Report | Question ID | Question | Discussion | Answer | Year |
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20140084 | Histology--Heme & Lymphoid Neoplasms: Should the 1995 diagnosis be changed to plasmacytoma? A 1995 case on the central registry database indicates that MRI and bone surveys revealed a pubic ramus lesion that was biopsied. There are no other bone lesions. A bone marrow biopsy was negative. The pathologist's diagnosis at that time was "Plasma Cell Myeloma". In 2013 there was a positive bone marrow biopsy and a diagnosis of Plasma Cell Myeloma. In 2013, a history of "sequential plasmacytomas since 1995" was mentioned. Since the 1995 diagnosis was only a solitary bone lesion with no marrow involvement, it certainly seems to fit a diagnosis of plasmacytoma better than myeloma. |
Do not change the 1995 diagnosis in this case. It is best to code the histology according to information from the time of the diagnosis. Using information obtained many years later is less reliable. |
2014 | |
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20190032 | Summary Stage 2018--Lung: Are ground-glass lung nodules coded as distant for Summary Stage? See Discussion. |
Chest x-ray: Multifocal pneumonia in left lung; possibility of masses in left lung not excluded. Chest CT: 4 large ground-glass masses in LUL (largest 46mm); beginning of Tree-In-Bud appearance in LUL; 2 small ground-glass nodules in right lung. Lung LUL biopsy: Adenocarcinoma, Solid Predominant. No further information as patient did not want to discuss treatment options. Per the AJCC book and CAnswer Forum, multifocal classification should be applied equally whether the lesions are in the same lobe OR in different ipsilateral lobes OR contralateral lobes, cT2b(m), cN0, cM0. |
Do not assume that ground glass presentation is consistent with a neoplasm. There are numerous causes of a ground glass lung condition such as sarcoidosis or pulmonary fibrosis. A ground glass lung opacity may also be observed in conditions such as alveolar proteinosis, desquamative pneumonitis, hypersensitive pneumonitis, and drug-induced or radiation-induced lung disease. If an area of ground glass opacity persists in the lung, it is usually classified as an adenocarcinoma, a classification that ranges from premalignant lesions to invasive disease. This is in line with AJCC that states to stage based on the largest tumor determined to be positive for cancer. To Summary Stage the case example provided, ignore the lesions in the contralateral lung (do not assume that they are malignant). There are multiple lesions in the left lung, but once again, do not assume that those not biopsied are malignant. This leaves us with the lesion confirmed to be malignant, making this a Localized (code 1) tumor. |
2019 |
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20061070 | Chemotherapy: If a physician does not document the reason chemotherapy was given concurrently with radiation therapy, should it be assumed to have been used as a radiosensitizer or radioprotectant and then, per SEER chemotherapy coding instruction 2, ignore coding the chemo agent as treatment? | Do not assume that a chemo agent given with radiation therapy is a radiosensitizer. Seek additional information. Compare the dose given to the dose normally given for treatment. When chemotherapeutic agents are used as radiosensitizers or radioprotectants, they are given at a much lower dose. |
2006 | |
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20041078 | Ambiguous Terminology: Is the expression "has the markings of a malignancy" a clinically reportable term? See Discussion. |
12/02 Baseline mammogram: spiculated mass with associated marked retraction located in UOQ lt breast. This has the markings of malignancy. Several microcalcifications in outer aspect of rt breast. BI-RADS 5 higly suggestive of malignancy. |
Do not accession cases using only the term "has the markings of malignancy." This term is not on the list of ambiguous terms that are reportable. If the term does not appear on either the reportable or not reportable list, the term is not diagnostic of cancer. Do not accession the case. Please see SINQ 20010094 in reference to BI-RADS terminology. |
2004 |
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20110121 | MP/H Rules/Histology--Esophagus: Will the AJCC TNM 7 having separate stage groupings for squamous cell carcinoma and adenocarcinoma result in coding histology for a tumor of mixed squamous cell carcinoma and adenocarcinoma to squamous cell carcinoma because it has the poorer prognosis? See Discussion. | Per the CS Esophageal Schema, Note 4, there are now separate stage groupings for squamous cell carcinoma and adenocarcinoma. Should a tumor of mixed histopathologic type be classified as a squamous cell carcinoma?
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Do NOT use the Collaborative Stage Manual to determine the histology code. For CS STAGING purposes only, coding should be based on the squamous cell carcinoma component of this tumor.
The Multiple Primary and Histology Coding Rules Manual is the correct source for coding histology. For cases diagnosed 2007 or later, the following steps are used to determine the histology code:
Open the Multiple Primary and Histology Coding Rules manual. For an esophagus primary, use the Other Sites Histo rules to determine the histology code because esophagus does not have site specific rules.
Start at Rule H8 because this is an invasive histology (assuming this is a single tumor). which states that one should code the appropriate combination/mixed code from Table 2 when there are multiple specific histologies.
Find Other Sites for Table 2 under the Terms & Definitions section of manual.
Locate the appropriate mixed code for squamous cell carcinoma and adenocarcinoma in column 1. Per column 3, the correct histology is adenosquamous carcinoma. Per column 4, the correct histology is 8560/3. |
2011 |
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20180092 | Reportability/Histology--Brain and CNS: Is diffuse intrinsic pontine glioma is reportable? If yes, what is the correct histology code? |
Diffuse intrinsic pontine glioma is reportable. For cases diagnosed in 2018, assign 9385/3. |
2018 | |
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20140088 | Reportability--GIST: The 2014 SEER Program Coding and Staging Manual and the answer to SINQ 20100014 appear to conflict with respect to reporting GIST cases. The manual states (p.5, exception 1) that we are to accession the case if the patient is treated for cancer. However, the patient in Example #7 in the SINQ discussion is receiving chemotherapy, but is deemed not reportable. This is a problematic issue in our area, as pathologists prefer using the NCCN “Risk Stratification of Primary GIST by Mitotic Index, Size and Site” table rather than stating whether the tumor is benign or malignant. Although they tell us that moderate or high risk should receive treatment, they will not characterize them as malignant. |
Determining reportability for GIST is problematic because of the reluctance of pathologists to use the term "malignant" for GIST cases. If you can document the pathologist's terminology and case characteristics (e.g. treatment) that correspond to "malignant" for your registry as part of the registry's policies and procedures, you can report those cases as malignant.
The exception cited above in the SEER manual pertains to a clinical diagnosis with a negative pathology report. Normally, the negative pathology report would override the clinical diagnosis and the case would not be reportable. However, if the patient is treated for a malignancy in spite of the negative pathology, report the case.
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2014 | |
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20220004 | First Course Treatment/Cancer-directed Treatment: What information can registrars use to determine disease progression and whether treatment counts as first course treatment? See Discussion. |
Is a physician’s statement of progressive disease adequate to determine disease progression in coding first vs. second course treatment? Can an increase in tumor burden (i.e., a change in overall stage) be used by the registrar to determine disease progression? Often, determining disease progression is difficult as there are no guidelines in the SEER Manual related to this topic. It seems a physician’s statement of progressive disease should always be accepted. However, that statement is not always available. While it seems an increase in tumor size alone would not be “progressive disease” as tumors will continue to grow, can registrars use an increase in tumor burden to make this determination? The instructions for coding first vs. second course treatment are clear when a treatment plan is changed, but determining whether there has been disease progression, recurrence, or treatment failure can be difficult without a physician’s assessment. For example, a patient was diagnosed with a newly diagnosed resectable pancreatic cancer; the documented treatment plan was for upfront chemotherapy, followed by repeat staging, followed by pancreatectomy. The patient completed 3 cycles of FOLFIRINOX, but the physician noted that the CT scan shows progressive disease, and the plan was to start a new treatment regimen with Abraxane, Gemzar, and stereotactic body radiation (SBRT) (Cyberknife). The patient completed the additional chemotherapy, radiation, and proceeded to the initially planned surgery. The pathologist staged this as yp disease, but the surgery appears to be second course treatment, and we would not code the surgery, or collect the staging (yp staging) since the physician stated this was progressive disease. The classification as yp staging can be misleading, since the resection is technically after neoadjuvant treatment, but is not collected per our guidelines. In this case, is it correct to code first course treatment as FOLFIRINOX only? |
Determining first course treatment is based on knowing the treatment plan and its course as to whether it was completed as initially planned. Read the medical record, scans, labs, and physician notes. First course of therapy ends when the treatment plan is completed as planned. Alternatively, first course of therapy ends when there is documented disease progression, recurrence, or treatment failure. A change to a drug in a different group or a change to a different treatment modality indicates the end of the first course of treatment. While a physician/clinician statement of progression, additional imaging, or other procedures that assess treatment efficacy, or increase in tumor burden can be used to denote progression, recurrence, or failure, a change to the initial treatment plan is a signal to to the registrar to suspect the end of first course of therapy. Once the initial treatment plan is changed, everything after the change is subsequent treatment. In the scenario provided, code FOLFIRINOX as first course of treatment. Based on the information provided, the Abraxane, Gemzar, and SBRT are second course and everything that followed that is second or subsequent course. The physician noted progressive disease and a new treatment regimen was started -- this is a clear indication of the end of the first course of treatment. The planned treatment course was FOLFINOX and surgery. Once that initial treatment plan is changed, everything after the change is no longer first course of treatment. Use text fields to document the details. |
2022 |
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20240030 | Reportability/Primary Site--Skin: Is squamous cell carcinoma (SCC) that overlaps skin and the vermillion border reportable when the percent of overlap is unknown? See Discussion. |
SINQ 20031110 addresses an overlapping lip lesion between skin and the vermillion border. We were instructed to go with area of greatest involvement. Case would be reportable if >50% of tumor was on the vermillion border and site would be coded to vermillion border (C00._). Often times percentage of involvement is not stated and all that is known is that the lesion overlaps skin and mucosa. |
Determine whether the lesion is on the mucosa or skin based on the pathology report, history and physical, and operative notes when available. The gross description of the pathology report should include information to help in determining whether the site of origin is epithelium (skin) or mucosa (lip). Do not report the case when the site of origin cannot be determined between a reportable site and non-reportable site for this histology. This includes situations where the site of origin or the site with the greatest involvement is undetermined. In this case, you cannot confirm reportability. |
2024 |
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20180066 | Solid Tumor Rules (2018)/Laterality--Brain and CNS: How is laterality coded for bilateral non-malignant central nervous system (CNS) or malignant CNS tumors now that laterality is no longer used to identify these tumors as multiple primaries? See Discussion. |
The Equivalent Terms and Definitions sections in the Solid Tumor Rules for these schemas identify which sites must have laterality coded, but there is no instruction for coding laterality when bilateral tumors are a single primary. The SEER Manual currently only indicates code 4 (bilateral) is seldom used (e.g., bilateral ovarian tumors, Wilms tumors, etc.) but does not indicate laterality code 4 should be used for CNS tumors. Is this note going to be updated or should a non-bilateral code be applied? Example: MRI demonstrates multiple left-sided dural-based meningiomas including a 4.4 cm left posterior fossa meningioma, a 0.8 cm left frontal-parietal meningioma and a right posterior frontal meningioma. The large left posterior fossa meningioma was resected and proved atypical meningioma. Should the laterality be 4 (bilateral) as the patient had both left and right-sided meningiomas confirmed to be a single primary? Or should the laterality be coded as 2 (left) since only the large left-sided meningioma was proven to be a borderline tumor (atypical meningioma, 9539/1) and the others were benign? |
Determine whether the CNS tumors are single or multiple primaries. Multiple cerebral meningiomas are a single primary according to the non-malignant CNS Solid Tumor Rules. Assign laterality using the 2018 SEER Manual for select invasive, benign, and borderline primary intracranial and CNS tumors using codes 1-9 for all sites listed in the Sites for Which Laterality Codes Must Be Recorded table. In the example, assign code 4, bilateral involvement at time of diagnosis, lateral origin unknown for a single primary. The solid tumor rules are not a one-stop-shop for all coding. Refer to the appropriate coding manual for laterality. We removed laterality for determining multiple primaries in meningiomas as they were being over-reported according to CBTRUS. |
2018 |