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20190016 | Update to current manual/SS2018--Breast: Should Code 3 of the Summary Stage 2018 (SS2018) for Breast designate the intramammary and infraclavicular lymph nodes as being ipsilateral? Similarly, should Code 7 designate infraclavicular lymph nodes as contralateral/bilateral? Laterality (ipsilateral, contralateral/bilateral) is included for axillary and internal mammary nodes in the respective codes. |
Based on your question, a review of the AJCC manual was done to clarify how these nodes would be coded. A review of Extent of Disease (EOD) Regional Nodes and EOD Mets was also done. That information is correct and in line with AJCC 8th edition. We apologize that SS2018 was not updated accordingly and thank you for bringing this issue to our attention. Per AJCC, infraclavicular and intramammary nodes are ipsilateral for the N category. Contralateral or bilateral involvement are included in the M category. The following will be applied to the planned 2020 update of the SS2018 manual. Code 3 Ipsilateral will be added to Infraclavicular and Intramammary Infraclavicular (subclavicular) (ipsilateral) Intramammary (ipsilateral) Code 7 The following will be added under Distant lymph nodes Infraclavicular (subclavicular) (contralateral or bilateral) Intramammary (contralateral or bilateral) |
2019 | |
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20190027 | EOD 2018/EOD Primary Tumor/Neoadjuvant treatment: If there is no clinical information available and all that is available is the post-neoadjuvant information, is it better to code EOD unknown (999) or use the post-neoadjuvant information to code EOD? See Discussion. |
The Extent of Disease (EOD) Manual states: Neoadjuvant (preoperative) therapy: If the patient receives neoadjuvant (preoperative) systemic therapy (chemotherapy, immunotherapy) or radiation therapy, code the clinical information if that is the farthest extension documented. If the post-neoadjuvant surgery shows more extensive disease, code the extension based on the post-neoadjuvant information. |
Code EOD Primary Tumor using the post neoadjuvant information for this case. Since the only information you have is the post neoadjuvant, code that. EOD combines clinical and pathological information. |
2019 |
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20190065 | Update to current manual/EOD 2018/Summary Stage 2018--CLL/SLL: Can chronic lymphocytic leukemia (CLL) be staged when diagnosed by peripheral blood and no bone marrow biopsy, and observation is employed? See Discussion. |
The physicians do not use the Lugano system as we are instructed to stage chronic lymphocytic leukemia/small lymphocytic lymphoma (CLL/SLL) as lymphomas. I had always been instructed that this qualifies as "bone marrow involvement," or "diffuse disease," and therefore is a Stage IV. Our experts advise that there is not enough information to code it to bone marrow, but do not elaborate as to whether you can actually code Extent of Disease (EOD), SEER Summary Stage, and AJCC Staging? |
For EOD and Summary Stage: Peripheral blood involvement for CLL (or any lymphoma-but most commonly for CLL) can be coded. This is code 800 for 2018 EOD Primary Tumor, and code 7 for Summary Stage 2018. We have recently received confirmation that peripheral blood involvement only is not enough information to assign AJCC stage; assign code 99 for AJCC Stage Group. We will correct in the 2021 release of EOD so that peripheral blood involvement only will have its own code to derive the appropriate AJCC TNM Stage Group (99). |
2019 |
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20190015 | Update to current manual/EOD 2018/EOD Primary Tumor--Pelvic Sites: Should Note 6 in Extent of Disease (EOD) Primary Tumor for the schemas Fallopian Tube, Ovary, and Primary Peritoneal Carcinoma be revised to exclude pelvic sites? See Discussion. |
There is a discrepancy between Notes 3 and 6 in the schemas Fallopian Tube, Ovary, and Primary Peritoneal Carcinoma for EOD Primary Tumor. Note 3 describes extension/discontinuous metastasis to the pelvic sites (code 450) and includes the sigmoid colon, rectosigmoid and rectum since these are all pelvic sites. However, Note 6 also includes rectosigmoid and sigmoid colon. Note 6 is describing extension/discontinuous metastasis to the abdominal sites (600-750), so it should include rectosigmoid or sigmoid colon (since those are pelvic sites). Note 6 indicates, Intestine, large (except rectum). In the previous Collaborative Stage, the corresponding note used to also include: except sigmoid colon, rectosigmoid and rectum. Did sigmoid colon and rectosigmoid get removed from the list here? That is, should Note 6 read, Intestine, large (except sigmoid colon, rectosigmoid, rectum)? Involvement of the sigmoid, rectosigmoid, or rectum via peritoneal seeding/metastasis is consistent with T2b disease and would correlate with code 450 (pelvic sites), not codes 600-750 (abdominal sites). Those codes only correlate with T3 and greater disease (i.e., peritoneal seeding/metastasis of the abdomen). |
Thank you for bringing this issue to our attention. Rectosigmoid and Sigmoid Colon belong in Note 3 and not Note 6 for the following EOD schemas: Fallopian Tube, Ovary, and Primary Peritoneal Carcinoma. Rectosigmoid and sigmoid colon will be removed as separate listings from Note 6. The only mention in Note 6 will be: Intestine, large (except rectum, rectosigmoid, and sigmoid colon) This change will be made for the next update. |
2019 |
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20190054 | Update to current manual/Solid Tumor Rules (2018)/Histology--Brain and CNS: Table 6 (Non-Malignant CNS Equivalent Terms and Definitions) lists as a subtype/variant of craniopharyngioma 9350/1. This is not a valid histology per the ICD-O-3 or the 2018 ICD-O-3 Update Table. Is this actually supposed to read, ? |
Adamantinomatous craniopharyngioma (9351/1) is a subtype of craniopharygioma. We will correct the Non-Malignant CNS Solid Tumor Rules in the next update. |
2019 | |
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20190046 | Tumor Size/Bladder: The 2018 SEER Coding and Staging Manual says to use imaging over physical exam as priority for determining tumor size. If a bladder tumor is 4 cm visualized on cystoscopy, and is 2.8 cm on CT scan, which should be used as the clinical size? Is cystoscopy (endoscopy) a clinical exam or imaging? |
For the case described here, use the size from the CT scan. Physical exam includes what can be seen by a clinician either directly or through a scope. A tumor size obtained visually via cystoscopy is part of a physical exam. Therefore, the imaging (CT) tumor size is preferred. Use text fields to describe the details. |
2019 | |
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20190052 | Solid Tumor Rules (2018)/Multiple Primaries--Head & Neck: How many primaries are accessioned when a patient is diagnosed with right nasal cavity (C300) invasive nonkeratinizing squamous cell carcinoma (8072/3) in 2015 treated with radiation and excision, followed by a 2019 right nasal cavity (C300) invasive squamous cell carcinoma (NOS, 8070/3)? See Discussion. |
Head and Neck Multiple Primary Rule M8 appears to be the first rule that applies to this case and instructs the user to abstract multiple primaries when separate/non-contiguous tumors are on different rows in the appropriate site table (Tables 1-9) in the Equivalent Terms and Definitions. Table 1 (tumors of the nasal cavity) shows Non-keratinizing squamous cell carcinoma and squamous cell carcinoma on different rows making the 2019 case a new primary. Is this correct? |
Abstract two primaries using Head and Neck Solid Tumor Rule M8 when separate/non-contiguous tumors are on different rows in the appropriate site table, in this case, Table 1 Nasal Cavity and Paranasal Sinuses. |
2019 |
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20190023 | First course of treatment/Radiation therapy--Kidney: Patient has a CT-guided biopsy of a right renal mass with procedure details under the Interventional Radiology Procedure Note stating "Gelfoam tract embolization." Is this particular embolization treatment? |
Gelfoam tract embolization for a CT-guided renal biopsy is not treatment. It is a method to plug the biopsy track to reduce the risk of hemorrhage. |
2019 | |
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20190033 | Update to current manual/Neoadjuvant therapy/Pathologic tumor size--Breast: When a patient with invasive breast cancer is started on neoadjuvant therapy and at surgery is found to have only residual in-situ disease, do we record the size of the in-situ tumor for Pathologic Tumor Size? See Discussion. |
I understand that we are to record the Clinical Tumor Size in Tumor Size Summary because of the neoadjuvant therapy, but the SEER manual does not address what to record in the Pathologic Tumor Size after neoadjuvant therapy. Would we record 999 or the size of the in-situ tumor in the Pathologic Tumor Size field? Will there ever be a new data item added or changes to this current data item? By recording the Patholigic Tumor Size this way, there currently will not be any way to compare tumor size clinically versus after neoadjuvant therapy and assessing the response. |
Note: this is an update to the 2018 SEER manual. Assign 999 in Pathologic Tumor Size when neoadjuvant therapy has been administered. We can explore the possibility of another data item in the future. |
2019 |
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20190063 | Solid Tumor Rules (2018)/Histology--Sarcoma: How is histology coded for a CIC gene rearrangement sarcoma? See Discussion. |
According to the literature, CIC gene rearrangement sarcomas in young patients are soft tissue sarcomas with an aggressive clinical course and may have previously been grouped under the Ewing-like family of tumors or as undifferentiated round cell sarcomas. There is currently no guideline in the solid tumor rules for coding a CIC gene rearrangement sarcoma. However, coding the histology to 8800 (sarcoma, NOS) seems unlikely to capture the more aggressive nature of these tumors. Can a more specific histology be coded? |
Code as undifferentiated round cell sarcoma (8803/3). The CIC rearrangement exists as a distinct molecular and clinical subset of small round cell tumors, and though similar, is felt to be a distinct entity from Ewing sarcoma. According to WHO Classification of Soft Tissues and Bone, 4th Edition, CID-DUX4 is a recurrent gene fusion associated with pediatric round cell undifferentiated soft tissue sarcoma (USTS). Although the genes involved in the fusion are different from those in Ewing sarcoma, the CIC-DUX4 protein has been shown to upregulate genes of the ETS family of genes thus providing a molecular link between Ewing sarcoma and round cell USTS. In contrast, there are strong arguments to suggest that Ewing-like sarcomas represent a separate and distinct entity. |
2019 |
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