Report | Question ID | Question | Discussion | Answer | Year |
---|---|---|---|---|---|
|
20031206 | EOD-Extension: How is this field coded for synchronous primaries when metastatic disease is found and there is no statement to indicate which primary is the source of the metastases? See Description. | Patient was diagnosed with both esophageal and pancreatic cancer. Liver metastases were also identified. The source of the liver mets is unknown. | For cases diagnosed 1998-2003: Search the record for information about the source of the metastasis. If no such information can be found, code the metastasis to both primaries. Update the abstracts when information becomes available confirming the primary site responsible for the metastasis. Assuming the liver metastases in the example above are distant (i.e. not contiguous) code extension as 85 [Metastasis]. | 2003 |
|
20021103 | Surgery of Primary Site/First Course Treatment--Liver: If disease progression is so rapid that the initial therapy plan is changed before patient receives any therapy, would "no therapy" be the first course? See discussion. | Patient was diagnosed with liver cancer on 8/23 and on 9/6 a hepatectomy was recommended. However, patient was hospitalized on 9/19 with ascites. Patient underwent embolization instead of a hepatectomy during that admission. | Code the "embolization" (or hepatic artery embolization, HAE) in Surgery of Primary Site. Assign code 10 [local tumor destruction, NOS]. The embolization is coded as first course of therapy for this case because it seems that this patient was not adequately staged until 9/19 -- there is no indication on this case of the stage of disease in August or early September. Furthermore, no treatment was started before the embolization. Therefore, the ascites is not "progression of disease" in this case -- it is taken into account as part of the initial stage of disease. This procedure was previously coded as other therapy, experimental. Code as surgery as of July 2005. |
2002 |
|
20100086 | Multiple primaries/Primary site/Histology--Heme & Lymphoid Neoplasms: How many primaries are accessioned when a patient is diagnosed with mycosis fungoides in February 2010 and in May 2010 is diagnosed with peripheral T-cell lymphoma consistent with CD 30+ large cell transformation of mycosis fungoides? See Discussion | Patient was diagnosed with mycosis fungoides on 2/10/2010. On 5/11/2010 the patient underwent lymph node biopsies lymph nodes that were diagnosed as peripheral Tcell lymphoma consistent with CD 30+ large cell transformation of mycosis fungoides. There is no data on the ALK protein. | For cases diagnosed 2010 and forward, access the Hematopoietic Database at http://seer.cancer.gov/seertools/hemelymph.
Accession two primaries per Rule M15 which instructs you to use the Multiple Primaries Calculator to determine the number of reportable primaries. The result is that mycosis fungoides [9700/3] and peripheral T-cell lymphoma [9702/3] represents two primaries.
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 |
|
20091061 | Multiplicity Counter--Head & Neck: How is this field coded when a patient has carcinoma in the same location as a previous primary but it is unknown if there was a disease-free interval? See Discussion. | Patient was diagnosed with squamous cell carcinoma, single tumor of the right true vocal cord in May 2008. Tumor was treated with radiation therapy and chemotherapy. Excision of right vocal cord mass in February 2009 shows squamous cell carcinoma. | Assign code 01 [one tumor only] for the example provided (see discussion). Given the information provided, there is no reason to suspect that the February 2009 diagnosis represents new tumor; therefore, it does not affect the multiplicity counter. It appears that this was the treatment plan for the original diagnosis in May 2008: radiation and chemo followed by excision of the mass. | 2009 |
|
20061129 | Multiple Primaries (Pre-2007)--Head & Neck: How many primaries are abstracted if a patient has bilateral involvement of tonsils with the same histology (e.g. squamous cell carcinoma)? See Discussion. | Patient was initially found to have mass on right tonsil. Biopsy of right tonsil on June 16 showed invasive carcinoma, favor squamous cell. On July 17 patient underwent right neck dissection, radical resection of right tonsil tumor and left tonsillectomy. Right tonsil showed squamous cell carcinoma, poorly differentiated. Left tonsil showed squamous cell carcinoma, poorly differentiated. Microscopic report stated: Right tonsil: Invasion of deep peritonsillar tissue and skeletal muscle. Sections of left tonsil demonstrate squamous cell ca focally distributed in the tonsil, predominantly in situ, but with focal microscopic invasion. Path staged each tonsil specimen. Right tonsil was T2N1. Left tonsil was T1Nx. | For tumors diagnosed prior to 2007:
Code as two primaries. Squamous cell carcinoma diagnosed in both left and right tonsils are multiple primaries unless one is stated to be metastatic from the other.
For tumors diagnosed 2007 or later, refer to the MP/H rules. If there are still questions about how this type of tumor should be coded, submit a new question to SINQ and include the difficulties you are encountering in applying the MP/H rules. |
2006 |
|
20130128 | Multiple primaries--Heme & Lymphoid Neoplasms: How many primaries are accessioned if a patient has a history of chronic myelomonocytic leukemia and a 12/08/2011 subsequent biopsy of the left leg that confirms leukemia cutis? See Discussion. | Patient with a history of chronic myelomonocytic leukemia has been undergoing treatment with Dacogen for three years. On 12/8/11 the patient had a biopsy of the left leg that confirmed a diagnosis of leukemia cutis. How is the leukemia cutis coded? | For cases diagnosed 2010 and forward, access the Hematopoietic Database at http://seer.cancer.gov/seertools/hemelymph.
Accession a single primary, chronic myelomonocytic leukemia [9945/3], per Rule M2. Accession a single primary when there is a single histology.
This is not a new primary. Leukemia cutis is the infiltration of neoplastic leukocytes into the skin from the existing leukemia. This is an advanced phase of the leukemia and has a poor prognosis.
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. |
2013 |
|
20051128 | CS Lymph Nodes/CS Site Specific Factor 3--Breast: How are positive intramammary lymph nodes reflected in these fields? See Discussion. | Patient with breast cancer underwent mastectomy. No axillary lymph nodes were positive, but 1 out of 2 intramammary lymph nodes were positive for mets (greater than 2 mm). CS Lymph node codes describe axillary and internal mammary nodes, but do not describe intramammary lymph nodes. | This answer was provided in the context of CSv1 coding guidelines. The response may not be used after your registry database has been converted to CSv2. Intramammary lymph nodes are coded as axillary lymph nodes for staging purposes. Intramammary node are nodes within the breast tissue. Both staging and treatment suggest these are equivalent to axillary nodes. |
2005 |
|
20031176 | EOD-Patholgic Review of Number of Regional Lymph Nodes Examined: How is this field coded when there is no lymph node count in the final pathology diagnosis and the gross description states "four possible lymph nodes are dissected"? See Description. | Patient with kidney cancer underwent nephrectomy and lymph node removal. Final path diagnosis was Lymph nodes, pericaval biopsy, lymph nodes with no evidence of carcinoma. Per Gross description: Received in formalin as pericaval lymph node is 2.5 cm piece of fibrofatty tissue, from which four possible lymph nodes are dissected. | For cases diagnosed 1998-2003: Code the number of regional lymph nodes examined as 04. This is as accurate as possible for this situation. | 2003 |
|
20091019 | MP/H Rules/Histology--Hematopoietic, NOS: Can a diagnosis of multiple myeloma be made if a bone marrow biopsy is negative? See Discussion. | Patient with large mass nasal cavity. Biopsy shows plasmacytoma. Fine needle aspiration of the acetabulum is consistent with multiple myeloma. Skeletal survey shows multiple lytic lesions. Bone marrow biopsy is negative for myeloma. In light of negative bone marrow biopsy can this case be coded as multiple myeloma? | For cases diagnosed prior to 1/1/2010:Code this case as multiple myeloma. The fine needle aspiration of the acetabulum is a biopsy of bone marrow. According to our pathologist consultant, the positive bone marrow biopsy (acetabulum) and the multiple lytic bone lesions confirm multiple myeloma. The negative bone marrow biopsy is likely due to an insufficient sample. For cases diagnosed 1/1/10 and later, refer to the Hematopoietic and Lymphoid Neoplasm Case Reportability and Coding Manual and the Hematopoietic Database (Hematopoietic DB) provided by SEER on its website to research your question. If those resources do not adequately address your issue, submit a new question to SINQ. |
2009 |
|
20031207 | Hormone Therapy--Hematopoietic, NOS: Is hormonal therapy coded for myelodysplastic syndrome, NOS? See Description. | Patient with myelodysplastic syndrome refused chemotherapy and was treated with high dose steroids. Patient also received Rituxan. | Hormones, such as glucocorticoids and androgens, are generally of little if any benefit to patients with myelodysplastic syndrome, according to the NCI PDQ. Do not code steroids as treatment in the example above. | 2003 |