Interactive Transcript
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This is a 77-year-old woman, uh, with a
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history of right breast, uh, DCIS, high
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grade DCIS, uh, diagnosed and treated
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in 2006. She underwent segmental
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mastectomy and radiation.
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And since that treatment, uh, she gradually developed
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more and more calcifications in the right breast.
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She had several stereotactic biopsies, and this is her
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low energy images. So you can see that she has, uh
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some global asymmetry
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uh, in the right outer breast. There are a
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couple of biopsy clips from the prior biopsies.
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That's what the arrows are pointing to.
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And this is the area of calcifications
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that continue to evolve or continue.
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So there is developing calcifications
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in that area, amorphous calcifications,
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but definitely more than before.
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So we can see that on the left, it's 2022.
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On the right is 2019, and you can see that
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there's more density than there used to be.
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And calcifications continue to increase, but
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it's a difficult case because we know that
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we already biopsied twice and these scars can
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evolve and they can get dense, and post-radiation
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changes can play into it, and fat necrosis,
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calcifications can continue to develop.
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But we were concerned enough about them,
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and we did actually a CEM on her.
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This is her—
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We combine images of CEM, and here's
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definitely we see that there is a problem.
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It's very asymmetric enhancement on the
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right, segmental distribution enhancement.
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Uh, probably even some masses,
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maybe, at least in my mind,
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there's one mass in the subareolar breast.
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So if anything, I would be concentrating on this
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40 00:01:45,555 --> 00:01:49,935 particular area to find my most functionally
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suspicious target for a biopsy. On the left,
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it's a mild, uh, background enhancement, pretty
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uniform throughout the breast, so dismissed that
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as a background and concentrated on the right.
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This is her, uh, MRI.
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She just happened to have an MRI.
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We did not really order it to
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work up our CEM, uh, findings.
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She came with it from our site facility, and we'd see
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that it's a very similar presentation on this, uh,
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maximum intensity projection post-contrast image.
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It's the same shape and size of non-mass
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enhancement and maybe a mass, maybe a mass here
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on the T1 post-contrast recombined image.
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And on sagittal image, it's the same
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kind of, uh, appearance.
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So when I went to do her ultrasound,
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I had, uh, this area in mind as my most
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likely area of potentially cancer.
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So if anything, I would like to biopsy that.
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So this is her ultrasound.
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She had a subareolar mass around nine o'clock.
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So knowing that there is an enhancement,
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I called it a mass.
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It's actually, uh, in the radial view, you can see
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that it extends into the outer breast at 10 o'clock.
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So these were my two targets:
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nine o'clock subareolar and 10 o'clock. I biopsied
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them both with ultrasound-guided biopsy, uh,
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placed a ribbon clip into the, uh, subareolar
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and the coil clip into the 10 o'clock one.
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And there was also a suspicious lymph node in the
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level 1 axilla with diffuse cortical thickening.
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These are my post-procedure images, and you
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can see that the clips—so this is the ribbon
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clip on the subareolar mass, which does correspond
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to the enhancing mass on the recombined image.
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This is the second clip, this is a coil clip.
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It also corresponds to the area of enhancement and
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the same, but, uh, of course these are lateral post-
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biopsy images.
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So the, um, it's not quite the same positioning, but
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I was pretty satisfied with the location of the clips.
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And what it ended up being is a retroareolar mass at
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nine o'clock, five centimeters from the nipple.
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It was invasive ductal cancer,
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grade 2. The second mass at 10 o'clock—
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it was breast tissue with dense breast stromal
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fibrosis, and the lymph node was metastatic carcinoma.
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But definitely,
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I, I was thinking that the subareolar mass was the most
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cancerous one, and that's what showed us the cancer.
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So this is a kind of a CEM-directed ultrasound-
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guided biopsy, and, uh, she underwent total
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mastectomy after neoadjuvant chemotherapy.
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Responded very well, and there was no residual cancer.
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