SEER Inquiry System - Search

Race information is provided in the Centers for Medicare and Medicaid Services (CMS) linkage results. Oftentimes it matches what is coded in the database, but other times it does not.

In situations where the CMS (or other) linkage provides a race value that differs from the coded Patient set, are we to ignore the CMS stated race given the SEER Manual instructions indicating self-reported race has priority or should we add the different Race values from linkages as an additional race (ex. Race 02)?

Bone marrow, right iliac crest (aspirate smear, touch preparation, clot section and core biopsy): Hypercellular marrow (40-50%) with plasma cell neoplasm (see Comment): " No evidence of metastatic carcinoma. " Adequate iron storage.

Comment: CBC data shows normocytic anemia. Flow cytometric analysis of bone marrow detects a kappa restricted plasma cell population that expresses CD138 and CD38. CD56 is positive. CD19 and CD20 are negative. T lymphocytes are immunophenotypically unremarkable. Polyclonal B lymphocytes are detected. Blast gate is not significantly increased. Immunohistochemical stains are performed on the biopsy core and clot section for greater sensitivity and further architectural assessment with adequate controls. CD138 positive plasma cells comprise > 70% of the total cellularity. AE1/AE3 is negative. Taken together, the morphologic and immunophenotypic findings are consistent with a diagnosis of plasma cell neoplasm. Trilineage hematopoietic activity as are seen.

The patient has a history of a minimally invasive endometrial adenocarcinoma that was low grade and confined to an endometrial polyp in 2001. The patient underwent a total abdominal hysterectomy/bilateral salpingo-oophorectomy (TAH/BSO) that entirely removed the tumor at that time.

Almost 18 years later, the patient had a left inguinal mass excision that was, Carcinoma of gynecologic origin, consistent with clear cell carcinoma. No other disease was found, the physician never indicated whether this was felt to be metastatic from the previous, low grade adenocarcinoma or not. It was only noted as, an unusual malignancy of the left lower quadrant and inguinal region of gynecologic origin. No further information was available in the medical record or from the physician on follow-up.

Although neither the Solid Tumor Rules nor the MPH Rules (still in use for the Other Sites schema) apply to metastasis, given the differences in histology and behavior of these two tumors (i.e., minimally invasive, low grade disease diagnosed in 2001 vs. higher grade, more aggressive tumor in 2019) should the current clear cell carcinoma of GYN origin really be the same primary as the 2001 endometrial adenocarcinoma?

If the term discontinuous foci means separate tumors, then rule M14 would apply making these multiple reportable tumors.

Example: Pelvic ultrasound-19 mm thickened endometrium; bilateral ovaries unremarkable. Case was coded to 19 mm for clinical tumor size. I have always been taught NOT to use "endometrial stripe" or "thickening" measurements for clinical size. Can you confirm. Also, is this noted on any of the SEER resources such as SEER training or in the SEER tumor size guidelines? I wanted to point them out to a reference if it is available.

10/4/2018 Frozen Section Diagnosis: Brain tissue with atypical cells and inflammatory cells, defer to permanents for further evaluation. Note: Tissue for flow cytometry is submitted. Final Diagnosis: Preliminary Diagnosis: Brain Tumor, Biopsy: Neoplasm, suggestive of lymphoma (see comment). Comment: The tumor exhibits nuclear atypia and increased mitosis. The tumor cells are immunologically positive for LCA and with very high ki67 labeling index. GFAP and synaptophysin are not expressed by tumor cells. The above suggests a lympho-proliferative process. This case is forwarded to the hematopathology service of this department for further evaluation. The final diagnosis report will be issued by the hematopathologist as an addendum.

Supp Rpt Add Addendum Diagnosis: The brain biopsy showed brain tissue large lymphoid cell infiltrate. Additional immunohistochemical stains are performed. The large cells are positive for CD20, BCL2, BCL6 (subset), MUM1, and CD30, negative for CD3, CD5, and CD10. Staining for c-MYC is negative. Ki-67 positive large cells are approximately 18%. EBER is strongly positive by ISH. Diagnosis: Brain lesion, biopsy: EBV+ Diffuse Large B-cell Lymphoma. Addendum Comment: The concurrent flow cytometric study showed monoclonal lambda-positive B-cells without out CD5 and CD10 expression, consistent with B-cell lymphoma.

Recognizing the addition of the behavior requirement into this rule is an attempt to stop non-synchronous ductal carcinoma and lobular carcinomas from being accessioned as a single primary (SINQ 20200022), the issue with using behavior rather than timing is that now, synchronous separate/non-contiguous tumors that are invasive carcinoma NST (8500/3) and lobular carcinoma in situ (8520/2) (or vice versa) are separate primaries per M14.

Lobular and carcinoma, NST are separate rows in Table 3, so we cannot stop at M10 and code the mixed histology because there are two separate histologies with different behaviors. There is no rule that states we can just ignore the in situ tumors for the purpose of applying the M Rules. (We are instructed to ignore the in situ when coding histology only in certain circumstances.) The problem with Rule M10 appears to be related to timing.

This question was prompted from preparing SEER*Educate coding exercises. We will use the answer as a reference in the rationales.

According to the literature, PMH is a low-grade malignant vascular neoplasm of different tissue planes including skin and soft tissue. However, the references also state: PMH is a cutaneous tumor that behaves in an indolent fashion. There is no indication that this was a malignant diagnosis.

12/3/18 Foot, left skin lesion, punch biopsy: Superficial squamous epithelium demonstrating hyperkeratosis and fragments of keratin debris, no tumor seen.

Foot, left skin lesion, punch biopsy: Pseudomyogenic (epithelioid sarcoma-like) hemangioendothelioma, see note.

NOTE: The submitted immunohistochemical slides were reviewed. Positive and negative controls reacted appropriately. The tumor cells demonstrate immunoreactivity to CK AE1/AE3 and CK7. The CD31 immunoreactivity described in the report cannot be confirmed as only the positive control is submitted for review. The tumor cells are negative for desmin, CD45, CD68, S-100, CD34, SMA, CD20, and HHV8. The proliferative index via Ki-67 is approximately 10%. The morphology (described below) and immunohistochemistry performed are compatible with a pseudomyogenic hemangioendothelioma.

12/4/18 Final Pathologic Diagnosis: Foot, left bone lesion, biopsy: Pseudomyogenic (epithelioid sarcoma-like) hemangioendothelioma, see note.

Note: The patient's imaging findings were reviewed in conjunction with this case, revealing numerous lytic lesions of the tibia, fibula, talus, tarsal, metatarsal, and phalangeal bones. Additionally, as per the medical record, also reviewed in conjunction with this case, there are lesions of the skin. Thus, an extensive immunohistochemical panel was performed in an attempt to support the morphologic findings in this case, which were morphologically similar to the patient's skin biopsy. The tumor cells demonstrate strong immunoreactivity to pancytokeratin (CK AE1/AE3) and vimentin with moderate immunoreactivity to Fli-1. The tumor cells demonstrate weak immunoreactivity to epithelial membrane antigen. INI-1 is retained. There is focal immunoreactivity to CD31 although this is limited to the edges of the tissue fragments. The tumor cells are negative for HHV-8, CD34, smooth muscle actin, CK8/18, desmin, CD99, and Bcl-2. The combination of morphologic (see below for microscopic description) and immunohistochemical findings are consistent with pseudomyogenic hemangioendothelioma. Fresh tissue was submitted for karyotype analysis at the time of intraoperative consultation; however, it revealed only a normal appearing male karyotype. Thus, molecular confirmation was sought. The original slides and a paraffin block were submitted for FOSB rearrangement analysis, as pseudomyogenic hemangioendothelioma is known to have recurrent rearrangements with FOSB. Additional immunohistochemistry performed at (FACILITY) demonstrating immunoreactivity for ERG, supporting a vascular origin for this neoplasm. Fluorescence in situ hybridization demonstrated that 13% of the cells examined show FOSB rearrangement. While this FISH probe is for investigational purposes, the above findings support the diagnosis of pseudomyogenic hemangioendothelioma.

For example, a patient has a 2.6 cm breast tumor on MRI; a core biopsy measuring 0.7 cm is positive for infiltrating duct carcinoma. Rule #1 states "Use the largest measurement of the primary tumor from physical exam, imaging, or other diagnostic procedures before any form of treatment." However, Rule #9 seems to imply that size from an "incisional biopsy" takes precedence over imaging, even though it is known to be less than the entire tumor in size.

The radiologist noted the mass was most compatible with a chondroid lesion, which is not reportable on its own, but can the subsequent term be used to accession this as reportable if only one malignant etiology is provided by the radiologist? Or does the statement imply that this is only one of several possible etiologies?