Breast ultrasound quadrants


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An Evaluation of Ultrasound Features of Breast Fibroadenoma




If limelight is bad, rotate the probe 90degrees in the 'following-radial' plane. Round an example of mixed asymmetry.


Ultrasound evaluations of breast have come into attention as an alternative route. Ultrasound features of benign lesions such as fibroadenoma can be overlapping with those in a malignant tumor. Here, we assessed the reports of breast ultrasound in patients with pathologic diagnosis of fibroadenoma. We conducted a cross-sectional study and enrolled female patients with confirmed histologic diagnosis of fibroadenoma. Ultrasound studies were performed on the participants to see which sonographic patterns are more frequent in such lesions.

In Breast ultrasound quadrants patients with Upper outer quadrants in ultraosund breasts had the most number of lesions. Almost lesions Breast ultrasound quadrants round with only 2. When assessed for the margin definition, Noncircumscribed masses were reported in Lobulated masses were in The most frequent features include quaddants hypoechoic mass with a circumscribed border; however, complex presentations that overlap malignant masses are also detectable including noncircumscribed margin, lobulation, presence of a posterior shadow, heterogenicity, and micro calcification.

Abstract Abstract This article quxdrants the information that should be provided to women and referring physicians about breast ultrasound US. After explaining the physical principles, technical procedure and safety of US, information is given about its ability to make a correct diagnosis, depending on the setting in which it Breasg applied. The following definite indications for breast US in female subjects are proposed: Possible indications such as supplemental screening after mammography for women aged 40—74 with dense breasts are also listed. Moreover, inappropriate indications include screening for breast cancer as a stand-alone alternative to mammography.

The structure and organisation of the breast US report and of classification systems such as the BI-RADS and consequent management recommendations are illustrated. Information about additional or new US technologies colour-Doppler, elastography, and automated whole breast US is also provided. Finally, five frequently asked questions are answered. It is addressed to the women themselves and to physicians dealing with patients for whom breast US is, or may be, under consideration. In particular, seven special information notes from A to G and five frequently asked questions are formulated for use in direct communication with women. Considering the relevant differences across European countries in terms of available technology, national guidelines, clinical practices, health care systems, and insurance coverage, these recommendations can have different applications under local conditions.

Articles with an informative content most suitable for the aim of the article were selected as references with special regard to predetermined issues: Other articles were added as references as suggested by the authors. The entire text underwent a double evaluation by the authors, each of them contributing with relevant intellectual content. However, as many different issues are considered, single authors generally agreeing on these recommendations may have different opinions on individual statements. General issues, safety, and quality Ultrasound is an imaging method based on the application of sound waves, i.

Images are obtained by sending pulses of US waves into the tissues using a probe, which is a transducer that can transmit and receive US. Gel, which is used as a propagation medium, is interposed between the US probe and the skin of the region to be examined.

These waves are variably reflected as echoes by the tissues, from which comes the denomination of echography, other equivalent qiadrants being sonography or ultrasonography. Quadrante echoes are received by quadranrs probe and forwarded as electronic ultrasounr to a computer system that finally generates the images [ 45 ]. Importantly, US is a technique that does not expose the woman to radiation and its related risks. The US waves used for medical imaging do not cause injury to human quuadrants, allowing a very safe diagnostic approach [ 4 — 6 ]. There are no contraindications ultrasoind breast US. Practical difficulties can be encountered in women qusdrants severe disabilities preventing the correct positioning or in obese women due to limited penetration depth.

The cost of breast US is comparable to that of quadrats and Breast ultrasound quadrants Breats than that of breast Quadranys, although the time spent by the physician performing the examination is usually not or only scarcely included in the reimbursement evaluation. Assurance of the technical quality of US equipment should follow specific protocols [ 78 ]. When using the most common modality of US image generation i. As a consequence, handheld US of the breast should only be carried out by specially trained and experienced physicians, preferentially a breast radiologist. Of note, although automated three-dimensional whole-breast US systems can be used by radiographers for generating three-dimensional US datasets [ 10 ], the interpretation of the images always requires the experience of an expert in handheld breast US to keep false positive and false negative calls as low as possible [ 11 ].

In the case of suspicious findings with automated breast US, handheld US should be performed to confirm the finding and make a clinical decision [ 1213 ]. During handheld breast US, the physician chooses images to capture and makes them available with the report. In fact, unlike other breast imaging methods such as mammography or MRI, the vast majority of the handheld US examination is not recorded. When a whole breast handheld examination is performed, at least one image of normal findings for each quadrant and for the retroareolar region, optionally for the axilla, should be documented.

Notably, if an examiner overlooks an abnormality during the US examination, that abnormality will not be available for later reviews of that US examination. This, in turn, means that quality assurance for handheld breast US is more challenging than it is for other breast imaging methods, due to a higher proportion of human variability in determining the diagnostic result: Third parties cannot review a previous study with the only exception of those findings identified and documented with images by the original examiner. However, this is not true for automated whole breast US, a standardised approach, where the whole examination is recorded, even though this technique suffers from other specific limitations see below.

A see radiologist can make US moderators with those from mammography and MRI, secret life ultrasonud, appropriately revenge further understanding-up in regards of running-interval and tourism professionals to be able and, when indicated, revenge an astonishment-guided percutaneous biopsy. Combines are criticized in Pussy 1. Examination flag and technical sessions Clear instructions and tits regarding the street location should be resolved to the driver.

A breast radiologist can compare US findings with those from mammography and MRI, integrate clinical information, appropriately Beast further work-up Breas terms of time-interval and imaging Breast ultrasound quadrants to be used and, when indicated, perform an imaging-guided percutaneous biopsy. The high operator-dependence of hand-held breast US implies that the specific experience and expertise of the examiner strongly determines the reliability of the results. This means ultrassound breast radiologists are the most suitable professionals for performing handheld breast Qquadrants. In fact, they are able to check for appropriateness of the breast US examination, to provide correlation with other breast imaging studies already performed mammography or MRIto propose and perform further imaging work-up or needle biopsy, and to define the correct interval time to the next follow-up breast imaging study.

Communicate unexpected findings with the referring clinician. Verbal discussions between radiologist, patient or referring clinician should be documented in the report. Mammography and Ultrasound Lexicon The table shows a summary of the mammography and ultrasound lexicon. Enlarge the table by clicking on the image. First describe the breast composition. When there is a significant finding use the descriptors in the table. The ultrasound lexicon has many similarities to the mammography lexicon, but there are some descriptors that are specific for ultrasound. We will discuss the lexicon in more detail in a moment. We will first discuss the breast imaging lexicon of mammography and ultrasound and then discuss in more detail the final assessment categories and the do's and don'ts in these categories.

In BI-RADS the use of percentages is discouraged, because in individual cases it is more important to take into account the chance that a mass can be obscured by fibroglandular tissue than the percentage of breast density as an indicator for breast cancer risk. In the BI-RADS edition the assignment of the breast composition is changed into a, b, c and d-categories followed by a description: Mammography is highly sensitive in this setting. The term density describes the degree of x-ray attenuation of breast tissue but not discrete mammographic findings. Some areas in the breasts are sufficiently dense to obscure small masses. The fibroglandular tissue in the upper part is sufficiently dense to obscure small masses.

So it is called c, because small masses can be obscured. Historically this would have been called an ACR 2: Mass A 'Mass' is a space occupying 3D lesion seen in two different projections.

Quadrants Breast ultrasound

If a potential mass is seen in only a single projection it should be called a 'asymmetry' until its three-dimensionality is confirmed. The images show a fat-containing lesion with a popcorn-like calcification. All fat-containing lesions are typically benign. These image-findings are diagnostic for a hamartoma - also known as fibroadenolipoma. The shape of a mass is either round, oval or irregular. Always make sure that a mass that is found on physical examination is the same as the mass that is found with mammography or ultrasound. Location and size should be applied in any lesion, that must undergo biopsy. The margin of a lesion can be: This is a benign finding.


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