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Report Produced: 07/27/2025 13:54 PM

Report Question ID Question Discussion Answer Year
20091119

MP/H Rules/Multiple primaries--Lung: How many primaries are to be reported for an adenocarcinoma of the lung in the right middle lobe of the lung and bronchioalveolar carcinoma, non-mucinous type in the right upper lobe? See Discussion.

Bilobectomy revealed two tumors, adenocarcinoma in the right middle lobe and bronchioalveoar carcinoma non-mucinous type in the right upper lobe. MP/H rule M10 states that tumors with non-small cell carcinoma (8046) and a more specific non-small cell type (chart 1) are a single primary. Does rule M10 apply to only those cases for which one tumor is stated to be non-small cell, NOS? Or do we use chart 1 to identify specific subtypes? For this case, using chart 1, would we note that bronchioalveolar is a subtype of adenocarcinoma and count this case as a single primary? Most of the MP/H rules schemas have a rule making an adenocarcinoma and a more specific type of adenocarcinoma a single primary. Would we apply rule M10 to this case and count it as a single primary? Or would we move on to rule M11 and count the case as two primaries?

For cases diagnosed 2007 or later, Rule M11 applies. Accession two primaries.

Rule M10 applies only to cases for which one tumor is stated to be "non-small cell carcinoma."

 2009
20061097

Reportability--Lymphoma: Is a lymphoma diagnosed on a bone marrow biopsy reportable if the cytogenetics evaluation performed does not confirm the malignancy? See Discussion.

Bone marrow Bx: Marginal zone lymphoma/leukemia. The morphology of the lymphoma/leukemia cells and the immunophenotypic characteristics identified by flow cytometry are consistent with marginal zone lymphoma/leukemia.

Addendum Report: Cytogenetic evaluation revealed a 46,XY male karyotype. This is the normal male chromosome karyotype. Based on the limits of this methodology, no evidence of hematologic malignancy was observed in this specimen.

For cases diagnosed prior to 1/1/2010:

Yes, this case is reportable. The cytogenetic evaluation cited in the addendum report does not disprove the bone marrow biopsy diagnosis.

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.

 2006
20130079

Reportability--Heme & Lymphoid Neoplasms: Is plasma cell dyscrasia reportable and synonymous with multiple myeloma? See Discussion.

Bone marrow biopsy and aspirate: Plasma cell dyscrasia with IgG kappa expression with FISH (+) for the following abnormalities: 3 copies of 1q21 (25/30 plasma cells) and an extra CCND1 signal (25/34 plasma cells) which is indicative of the presence of other chromosome 11 abnormalities possibly trisomy 11, a change known to occur in plasma cell neoplasms. Flow cytometry: A monoclonal plasma cell population is present, co-expressing cIgG, cKappa, CD56, & CD117 (up to 14% of analyzed cells).

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

Plasma cell dyscrasia and multiple myeloma are not synonymous terms. Plasma cell dyscrasia is not listed in the Alternate Names section of the Heme DB for plasma cell myeloma (multiple myeloma). Plasma cell dyscrasia is listed in the Alternate Names section of the Heme DB for MGUS [9765/1], which is not a reportable disease.

Plasma cell dyscrasia (PCD) is not reportable. PCD is a diverse group of neoplastic diseases that produces a serum M component (monoclonal immunoglobulin).

Usually these patients have a plasma cell morphology such as multiple myeloma or heavy chain disease. However, the registrar cannot diagnose multiple myeloma or heavy chain disease (or any other plasma cell neoplasm). There must be a physician statement and/or a positive biopsy to confirm a reportable diagnosis.

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
20130168 Date of diagnosis--Heme and Lymphoid Neoplasms: Is the date of diagnosis coded to the date a bone marrow biopsy revealed "plasma cell neoplasm; plasma cells are < 10%" or the date a diagnosis of myeloma was noted in the Discharge Summary? See Discussion.

Bone marrow biopsy pathology states: Plasma Cell Neoplasm. The plasma cells are < 10%.

Subsequent to the bone marrow biopsy, the Discharge Summary indicated the patient has a diagnosis of myeloma, hypercalcemia and negative bone marrow surveys.

What date is used for the date of diagnosis?

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

Use the date of the Discharge Summary as the date of diagnosis. In this case, the date of diagnosis is the date the physician confirmed the diagnosis of myeloma using all information available.

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
20130057 Histology--Heme & Lymphoid Neoplasms: How is the histology coded if the bone marrow biopsy favors lymphoplasmacytoid lymphoma and the physician states the diagnosis is lymphoplasmacytic lymphoma-Waldenstrom's macroglobulinemia? See Discussion.

Bone marrow biopsy: Focal bone marrow involvement with B-cell lymphoproliferative disorder. Comment: This patient has 2 monoclonal proteins in serum, IgM kappa and IgG kappa clones. The marrow does have focal involvement with a small cell lymphoproliferative disorder. A lymphoplasmacytoid lymphoma is favored.

Flow Cytometry: Bone marrow reveals a low level, kappa-bearing-B-lymphoproliferative population that has an immunophenotype compatible with mantle cell lymphoma or related small, mature non-Hodgkin lymphoproliferative disorder.

Physician statement: lymphoplasmacytic lymphoma-Waldenstrom's macroglobulinemia.

Per the Heme DB, the criteria to diagnosis WM is the serum paraprotein IgM. This patient's IgM was 6020 mg/dL. It was described as elevated per the physician. The physician also states the patient's IgG is elevated. According to the Heme DB, when both IgG and IgM are elevated it is indicative of LPL.

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

Code the histology to 9671/3 [lymphoplasmactyic lymphoma (LPL)] per the Heme DB Abstractor Notes and Rule PH17. When IgG and IgM are elevated, code to lymphoplasmacytic lymphoma. Waldenstrom's macroglobulinemia is caused by increased lymphocytes which causes an increase in IgM. LPL has mixed abnormalities, both the lymphocytes and plasma cells are increased which results in an abnormally high IgM and IgG.

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
20071022 Reportability--Hematopoietic, NOS: If the bone marrow biopsy diagnosis is not reportable and cytogenetics studies indicate no clonal abnormality, is a case reportable if only the flow cytometry results show a "small monoclonal B-lymphocyte population consistent with a lymphoid component of a lymphoplasmacytic lymphoma or Waldenstrom macroglobulinemia"? See Discussion.

Bone marrow bx final diagnosis: Markedly hypercellular marrow consisting primarily of erythroid hyperplasia and, also, diffusely distributed small lymphocytes. Addendum comment: Flow cytometry demonstrated a small monoclonal B-lymphocyte population consistent with a lymphoid component of a lymphoplasmacytic lymphoma or Waldenstrom's Macroglobulinemia. Addendum comment: Cytogenetic analysis states no clonal abnormality was apparent. Normal female karyotype.

Question 1: Is this case reportable, and if so, what histology?

Question 2: Is there a hierarchy when flow cytometry and cytogenetics are done, but do not agree?

For cases diagnosed prior to 1/1/2010:This case is not reportable at this point. A lymphoid component is not equivalent to a diagnosis of a reportable disease. In order to be a malignant, reportable disease, the condition must be monoclonal and irreversible. Cytogenetics were negative for malignancy (i.e. no monoclonal abnormality identified which is the criteria used to establish this diagnosis). Use all information available when determining reportability.

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.

 2007
20200045

Diagnostic confirmation--Heme & Lymphoid Neoplasms: Is Diagnostic Confirmation coded to 5 or 8 based on a patient diagnosed as multiple myeloma by a physician based on a bone marrow biopsy stating plasma cell neoplasm? See Discussion.

Bone marrow, right iliac crest (aspirate smear, touch preparation, clot section and core biopsy): Hypercellular marrow (40-50%) with plasma cell neoplasm (see Comment): " No evidence of metastatic carcinoma. " Adequate iron storage.

Comment: CBC data shows normocytic anemia. Flow cytometric analysis of bone marrow detects a kappa restricted plasma cell population that expresses CD138 and CD38. CD56 is positive. CD19 and CD20 are negative. T lymphocytes are immunophenotypically unremarkable. Polyclonal B lymphocytes are detected. Blast gate is not significantly increased. Immunohistochemical stains are performed on the biopsy core and clot section for greater sensitivity and further architectural assessment with adequate controls. CD138 positive plasma cells comprise > 70% of the total cellularity. AE1/AE3 is negative. Taken together, the morphologic and immunophenotypic findings are consistent with a diagnosis of plasma cell neoplasm. Trilineage hematopoietic activity as are seen.

This would be a Diagnostic Confirmation of 8 based on the physician's diagnosis.

The Pathology report mentions plasma cell neoplasm only. By itself, plasma cell neoplasm is not reportable because it includes a variety of diseases, some that are not reportable, and some that are (See Hematopoietic Database under Plasma Cell Neoplasm.)

The physician probably has other information, including imaging, which may show lytic lesions. He/she is probably using clinical findings, plus findings from the bone marrow, and diagnosing this patient with multiple myeloma.

 2020
20150066

Grade--Breast: Do you take grade from the most representative specimen along with the histology? What is the correct histology/grade combination? See discussion.

 

Breast biopsy (from hospital A): DCIS, solid, cribriform, comedo type, high nuclear grade

Breast Lumpectomy (from hospital B): DCIS, cribriform type, nuclear grade 1, tumor 2.5cm

Assign 8201/2 for this case.

MP/H rules are to code histology based on the specimen with the most tumor tissue. That would be the lumpectomy in this case. The histology is DCIS, cribriform type.

Reference: http://seer.cancer.gov/tools/mphrules/mphrules_instructions.pdf

The general rule for grade is to code the highest grade specified within the applicable grading system. For the case information provided, follow instruction #5, nuclear grade: use Coding for Solid Tumors #7: 2-, 3-, or 4- grade system. High nuclear grade (grade code 3 for breast) is higher than nuclear grade 1 (grade code 1).

Reference: http://seer.cancer.gov/tools/grade/

2015
20170040

MP/H Rules/Histology--Lung: What is the histology code for lung cancer case identified pathologically from a metastatic site that differs from the histology stated by the physician? See Discussion.

Bronchial washings were negative. Four lymph nodes were biopsied and found to have metastatic poorly differentiated neuroendocrine carcinoma. The treating oncologist calls it small cell carcinoma, extensive stage, and treats patient with carboplatin and VP-16 (etoposide) The MP/H rule says to take path/cyto from a metastatic site if no pathology/cytology available from the primary site. Is the physician's statement and treatment taken into consideration here?

Code the histology based on the pathology report from the lymph node biopsy for this case. Pathology has higher priority than a physician's statement for assigning histology code. Use text fields to document the physician's statement.

 2017
20250017

SEER Manual/First Course Therapy--Neoadjuvant Therapy: How is Neoadjuvant Therapy--Treatment Effect coded for bladder cancers? The College of American Pathologists (CAP) Protocol for the Examination of Cystectomy Specimens From Patients With Carcinoma of the Urinary Bladder does not provide a clear distinction between the SEER site-specific codes for Neoadjuvant Therapy Treatment Effect for All Other Schemas, codes 2, 3, and 4, as compared to the CAP Treatment Effect Post Neoadjuvant Chemotherapy (BCG not included) categories. See Discussion.

CAP Protocol for the Examination of Cystectomy Specimens From Patients With Carcinoma of the Urinary Bladder/Treatment Effect Post Neoadjuvant Chemotherapy (BCG not included) selections

o No known presurgical neoadjuvant therapy

o Complete response: Absence of histologically identifiable residual cancer cells and extensive fibrosis of the tumor bed after presurgical neoadjuvant therapy (TRG1)

o Strong response: Predominant fibrosis of the tumor bed, with residual cancer cells occupying less than 50% of this area (TRG2)

o Weak or no response: Residual cancer cells occupying ≥50% of the tumor bed or absence of regressive changes (TRG3)

o Other (specify): _________________

SEER Coding Instruction for Site-Specific Codes for Neoadjuvant Therapy Treatment Effect - Schemas: All Other Schemas selections

0 Neoadjuvant therapy not given/no known presurgical therapy

1 Complete pathological response

Present: No viable cancer cells/no residual invasive carcinoma identified

Residual in situ carcinoma only

2 Near complete pathological response

Present: Single cells or rare small groups of invasive cancer cells

3 Partial or minimal pathological response

Present: Residual invasive cancer with evident tumor regression, but more than single cells or rare small groups of cancer cells

4 Poor or no pathological response

Absent: Extensive residual cancer with no evident tumor regression

6 Neoadjuvant therapy completed and surgical resection performed, response not documented or unknown

Cannot be determined

7 Neoadjuvant therapy completed and planned surgical resection not performed

9 Unknown if neoadjuvant therapy performed

Unknown if planned surgical procedure performed after completion of neoadjuvant therapy

Death Certificate only (DCO)

Code Neoadjuvant Therapy--Treatment Effect using the surgical pathology report only. Carefully review the pathology report gross description and comments to assist with assignment of codes.

Review of neoadjuvant therapy data items is currently underway.

 2025