CCSD code 0042G: CCND1 t(11;14) genetic test billing guide

Key Takeaways

CCSD code 0042G identifies the CCND1 t(11;14) test, a molecular pathology test within the CCSD (Clinical Coding and Schedule Development) schedule used across UK private healthcare.

The test detects the t(11;14) translocation, which juxtaposes CCND1 (cyclin D1) with the immunoglobulin heavy chain (IGH) locus, causing cyclin D1 overexpression. It sits in the biochemistry genetic analysis section, not the surgical procedure chapters.

Bupa, AXA Health, Vitality, and Aviva recognize CCSD codes, but genetic tests are typically reimbursed only with prior authorization and evidence of clinical need. Verify the current description at ccsd.org.uk before billing.

Practice management software like Pabau lets UK practices attach CCSD codes in the patient record and track every claim in one place, so billing stays consistent across practitioners and sites.

CCSD code 0042G identifies the CCND1 t(11;14) test, a molecular pathology test that detects a specific chromosomal translocation in a patient sample. It sits in the biochemistry genetic analysis section of the CCSD (Clinical Coding and Schedule Development) schedule, the code list UK private medical insurers use to process claims.

This guide covers what the code describes, why a CCND1 t(11;14) test gets ordered, which insurers reimburse it, and how to submit a clean claim.

CCSD code 0042G: Definition and what the test covers

CCSD code 0042G is used for the CCND1 t(11;14) test. This test looks for the t(11;14) chromosomal translocation, in which the CCND1 gene (which encodes cyclin D1) is relocated next to the immunoglobulin heavy chain (IGH) locus on chromosome 14. That juxtaposition switches on CCND1, driving overexpression of cyclin D1, a protein that normally regulates the cell cycle.

The code sits within the CCSD schedule, the list of codes used for billing and reimbursement across UK private healthcare. The CCSD Group, a collaboration between major insurers and clinical bodies, maintains the schedule and updates it as clinical practice and test menus change.

Descriptions are drawn from the live schedule, so confirm the current wording for 0042G in the CCSD Technical Guide (October 2025) before you submit.

One practical note: CCSD is a private sector standard, not an NHS mandate. Private clinics are not legally required to use CCSD codes the way NHS trusts use OPCS-4 for operations. Adoption is driven by insurer requirements, because a recognized code is what lets a claim be processed.

Why a CCND1 t(11;14) test is ordered

The t(11;14) translocation is the defining genetic feature of mantle cell lymphoma, a type of non-Hodgkin lymphoma. Confirming the translocation, alongside cyclin D1 overexpression on immunohistochemistry, is what distinguishes mantle cell lymphoma from other small B-cell lymphomas that can look similar under the microscope.

A positive result on its own does not confirm a diagnosis of mantle cell lymphoma: It is interpreted alongside histology, immunophenotyping, and clinical findings.

The same translocation also appears in a subset of multiple myeloma cases, where t(11;14) is one of several recurrent chromosomal abnormalities used to risk-stratify the disease and, increasingly, to guide treatment selection, since some targeted therapies show particular activity against t(11;14)-positive myeloma.

Ongoing monitoring for treatment response in these blood cancers increasingly relies on genomic sequencing for minimal residual disease, a related test billed separately under 0040G.

Laboratories detect the translocation using fluorescence in situ hybridization (FISH) on a tissue or bone marrow sample, sometimes supported by polymerase chain reaction (PCR) or cytogenetic analysis.

Treatment for t(11;14)-positive lymphoma is often billed alongside chemotherapy and immunotherapy codes such as J9312, the HCPCS code for rituximab. Myeloma treatment instead typically uses agents such as proteasome inhibitors or anti-CD38 antibodies, billed under different codes.

For billing, the takeaway is that 0042G represents a targeted translocation test with a clear clinical trigger. That matters at the claim stage, because insurers assess genetic tests against medical need rather than treating them as standard investigations.

Understanding the CCSD schedule and where 0042G sits

The CCSD schedule covers far more than surgery. It includes consultations, diagnostic tests, imaging, pathology, and genetic analysis alongside the surgical chapters. For practitioners leaving NHS for private practice, that breadth can look unfamiliar, and a genetic code like 0042G behaves quite differently from a surgical one.

Genetic analysis codes vs surgical procedure codes

A surgical code bills for an operation performed by a consultant. A genetic code like 0042G bills for laboratory analysis of a sample, so the test is usually raised by the pathology or genetics laboratory and invoiced as a diagnostic.

The distinction changes who submits the claim and what evidence the insurer expects to see. The same applies to other pathology-chapter molecular tests raised by the lab rather than the referring consultant, such as the single gene C-MYC test billed under 0022G or the MDM2 amplification test billed under 0037G.

This distinction matters most for clinicians who work across both NHS and private settings. In the NHS, genomic tests are commissioned through the National Genomic Test Directory rather than coded as operations, so a private genetic code has no clean OPCS-4 match.

Confirming private GP referral pathways back into NHS services is a related consideration for mixed-practice clinicians. Many run GP clinic software to manage that mixed list alongside private billing.

Which insurers reimburse CCSD code 0042G?

Most major UK private medical insurers recognize CCSD codes as the standard for billing. Each publishes its own fee schedule based on the CCSD schedule, but reimbursement amounts and coverage conditions vary. Genetic and molecular tests are scrutinized more closely than routine investigations, so a code appearing on the schedule does not guarantee it is covered for a given patient.

For Bupa-specific billing, our detailed Bupa CCSD billing guide covers the submission process, pre-authorization requirements, and how Bupa’s code lookup tool works.

How to submit CCSD code 0042G for reimbursement

The submission workflow for UK private medical insurance claims follows a consistent pattern, using Healthcode as the primary electronic billing route. For a genetic test, the main difference is that the laboratory and the clinical justification carry more weight than they would for a routine investigation.

1. Confirm pre-authorization: Check the patient’s insurer has authorized t(11;14) testing and issued an authorization number before the sample is taken. Record the number in the patient record.
2. Match the code to the test performed: Attach CCSD code 0042G to the patient’s record and confirm it against the current schedule description, so a translocation test is not billed under a broader panel code or vice versa.
3. Check the insurer’s fee schedule: Log in to the provider portal (Bupa, AXA Health, Vitality, or Aviva) and confirm the current unit value for 0042G. Fee schedules are updated annually and sometimes mid-year.
4. Submit via Healthcode: Generate and submit the invoice electronically through Healthcode, attaching the authorization number, the CCSD code, the insurer’s member number, and the laboratory report or supporting documentation.
5. Track claim status: Monitor the claim through your billing software or Healthcode’s portal. Most UK insurers process clean electronic claims within 5 to 10 working days.
6. Reconcile payment: When payment arrives, reconcile it against the invoice. Query any shortfall with the insurer’s provider relations team, quoting the authorization number and the submitted CCSD code.

Review the Bupa fee schedule for current unit values and any Bupa-specific rules that apply to genetic and pathology codes.

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Making sure you have the right genetic test code

The most common coding error with genetic tests is mixing up a single-translocation test and a broader FISH panel. Billing 0042G when a wider panel was run, or the reverse, leads to rejection or under-reimbursement, because the insurer pays against what the schedule says the code covers.

Single-translocation test vs FISH panel

0042G is a targeted code: It covers detection of the t(11;14) translocation on its own. If the laboratory ran a wider lymphoma or myeloma FISH panel that also screens for other translocations or deletions, the correct code is the panel code, not 0042G.

Read the laboratory report to see exactly what was tested before you choose the code. The same logic applies to other single-target molecular pathology codes, such as MLH1 promoter hypermethylation testing under 0029B.

The safest approach is to use the CCSD technical guide alongside the insurer’s code lookup tool, matching the wording to the test the lab actually performed.

That applies as much to oncology genetics as to practices running functional medicine software, where claims management software with a built-in CCSD code library reduces the risk of picking the wrong code at the point of billing.

How Pabau supports CCSD code billing in private practice

Managing CCSD billing by hand across multiple practitioners, insurers, and fee schedules creates administrative work that most private practices would rather not carry. Practice management software like Pabau brings coding into the same system as the patient record, and its claims management software is built for UK private practice billing.

Inline code selection at the point of care

Pabau lets practitioners attach CCSD codes directly in the consultation record, instead of switching to a separate billing module after the appointment. That keeps the code tied to the documented test, so what you bill matches what the clinical note and laboratory report describe.

Genetic and oncology results are some of the most sensitive data a practice holds, so the same data protection steps we cover for UK practices apply directly to how that lab report is stored and shared.

Multi-site claim visibility

For group practices and clinic networks, Pabau reports on submitted CCSD codes, claim statuses, and reimbursement across multiple practitioners and locations.

Standalone billing tools often show code-level detail but stop short of cross-practitioner or multi-site visibility, so a practice manager can see every claim in one place. There are also time-saving features beyond billing, including automated appointment workflows and digital consent capture.

Effective private practice management takes more than accurate coding. Bringing CCSD billing together with scheduling, patient records, and digital forms in one platform lifts the admin load that otherwise falls on practice staff between clinical sessions.

Conclusion

CCSD code 0042G covers the CCND1 t(11;14) test, a molecular pathology test that detects the translocation most closely associated with mantle cell lymphoma and, in a subset of cases, with multiple myeloma. Billing it well comes down to three things:

• Confirm the current description in the CCSD schedule
• Secure prior authorization with the clinical reason recorded
• Submit electronically through Healthcode with the authorization number and laboratory report attached

For practices handling genetic and pathology codes across Bupa, AXA Health, Vitality, and Aviva, Pabau’s claims management workflows cut manual coding steps and give practice managers visibility across every submitted claim. To see how Pabau handles CCSD billing for UK private clinics, book a demo.

Continue your research

Billing rituximab alongside a genetic result? J9312 explains how to code rituximab infusions for private reimbursement in lymphoma treatment.

Testing for a lymphoma gene rearrangement? 0022G covers single gene C-MYC (MYC) testing, a related molecular pathology code used in lymphoma diagnosis.

Handling patient data for genetic testing? Our UK GDPR checklist covers the compliance basics for storing sensitive clinical and genetic test results.

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