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20100025 | MP/H Rules/Primary site--Kidney, Renal Pelvis: Should the primary site be changed to C689 [Urinary system, NOS] for a primary renal pelvis tumor after additional tumors are found months later in different urinary sites (e.g., bladder or ureter) and the MP/H Rules indicate these are all the same primary? See Discussion. |
In a patient is diagnosed 1/29/08 with an invasive grade 3 of 3 papillary urothelial cell carcinoma arising in the depth of a calyx in mid portion of kidney, the primary site was coded C659 [Renal pelvis]. In 6/1/09 a TURBT showed three separate lesions on the right side of the bladder. The final diagnosis was high grade urothelial carcinoma in-situ with three tumors, the largest being 7mm. Per rule M8, the renal pelvis primary and subsequent bladder tumors are the same primary. Would the primary site be changed to C689 [Urinary system, NOS] when the bladder tumors were identified? Or is C689 only coded if more than one primary site is involved at diagnosis? |
For cases diagnosed 2007 or later, Rule M8 applies. This is a single primary. The primary site was coded to C659 in 2008. Do not change the primary site code. |
2010 |
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20100018 | Reportability/Heme & Lymphoid Neoplasms--Hematopoietic, NOS: Is light chain disease reportable if it is treated with chemotherapy agents? See Discussion. | A patient was diagnosed in 2010 with light chain disease based on SPEP and urine testing. Bone marrow aspiration and biopsy were done. Flow cytometry, cytogenetic studies and FISH for plasma cell disorders are all normal. Medical oncologist states diagnosis is light chain disease. Patient was started on Revlimid, dexamethasone and Velcade.
In reviewing the case reportability instructions, this seems to fall under Instruction 1, note 1. Immunoglobulin deposition disease, preferred term for light chain disease, is coded as 9769/1. This is normally a non-reportable diagnosis, but the patient was given cancer-directed treatment. Would this case be accessioned using the above morphology code and primary site of bone marrow [C42.1]? |
For cases diagnosed 2010 and forward, access the Hematopoietic Database at http://seer.cancer.gov/seertools/hemelymph.
This case is not reportable. The histology is 9769/1 [light chain disease] in the Heme DB.
Light chains are produced in neoplastic plasma cells (multiple myeloma) and are called Bence-Jones proteins. The physician did the cytogenetic studies and FISH to rule out plasma cell disease. 50-60% of people with Light-chain deposition disease (LCDD) have an associated lymphoproliferative disorder, most commonly multiple myeloma. The remaining patients develop LCDD in the setting of progression of monoclonal gammopathy of unknown significance (MGUS) with no evidence of neoplastic plasma cell proliferation. This patient falls in this category, MGUS, which is not reportable. |
2010 |
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20100078 | MP/H Rules/Histology--Lung: How is histology coded for a diagnosis of squamous carcinoma and large cell undifferentiated neuroendocrine carcinoma? | For cases diagnosed 2007 or later, apply rule H7 and code the numerically higher ICD-O-3 code, 8070/3 [Squamous cell carcinoma]. See Chart 1, the histology tree in lung equivalent terms. Large cell neuroendocrine carcinoma is histology code 8013/3. The other histology is squamous carcinoma, 8070/3. 8070/3 is higher numerically than 8013/3. | 2010 | |
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20100024 | Histology: How is this field coded for a perivascular epithelioid cell neoplasm (PEComa) of uncertain malignant potential that is malignant based on the presence of metastases? See Discussion. |
In 11/2006 the patient had surgery for a 6cm mass in the RUQ arising in the falciform ligament. The pathologic final diagnosis was: Perivascular epithelioid cell neoplasm (PEComa) of uncertain malignant potential. In 10/2009 a liver biopsy showed metastatic perivascular epithelioid cell neoplasm. |
Assign histology code 8005/3 [malignant clear cell tumor]. According to our expert pathology consultant, this is the best histology code available at this time for the occasional tumor which is designated as malignant. The appearance of metastatic disease clearly defines this case as malignant. |
2010 |
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20100036 | Behavior--Lung: Can an in situ behavior code be used for a bronchioalveolar carcinoma of the lung when the pathologist appears to use the term bronchioalveolar to describe an in situ pattern of growth exhibited by an adenocarcinoma? Is the use of the term "pattern" in this situation indicative of in situ tumor? See Discussion. | In ICD-O-3, bronchioloalveolar adenocarcinoma is described only by behavior code 3 (invasive). Would the behavior be coded as in situ for the following cases?
Example 1: Left lower lobe, partial resection shows bronchioloalveolar carcinoma with focal areas of fibrosis (see comment). Comment: Although the possibility that these areas represent stromal invasion can not be excluded, we favor the interpretation that these areas do not represent true invasion. Synoptic summary: Minimal pathologic stage: Local Extent.
Example 2: Lung tumor described as adenocarcinoma, predominantly bronchoalveolar pattern. For most sites, the term pattern is used only for in situ cancer and is not a specific term used for invasive tumors. Is the use of the term "pattern" in this situation indicative of in situ tumor? |
Code the behavior indicated in the pathology report. If the pathologist states the bronchioloalveolar carcinoma is in situ, apply the ICD-O-3 matrix rule and assign 8250/2. Otherwise, code 8250/3. Do not use the term "pattern" to infer in situ behavior.
Code behavior /3 for both examples based on information provided. |
2010 |
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20100037 | Multiple primaries/Histology--Heme & Lymphoid Neoplasms: How many primaries should be accessioned for a patient diagnosed with essential thrombocythemia [9962/3] in 2002 who had a 2010 biopsy consistent with the fibrotic stage for a chronic myeloproliferative disorder that "suggests the patient is transforming to an acute myeloid leukemia"? See Discussion. |
Patient had a diagnosis of essential thrombocythemia [9962/3] in 2002 and was treated with Hydroxyurea. In 2010, the patient was admitted with severe bone pain and a diagnosis described as, "The overall features of the biopsy are consistent with a fibrotic stage of a chronic myeloproliferative disorder. The presence of up to 15% CD34+ immature cells seen in the biopsy suggests that the patient is transforming to an acute myeloid leukemia." In addition, cytogenetic studies and molecular testing for JAK2 were ordered. These findings confirmed a myeloproliferative disorder. JAK2 mutation was not detected. The patient died within 2 weeks. Is this a new primary?
Was this patient diagnosed with AML (which requires 20% or more blasts and this is only 15%)? If this is a new primary, is the histology 9861/3 [AML, NOS] or 9895/3 [AML with myelodysplasia-related changes]? Was the second diagnosis of AML definitively diagnosed? |
For cases diagnosed 2010 and forward, access the Hematopoietic Database at http://seer.cancer.gov/seertools/hemelymph.
This case is a single primary, essential thrombocythemia [9962/3] in 2002. The 2010 diagnosis is chronic myeloproliferative disorder [9960/3].
According to Rule M15, the Multiple Primaries Calculator is to be used to first determine the number of primaries. Per the calculator, essential thrombocythemia and chronic myeloproliferative disorder are the same primary. (Acute myeloid leukemia is not used as the second histology because it is preceded by a non-reportable ambiguous term, "suggests." "Suggests" is not on the list of reportable ambiguous terms in the Hematopoietic and Lymphoid Neoplasm Coding Manual.
In 2010, this patient was in a late stage of ET. When any of the specific MPN neoplasms such as ET are in the late stage of disease, the characteristics of the specific disease (ET) will no longer be detectable. Accordingly, for this patient the diagnostic testing was positive for MPN, unclassifiable. In this case, do not change the diagnosis from the more specific disease (ET) to the NOS (MPN, unclassifiable).
SEER*Educate provides training on how to use the Heme Manual and DB. If you are unsure how to arrive at the answer in this SINQ question, refer to SEER*Educate to practice coding hematopoietic and lymphoid neoplasms. Review the step-by-step instructions provided for each case scenario to learn how to use the application and manual to arrive at the answer provided. https://educate.fhcrc.org/LandingPage.aspx. |
2010 |
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20100046 | Heme & Lymphoid Neoplasms: Is a clinical remission sufficient to change the tumor status to "disease free" for a patient on long-term chemotherapy for a diagnosis of either a chronic hematologic disease, such as CML, or a myeloproliferative disorder, such as essential thrombocythemia? See Discussion. |
For some patients with chronic hematologic diseases, the disease/recurrence status could change frequently as chemotherapy is started and stopped over an extended period of time. Should the tumor status for these cases always be "not disease free"? When the physician documents the patient is in clinical remission, does their status change to "NED or disease free?" There seems to be a lot of variation across the US in how registrars are coding this field. Clarification would be appreciated. |
The term "disease free" is not used in a standard fashion for hematopoietic and lymphoid neoplasms.
Code the cancer status to free of disease when the physician indicates NED. For hematopoietic and lymphoid neoplasms, a physician's statement of NED, disease-free, clinical remission or no evidence of disease at this time, should be recorded with cancer status to disease free. The term "disease free" or NED means that there is no clinical evidence of disease. |
2010 |
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20100069 | Primary site--Heme & Lymphoid Neoplasms: How is this field coded when a 5/26/10 colonoscopy reveals ulcers in the cecum, ascending, transverse, descending, and sigmoid colon and, the final diagnosis on the pathology report is post-transplant lymphoproliferative disorder [9971/3]? | For cases diagnosed 2010 and forward, access the Hematopoietic Database at http://seer.cancer.gov/seertools/hemelymph.
Code the primary site to C189 [Colon, NOS] per Rule PH1.
Code the primary site to C189 [Colon, NOS] and not C188 [Colon, overlapping lesion] because there are multiple ulcers in different segments of the colon. The .8 code is used only for a single lesion that overlaps subsites.
SEER*Educate provides training on how to use the Heme Manual and DB. If you are unsure how to arrive at the answer in this SINQ question, refer to SEER*Educate to practice coding hematopoietic and lymphoid neoplasms. Review the step-by-step instructions provided for each case scenario to learn how to use the application and manual to arrive at the answer provided. https://educate.fhcrc.org/LandingPage.aspx. |
2010 | |
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20100104 | Grade--Heme & Lymphoid Neoplasms: Is the phrase "aberrant T-cell expression" enough to code the grade field to T-cell when the final diagnosis on the pathology report is "AML with aberrant T-cell antigen expression"? | Yes. Code grade to 5 [T-cell]. The T cell receptor, or TCR, is a molecule found on the surface of T lymphocytes (or T cells). | 2010 | |
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20100019 | Histology--Ovary: How is histology coded for an ovarian mucinous neoplasm of low malignant potential (borderline mucinous cystadenoma) that shows extensive intraepithelial carcinoma and focal microinvasion? See Discussion. | At surgery a 25 cm left ovarian mass is found adherent to the anterior abdominal wall. The final diagnosis per the pathology report is, "Mucinous neoplasm (26 cm) of low malignant potential (borderline mucinous cystadenoma) with extensive intraepithelial ca and focal microinvasion. Right ovary, fallopian tubes, uterus, omentum, biopsies of diaphragm, 28 para-aortic and pelvic LNS and peritoneal fluid are all negative for malignancy." | Histology code 8470/3 [mucinous cystadenocarcinoma] is the best choice in this case. There is a mucinous cystadenoma [8470/0] with intraepithelial carcinoma and focal microinvasion. 8470/3 comes as close as possible to the description of the tumor. | 2010 |
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