The risk of breast cancer is increasing rapidly. However, the undiagnosed conditions of breast cancer have taken the lives of a large number of women around the world. More than fifty thousand women lose their lives yearly due to breast cancer. However, the invention of digital mammography has made diagnosing breast cancer easier which you can find at AQMDI new jersey imaging center.
Women older than 40 years are at a higher risk for breast cancer. So they should get a mammogram conducted for preventive measures. It aids in treating the disease before it becomes fatal for the patient.
What Is Digital Mammography?
A mammogram is a tool that uses x-rays for the detection of cancer development and growth in female breasts. However, the process of developing a clear breast image to detect lump formation is known as mammography. The working of mammograms is quite similar to the x-ray machines, except it does not require you to stand before the device for the scanning.
Instead, the mammogram machine uses two plates to compress the breast against the plates. It can cause pain but helps develop a clear image of the breast. Moreover, this makes the examination more accessible and helps create a clear vision of the patient’s breast. The detection of early cancer growth can help in timely treatment.
According to research, early detection of breast cancer increases 90% of survival chances. In addition, a woman with no family history of cancer must get a yearly screening. The purpose of this annual screening is to detect the growth of cancer in the body.
However, the patient’s with a family history of being diagnosed with this deadly disease. Therefore, experts recommend getting mammography ten years before they turn 40. Furthermore, many NGOs have suggested making the screening mammography free of cost for all women 40 years and above.
Types Of Digital Mammography
Screening mammography is the other name for preventive mammography. One of the most prominent benefits of screening mammography is that it helps estimate breast cancer in its early stages. Moreover, this helps in the treatment of the disease. medical Diagnostic and screening mammography use high-frequency x-rays to create a clear image of the women’s breast.
The purpose of digital mammography is to reduce and control the risk of breast cancer in females. It allows the examiner to spot any cancerous tissues and begin the treatment as soon as possible. There are majorly two types of mammograms, diagnostic and screening mammography.
What Is Screening Mammography
The purpose of screening mammography is preventive measures. Usually, the patient undergoing this mammography has no apparent symptoms of breast cancer infection.
According to research, early detection of breast cancer increases 90% of survival chances. In addition, a woman with no family history of cancer must get a yearly screening. The purpose of this annual screening is to detect the growth of cancer in the body.
However, the patient’s with a family history of being diagnosed with this deadly disease. Therefore, experts recommend getting mammography ten years before they turn 40. Furthermore, many NGOs have suggested making the screening mammography free of cost for all women 40 years and above.
What Is Diagnostic Mammography?
Diagnostic mammography uses high-frequency x-rays for cancer detection. Doctors recommend diagnostic mammography when the patient shows unusual signs of cancer development in one or both breasts. For example, lump formation or sudden skin color changes can indicate cancer development.
Diagnostic mammography helps early cancer detection, saving several women’s lives. In addition, it allows timely treatment of the diseases, increasing the survival chances for females.
Difference Between Diagnostic mammogram VS. Screening Mammogram
Detecting breast cancer is common among females who cross 40 years. A mammogram is a diagnostic technique that helps detect breast cancer development in women. There are two types of mammograms, diagnostic mammograms, and screening mammograms.
Moreover, screening mammography is only for preventive measures. Therefore, doctors recommend digital mammography for females with no family history of breast cancer. This test’s main aim is to increase the survival chances of females fighting cancer.
In contrast, diagnostic mammography is in-depth mammograms. This test is designed for females showing abnormal signs of breast cancer. Development of lumps, breast pain, and changes in the shape and size of the breast are some indications that point to breast cancer. Diagnostic mammography can be a painful process. However, due to the emission of x-rays, the process can also have some side effects.
Benefits Of Digital Mammography
Digital mammography is an effective technique for detecting breast cancer. However, the benefits of digital mammography are relatively few but significant. To begin with, the primary aim of digital mammography is the early detection of breast cancer. Furthermore, regular screening helps in decreasing the death rates caused by breast cancer.
The purpose of screening mammography is preventive measures. Usually, the patient undergoing this mammography has no apparent symptoms of breast cancer infection.
According to research, early detection of breast cancer increases 90% of survival chances. In addition, a woman with no family history of cancer must get a yearly screening. The purpose of this annual screening is to detect the growth of cancer in the body.
Potential Risks Involved With Digital Mammography
Though mammography helps in the diagnosis of breast cancer, still no test is perfect. Fake positive results are one of the most common risks involved with digital mammography. In addition, it stresses the person, leading to over-testing and anxiety.
According to research, early detection of breast cancer increases 90% of survival chances. In addition, a woman with no family history of cancer must get a yearly screening. The purpose of this annual screening is to detect the growth of cancer in the body.
However, 12% to 28% of people undergo mammography yearly to detect any potential cancer growth. Though there are many other ways to detect the development of breast cancer, most females still prefer mammography.
What Are 3D Mammograms?
Breast tomosynthesis is also known as 3D mammography. This mammogram helps in diagnosing the clear breast image in an even better way. It captures a 3D image of the breast, making it easier for the examiner to take a closer look at the picture.
Diagnostic mammography helps early cancer detection, saving several women’s lives. In addition, it allows timely treatment of the diseases, increasing the survival chances for females.
The 2D mammogram does not show a clear picture of the tissues of the female breast. In contrast to the 2D mammogram, the 3D mammogram generates a clear picture of breast histology. This technique helps detect the tiniest lump or histological issues in the breast.
Final Words
Digital mammography is a technique that uses radioactive x-rays to detect breast cancer. In contrast with conventional film-screen mammography, digital mammography has a comprehensive range of benefits. The technique makes it possible to generate a clear image of each layer of the breast. As a result, the risk of radiation exposure is less than the x-rays and CT scans.
diagnostic mammography is an in-depth mammogram. This test is designed for females showing abnormal signs of breast cancer. Development of lumps, breast pain, and changes in the shape and size of the breast are some indications that point to breast cancer. Diagnostic mammography can be a painful process. However, due to the emission of x-rays, the process can also have some side effects.
this makes the examination more accessible and helps create a clear vision of the patient’s breast. The detection of early cancer growth can help in timely treatment.
The invention of digital mammograms has made it easier for doctors to detect and treat breast carcinoma. As a result, in the past few decades, there has been seen a significant decline in the death rate of a female because of breast cancer.
