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Signature B · blood cancer

Signature B AML

Molecular profiling for acute myeloid leukaemia, where molecular findings carry much of the risk assignment and open several targeted therapy classes.

01Acute myeloid leukaemia

Molecular profiling for myeloid leukaemia

Signature B AML profiles the molecular drivers of acute myeloid leukaemia from blood or bone marrow. In AML, molecular findings carry much of the risk assignment and open several targeted therapy classes.

02

What it reports

Driver mutations

The gene changes that define the disease and its risk group.

Fusions and rearrangements

Structural events with direct treatment consequences.

Risk-defining markers

Findings that inform intensity, transplant decisions and follow-up.

Targetable findings

Alterations with a matched therapy or an accessible trial.

Before launch: Supply the Signature B AML gene list (SNV and InDel genes, fusion and rearrangement genes, and any copy-number or cytogenetic markers). Add it to _build/genes.py with a count assertion, then render it with genepanel() exactly as the solid-tumour pages do.

03

How it works

  1. Step 1Sample

    Blood or bone marrow, collected by a qualified professional.

  2. Step 2Sequencing

    An accredited laboratory reads the leukaemia’s DNA and fusions.

  3. Step 3Engine

    Annotation, risk assignment and matching to therapies and trials.

  4. Step 4KPCIRC sign-out

    A tumour board authors and signs the decision.

04

Where it fits

The result feeds Blueprint Care, and establishes the baseline that Sentinel Blood follows during treatment and Clear Blood follows after it.

Same intelligence, same sign-out, different biology.

Being clear about our limits

What we do and do not do

What we DO

  • Profile the drivers, fusions and cytogenetic risk markers of the leukaemia
  • Support risk stratification alongside morphology and flow cytometry
  • Feed a tumour-board-signed Blueprint Care decision
  • Establish a baseline that later monitoring can be measured against

What we DON’T do

  • Diagnose leukaemia on its own, morphology and flow cytometry remain essential
  • Replace your haematologist’s assessment or scheduled testing
  • Detect changes in genes outside the panel
  • Guarantee a drug, its approval, cover, or that it will work
Plain-language glossary (7 terms)
TermWhat it means
BlastAn immature blood cell. Leukaemia is driven by blasts that fail to mature.
ALLAcute lymphoblastic leukaemia, arising from lymphoid precursor cells.
AMLAcute myeloid leukaemia, arising from myeloid precursor cells.
KaryotypeThe chromosome picture of the leukaemia, long used to assign risk.
Fusion transcriptTwo genes joined abnormally, a common and highly informative driver in leukaemia.
MRDMeasurable residual disease, the small amount left after treatment that predicts relapse.
Risk stratificationSorting patients into risk groups so treatment intensity matches need.
Important information and regulatory status

Take the next step

Three ways forward. Pick the one that fits today.

01

Book a free consultation

A no-obligation conversation with our care team, arranged through KPCIRC.

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02

Begin Blueprint Care

Commission your decision report and a dedicated clinical team.

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03

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