| Report | Question ID | Question | Discussion | Answer | Year |
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20170042 | Reportability--Heme & Lymphoid Neoplasms: Is a diagnosis of chronic lymphocytic leukemia/small lymphocytic lymphoma (CLL/SLL) with large cell transformation equivalent to a diagnosis of diffuse large B-cell lymphoma (DLBCL) without mention of Richter transformation or Richter Syndrome? See Discussion. |
The patient has a history of CLL/SLL dating back to 2007, but has had progressive disease with development of a new left frontal brain tumor. The brain tumor resection proved CLL/SLL with large cell transformation, but neither the pathologist nor the managing physician called this a Richter transformation, Richter syndrome or provided a diagnosis of DLBCL. However, a large cell transformation of CLL/SLL is a Richter transformation. Can this be accessioned as a new acute neoplasm per Rule M10? |
Accession as multiple primaries according to Hematopoietic and Lymphoid Neoplasm Coding Manual Rule M10. Chronic lymphocytic leukemia/small lymphocytic lymphoma (CLL/SLL) followed by CLL/SLL with large cell transformation is multiple primaries because it is a chronic neoplasm followed by an acute neoplasm, more than 21 days in this case. |
2017 |
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20170018 | MPH Rules/Multiple primaries--Melanoma: Does MP/H Rule M7 (diagnosed more than 60 days apart) apply to invasive melanoma cases with margins positive for in situ melanoma, or are these further excision of the original diagnosis and the same primary, even when it appears treatment was complete after the initial excision? See Discussion. |
A dementia patient has been managed for a persistent right cheek skin lesion that has been slow growing for about 5 years. It was biopsied in 12/23/15 revealing a Breslow 0.12 mm lentigo maligna melanoma by an outside provider. A larger resection of the lesion on 2/3/16 demonstrated a Breslow 0.30 mm lentigo maligna melanoma with melanoma in situ present at the margins per the available pathology report. There was no statement in the record that any additional treatment was planned or necessary. Patient healed well from the 2/3/16 procedure but developed a recurrent lesion in May that was biopsied on 5/10/16 by the same outside provider which again reveal lentigo maligna melanoma. 7/5/16 Reexcision at the current facility revealed a Breslow 6.1 mm lentigo maligna melanoma, Clarks level V. This was a cutaneous tumor per the path report and not a subcutaneous nodule. Clinically, the MD called this a , but there was no slide comparison to the previous melanoma. In auditing files for expected (but not received) abstracts due from facilities, we've observed these types of cases not being consistently reported as multiple primaries. |
Rule M7 pertains to separate tumors. Rule M7 does not apply to invasive melanoma cases with margins positive for in situ melanoma. Based on the information provided, it is not clear whether or not the 5/10/16 diagnosis is a separate lesion or the same lesion that was diagnosed earlier. |
2017 |
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20170062 | Race, ethnicity: How do you code race for someone from New Zealand? |
I recently did a presentation on coding the data item Race. In my presentation I discussed understanding geography help code race in some circumstances. One of the slides demonstrates how large Polynesia is and what Pacific islands are found in Polynesia, such as, Tahiti, Samoa, and even Hawaii, all of which have their own codes. Someone in the audience asked "How do you code New Zealand? Upon some research, New Zealand is not listed in Appendix D of the SEER coding manual. We could code them 01-White. But research shows there is a very large indigenous population. Technically, New Zealand is located within the boundaries of Polynesia - Code 25 (Polynesian). |
If the only information you have on race is that the person is from New Zealand, code race as white. This is based on the instructions for Australia, the closest neighbor to New Zealand as no other guidance was found. |
2017 |
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20170045 | Reportability--Brain and CNS: Is meningioangiomatosis reportable as meningiomatosis (9530/1) or angiomatous meningioma (9534/0)? See Discussion. |
Pathology report: Brain tumor, left side: Gliotic cortex and subcortical white matter with meningioangiomatosis (see Comment). Comment This specimen represents a meningioangiomatous lesion located in the leptomeninges that projects along the Virchow-Robin spaces into the underlying cortex. The surrounding brain parenchyma demonstrates reactive changes with astrogliosis and microgliosis. An intraparenchymal neoplasm is not seen. Meningioangiomatosis is a rare benign meningovascular hamartomatous condition and usually appears in young patients. |
Meningioangiomatosis is not reportable. It is a cortical lesion which may occur sporadically or in NF2 (neurofibromatosis type 2). It is not listed in ICD-O-3. |
2017 |
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20170019 | MP/H Rules/Histology--Testis: How should histology be coded for a mixed germ cell tumor that also includes choriocarcinoma now that non-seminomatous mixed germ cell tumors (9065) and seminomatous mixed germ cell tumors (9085) are collapsed for analysis? See Discussion. |
The MP/H Rules (Other Sites Terms and Definitions, Table 2) currently lists a separate mixed germ cell tumor code (9101) for germ cell tumors with choriocarcinoma plus teratoma, seminoma or embryonal carcinoma. Is this separate mixed germ cell tumor code still to be used now that all mixed germ cell tumors (9065 and 9085) have been collapsed into code 9085 for analysis per SINQs 20160056 and 20110013? The current WHO Classification for testis tumors does not list code 9101, but also collapses all seminomatous and nonseminomatous mixed germ cell tumors of more than one histologic type under code 9085. |
While WHO 4th Ed Tumors of Urinary and Male Genital System does not include 9101/3, this code has not been made obsolete. Follow the 2007 MP/H rules and code histology to 9101/3 per Other sites rule H16, Table 2. |
2017 |
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20170064 | Grade/Histology--Rectum: How should histology and grade be coded for high grade neuroendocrine tumor (NET) (WHO Grade 3) of the rectum? See Discussion. |
Rectal mass biopsy final diagnosis: High grade neuroendocrine tumor (WHO Grade 3). Neither SINQ 20170033 nor 20160023 address coding histology or grade for neuroendocrine tumors that are designated as high grade and/or WHO grade 3. |
Assign histology code 8246/3. Assign grade code 4 based on the description "high grade." A high-grade neuroendocrine "tumor" is actually a neuroendocrine "carcinoma" (NEC) according to WHO Classification of Tumors of the Digestive System. If possible, verify this interpretation with the diagnosing pathologist. Use text fields to document the details of this case. |
2017 |
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20170061 | MP/H Rules/Histology--Thyroid: What is the correct histology when final diagnosis of a thyroidectomy includes the descriptor "papillary and follicular architecture?" See Discussion. |
Total thyroidectomy Final Diagnosis: Papillary carcinoma, classical type, with papillary and follicular architecture. The 2007 MP/H rules state that the term architecture is reserved for coding subtype of in situ primaries only. However, SINQ 20130165 appears to indicate this should be coded for invasive thyroid subtypes as well. Can you confirm the addition of the term architecture for determining an invasive histologic subtype for thyroid? |
Assign code 8260/3, papillary carcinoma per Multiple Primaries/Histology Rule H14. Architecture is reserved for coding subtype of in situ primaries only. SINQ 20130165 is not intended to indicate this should be coded for invasive thyroid subtypes. |
2017 |
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20170079 | Surgery of Primary Site--Corpus Uteri: Is surgery for a uterine corpus primary described as total abdominal hysterectomy-bilateral salpingo-oophorectomy (TAH-BSO) with specimens including uterine corpus, cervix, bilateral ovaries and fallopian tubes, and bilateral parametria coded as a modified radical hysterectomy? It would be very helpful if an explanation of the difference between a total hysterectomy, modified radical hysterectomy, and radical hysterectomy can be included. See Discussion. |
Surgery text indicates TAH-BSO with bilateral pelvic and paraaortic lymph node dissection. The pathology report indicates the specimen includes: Uterine corpus, cervix, bilateral ovaries and fallopian tubes, bilateral parametria. The Gross Description also indicates: Representative sections submitted in 16 cassettes as follows: A1: Anterior cervix A2: Posterior cervix A3: Full thickness anterior lower uterine segment A4: Full thickness posterior lower uterine segment A5: Tumor A6-A7: Full thickness anterior endomyometrium to include tumor A8-A10: Full thickness posterior endomyometrium with tumor A11: Representative sections of right fallopian tube and fimbria A12: Representative sections of right ovary A13: Representative sections of left fallopian tube and fimbria A14: Representative sections of left ovary A15: Right parametrial tissue A16: Left parametrial tissue A17-23: Remainder of cervix. |
Assign code 50: total hysterectomy with removal of tube(s) and/or ovary(ies). Removes both the corpus and cervix uteri. It may also include a portion of the vaginal cuff. Both the radical and modified radical hysterectomy (code 60) include removal of part of the vagina, not mentioned in the pathology or surgery text. The SEER Glossary for Registrars defines the procedures as follows. Total hysterectomy: Surgery to remove the entire uterus, including the cervix Radical hysterectomy: Surgery to remove the uterus, cervix and part of the vagina. The ovaries, fallopian tubes and nearby lymph nodes may also be removed. Modified radical hysterectomy: Surgery to remove the uterus, cervix, upper part of the vagina, and nearby ligaments and tissues. Nearby lymph nodes may also be removed. In this type of surgery, not as many tissues and/or organs are removed as in a radical hysterectomy. |
2017 |
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20170071 | Reportability/Brain and CNS: Is incidentaloma reportable from brain and central nervous system (CNS) imaging? See Discussion. |
We are seeing the term "incidentaloma" on magnetic resonance imaging (MR) reports of head and also with physician statements. For example, this MR of the head: Impression--Suboptimal study due to motion degradation. Heterogeneously enhancing pituitary gland without evidence of acute abnormality. A 3 mm focus of relative hypoenhancement in the left gland is favored to represent an incidentaloma. Advise correlation with clinical findings. Also, there are cases where the scans show meningioma and then at a later date it is stated to be an incidentaloma in physician notes. Is the term "incidentaloma" alone reportable, if the term "tumor" for CNS cases is never stated? When I googled the term, it is stated to mean "tumor." |
The term "incidentaloma" alone is not reportable. Look for a reportable term elsewhere or in later information. When the term "incidentaloma" is used on a magnetic resonance imaging (MR) report, it refers to "a disease or physical condition found as a secondary by-product of capturing the necessary volume of tissue within the field of view of the MR examination" (http://radsource.us/incidentaloma). It is not necessarily neoplastic. |
2017 |
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20170060 | MP/H Rules/Histology/Grade--Unknown & ill-defined sites: What is the correct histology and grade of a liver biopsy with metastatic neuroendocrine carcinoma low to intermediate grade if primary site is unknown? See Discussion. |
CT-guided liver biopsy, diagnosis: Metastatic neuroendocrine carcinoma. Diagnosis Comment: Cytology of the tumor appears to be low to intermediate grade. Would this case be coded as an atypical carcinoid tumor (8249/3) based on SINQ 20170033 and the statement of intermediate grade; or should this be 8240/3 (neuroendocrine tumor) per SINQ 20160023 because it is a metastatic site? More clarification is needed on when to code 8249/3 or 8240/3 for a neuroendocrine carcinoma or neoplasm seen in a metastatic specimen only when there is specified grade. |
Assign histology code 8246/3 and assign code 9 for grade. Since the primary is unknown and the type of NEC is not definitively stated, code neuroendocrine carcinoma, NOS based on the diagnosis. Code grade from primary tumor only. Assign grade code 9 when the primary site is unknown. See instruction 2.b. in the Grade Coding Instructions for 2014+. SINQ 20170033 and SINQ 20160023 provide instructions for coding the grade/differentiation field. Using these SINQ questions to code histology could lead to errors. |
2017 |
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