Member since 05 December 201719 January 2018 at 11:39
Two tests may be better than one.
That’s the conclusion of researchers in a new study that looked at the reliability of both ultrasounds and mammograms. Where mammography is available, ultrasound should be seen as a supplemental test for women with dense breasts who do not meet high-risk criteria for screening MRI and for high-risk women with dense breasts who are unable to tolerate MRI.
However, mammograms expose women to small doses of radiation. Also, it may miss masses in dense breasts. Breast ultrasound has its advantages, too. The technician may look for lesions hidden within dense breast tissue (parenchyma). There’s no radiation involved. How effective an ultrasound exam depends on the skill of the person performing it.
Human error can lead to overlooked lesions or misinterpreted results. But unlike mammography, ultrasound can’t make out architectural distortions, calcifications, or asymmetries. There is also a higher false-positive rate of ultrasound compared to mammography. False positives often lead to more tests, including biopsies. That can add to healthcare costs.
Cancer is by definition abnormal growth of tissue which spreads and causes damage. The actual mechanism why and how it happens is the subject of a great deal of study but appears to involve small groups of cancer cells invading and breaking off in blood and lymph vessels and being carried along to d....
Yes, radiotherapy or radiation treatment can cause side effects. The effects may appear after a couple of weeks of treatment. They continue to get even worse during the treatment and after the treatment has finished. However, A few weeks after treatment things start to get better. Everyone is diffe....
Akanksha Pardeshi
Two tests may be better than one.
That’s the conclusion of researchers in a new study that looked at the reliability of both ultrasounds and mammograms. Where mammography is available, ultrasound should be seen as a supplemental test for women with dense breasts who do not meet high-risk criteria for screening MRI and for high-risk women with dense breasts who are unable to tolerate MRI.
However, mammograms expose women to small doses of radiation. Also, it may miss masses in dense breasts. Breast ultrasound has its advantages, too. The technician may look for lesions hidden within dense breast tissue (parenchyma). There’s no radiation involved. How effective an ultrasound exam depends on the skill of the person performing it.
Human error can lead to overlooked lesions or misinterpreted results. But unlike mammography, ultrasound can’t make out architectural distortions, calcifications, or asymmetries. There is also a higher false-positive rate of ultrasound compared to mammography. False positives often lead to more tests, including biopsies. That can add to healthcare costs.