammograms are probably the most important tool doctors have to help them diagnose, evaluate, and follow women who've had breast cancer. Mammograms don't prevent breast cancer, but they can save lives by finding breast cancer as early as possible. There are four important things to know

While having regular mammograms every two years does not guarantee you will not get cancer, it may however detect the disease early. Cancer screening makes sense; identify and treat cancer before you know it’s there. The theory behind this is to catch cancer in the initial stages and it will be more curable. This in turn, reduces deaths due to the disease.

Currently mammography and ultrasound are basic imaging techniques for detection and localization of breast tumor. Breast Ultrasound is a typically painless medical test that uses reflected sound waves for further evaluation of a breast abnormality or a specific area seen on mammography. Ultrasound can locate and measure abnormalities or changes to determine if a breast lump is solid or filled with fluid. A mammogram is an x-ray of the breast which may find tumors that are too small to feel. Women aged 40 to 74 years should have annual screening mammograms to lower chance of dying from breast cancer(2,15).Mammograms are less likely to find breast tumors in women younger than 50 years. This may

Breast cancer is a disease in which most commonly occurs in all women no matter their size, shape, race, or ethnicity. About one in eight women will be diagnosed with breast cancer every year, a fatal disease if not discovered early. Early detection of breast cancer is key so that cancerous cells found in the breast do not spread through other parts of the body. On a positive note, however, significant advances have been made in areas of reconstruction after a mastectomy. Breast cancer, the second leading cause of death in women, motivates many women to undergo screening every year and medical advances in 3D screening evolve regularly; though no cure has been

In the article, Identifying Women with Dense Breasts at High Risk for Interval Cancer, it explains how that there are twenty-one states that passed a law on how women are to notified if they have dense breast and that they also need to be able to discuss supplemental imaging with their doctor. The doctors want to have direct discussions of supplemental imaging by determining which combinations of breast cancer risk and Breast Imaging Reporting and Data System are associated with breast density categories because of the fact that interval cancer rates are so high. By having high density risk can really be scaring, but it also can cause mask tumors and decrease the sensitivity of a mammography which is not good at all. In the twenty-one states that passed the law are the only

The disadvantage of compression in mammography is that it can cause some discomfort for the client. GE has addressed this by designing the compression paddles with a rounded bucky shape to increase comfort (GE Healthcare 2016). The compression plates of the GE Essential are motorised, but can also be operated manually (GE Healthcare 2016). They have an automatic stop when compression reaches 200 Newtons (Hogg, Kelly and Mercer 2015, 128). The benefits of compression in mammography include: Better spatial resolution as magnification and focal spot blurring is reduced, reduced motion blur, less scattered radiation due to the shorter beam path length, improved image uniformity and less exposure time due to the smaller anatomy (Hogg, Kelly and Mercer 2015, 128). These benefits maximise clinical utilisation by decreasing patient radiation dose and making the pathology easier to detect. Radiation dose is reduced as the reduced beam path length allows lower energy x-rays to be utilised. This means that there is greater subject contrast and pathology buried in glandular tissues can be better visualized, particularly for malignant tissues (Hogg, Kelly and Mercer 2015, 128). Compression is important for efficient image acquisition and the GE Essential features an ergonomic design to allow for

In this careful way which undergone growth a chest order system that was based on chest anatomy to register female breasts into a common order frame in 2-d mediolateral (ML) or mediolateral sloping (MLO) view mammograms. The breasts were recorded, listed according to the placing of the pectoral muscle and the pointed part and the form of the chest division line because these were thought out as the most strong features independent of the chest size and form. On the base of these landmarks, we have made a nonlinear mapping between the parameter frame and the chest field, range in the mammogram. This mapping made it possible to make out the being like (in some way) positions and adjustments among all of the ML or MLO mammograms, which helps an

Breast cancer is the most common cause of death among women (Centers for Disease Control and Prevention, 2016). The latest data from the Centers for Disease Control and Prevention (C.D.C.) state that in 2013 230,815 women in the United States were diagnosed with breast cancer, and in 2013 40,860 women died from breast cancer (Centers for Disease Control and Prevention, 2016). From 2002 to 2012, the occurrences of a breast cancer diagnosis remained at an even level, however the death rate from breast cancer decreased by 1.9% per year (Centers for Disease Control and Prevention, 2016). Mammography has been used for years to detect breast cancer and is considered the most effective tool to identify breast cancer (Komen, 2016).

Because there are other modalities that are available that can not only diagnose breast cancer but can diagnose it better than mammography, these other modalities should be considered before resulting to mammography (Raikhlin et al, 2015; Wise, 2015). A case study was conducted by Raikhlin et al between July 2011 and January 2013. The study selected high-risk women, between the ages of 30 to 69 that underwent screening of breast Magnetic Resonance Imaging (MRI) and Mammography. The results of Raikhlin et al.2015 study was that malignancy was diagnosed in 13 patients, and of those 13 cancers 12 were detected by MRI and 4 by mammography. Raikhlin et al research shows that MRI can accurately diagnose breast cancer and can detect more than mammography can, and MRI can provide this diagnosis without exposing the patient to ionizing

In the last years, Magnetic Resonance Imaging (MRI) has become a very popular method used for the early detection of breast cancer, because it has greater sensibility than mammography. But, opponents of MRI are concerned about this type of examination because of the belief that it may increase rates of mastectomy. However, different studies have been performed and no proof of this has been recorded (Dang and Zaguiyan et al 937). Although many people think that mastectomy may increase with MRI’s, I feel that these types of screenings should be more recommendable for women at high risk for breast cancer, because cancer, if not treated on time might be fatal.

Mammography is a type of x-ray that uses radiation, the form of radiation used is light or radio waves.There have been three recent advances in mammography, which include digital mammography, computer-aided detection, and breast tomosynthesis. I interviewed Kim Eplee for mammography, and I asked, because of the new advances, what is digital mammography? How is it different from conventional (film) mammography? she told me “digital mammography

Breast cancer is a disease in which most commonly occurs in all women no matter their size, shape, race, or ethnicity. About one in eight women will be diagnosed with breast cancer every year, a fatal disease if not discovered early. Early detection of breast cancer is key so that cancerous cells found in the breast do not spread through other parts of the body. On a positive note, however, significant advances have been made in areas of reconstruction after a mastectomy. Breast cancer, the second leading cause of death in women, motivates many women to undergo screening every year and medical advances in 3D screening evolve regularly; though no cure

cancer. The use of film mammography can be very hard to recognize breast cancer in

The most basic concept is, x-rays pass through the breast. The breast tissue attenuates the x-ray photons in different degrees, which shows us different structures inside the breast. Cancer is demonstrated by being "whiter" than granular tissue, but detecting cancer varies among analog and digital. This is where digital mammography starts to become different than analog.

The National Health Service breast screening programme introduced digital mammography as the preferred option due to its increased sensitivity and specificity for denser breasts. Additionally, it has the ability to manipulate the images produced (NHSBSP, 2012).