SEER Inquiry System - Search

The histology code is 8720/3 [malignant melanoma, NOS].

There is no specific code for melanoma arising in melanocytic nevus. According to our pathologist consultant, this is likely because nevi are so common, melanoma arising in association with them is common and appears to have no bearing on prognosis or treatment. Most pathologists do not include the nevus in the diagnosis of melanoma, even when they see it.

Code melanomas arising in melanocytic nevi to the appropriate melanoma code, probably 8720, 8721, or 8743 in most cases.

For cases diagnosed 1998-2003:

Evaluate each case carefully.

1. Code the EOD-Extension field to 12 [Myometrium-inner half] because the pathology report indicates involvement of the myometrium "to the level of." However, if you feel that you cannot make that determination with certainty and you cannot ask a pathologist for clarification, then code the EOD-Extension field to 14 [Myometrium, NOS].

2. Code the EOD-Extension field to 12 [Myometrium-inner half] for cases with "superficial" myometrial invasion.

An extracranial schwannoma is not reportable. The schwannoma must arise on the intracranial part of the nerve to be reportable.

For cases diagnosed 2010 and forward, access the Hematopoietic Database at http://seer.cancer.gov/seertools/hemelymph.

Code diagnostic confirmation to 3 [positive histology AND positive immunophenotyping studies (9590/3 - 9992/3)].

Immunoglobulin heavy and light chain genes rearranged is listed under Genetics Data in the Heme DB for 9699/3 [extranodal marginal zone lymphoma]. Given the documentation of this positive genetic finding and the positive bone marrow, code diagnostic confirmation to 3.

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.

For cases diagnosed 1998-2003:

When the prostate feels benign and the cancer is found incidentally at the time of the microscopic exam, code the EOD-Extension field to 10 [number of foci or % of involved tissue not specified]. Code as 13 (less than or equal to 5%) or 14 (greater than 5%) if percentage involved is given in the tissue resected. If the path report states "solitary focus of carcinoma" without mentioning the total amount of tissue resected, code extension to 13. If there is more than one focus, code extension to 10. Don't assign a code of 20 unless the tumor is clinically apparent.

For cases diagnosed 2010 and forward, access the Hematopoietic Database at http://seer.cancer.gov/seertools/hemelymph.

Code histology to 9732/3 [multiple myeloma]. The plasmablastic subtype/variant does have a prognostic indication, but the disease is still coded as multiple myeloma.

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.

For cases diagnosed prior to 1/1/2010:"Myelodysplastic syndrome" (NOS) is reportable to SEER--ICD-O-3 code 9989/3. "Myelodysplastic syndrome, thrombocytopenia" is not reportable to SEER because "thrombocytopenia" is not reportable. "Myelodysplastic syndrome, anemia" is not reportable to SEER because "anemia" is not reportable.

For cases diagnosed 2010 forward, 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.

Code the Grade, Differentiation field to 1 [grade I] using the information from the BR score.

For cases diagnosed 1998-2003: Grade or differentiation information from breast pathology reports is used in the following priority order:

1. Terminology (well, moderately, poorly)

2. Histologic grade (grade I, grade II)

3. BR scores

4. BR grade

5. Nuclear grade

On the hierarchical list for coding breast grade, the first two priorities do not apply to this case, but the third (Bloom-Richardson scores) does. Add the BR information (2+1+1) for a total score of 4, which translates to BR low grade (code 1). The statement of "II/III" may be a typo that should state I/III.

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.

For bilateral malignant pleural effusion, code the ipsilateral malignant effusion in CS Extension and the contralateral malignant effusion in CS Mets at Dx. Assuming the bilateral pleural effusion is the furthest extension in this case, code CS Extension to 72 [Malignant pleural effusion]. Code CS Mets at Dx to 40 [Distant mets, NOS].

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.

The CS Mets Eval code refers to the method used to evaluate the site farthest from the primary site. The correct code may not be the highest eval code. For example 1 above, if the liver is the site farthest from the colon primary that was evaluated for distant mets, code the CS Mets Eval code to the method used to evaluate liver. Code surgical evaluation as 1.

Assuming this is all of the information about possible distant metastatic sites for the examples above, code CS Mets at DX as 00, and CS Mets Eval as 1 for each.

Please note: imaging of farther sites should also be included when CS Mets at DX is coded. For example, if there was also a negative chest X-ray, the CS Mets at DX field would be 00 but the CS Mets Eval field would be 0 because the CXR documents that there are no mets beyond the immediate area of the tumor.