KARYOTYPING+FISH FOR MULTIPLE MYELOMA, BONE MARROW

A test that uses karyotyping and FISH to detect chromosomal abnormalities in bone marrow, helping diagnosis, prognosis and management of multiple myeloma.

Also known asKaryotyping + Fish For Multiple MyelomaBone Marrow Karyotyping + Fish For Multiple MyelomaBone Marrow

Available via

Home Collection, Lab Visit

Contains

22 parameters

Earliest reports in

8 Working Days

Test details

KARYOTYPING+FISH FOR MULTIPLE MYELOMA, BONE MARROW Test in Mangaluru Overview

What is Karyotyping with FISH for multiple myeloma on bone marrow test?

Karyotyping with FISH for multiple myeloma on bone marrow provides a comprehensive cytogenetic workup in multiple myeloma. Karyotyping (G‑banding) detects large-scale chromosomal changes and overall genomic complexity with prognostic impact. FISH on CD138+ plasma cells sensitively identifies key myeloma abnormalities such as IGH translocations, 1q gain, 1p/17p deletions, and hyperdiploidy. Together, these complementary methods enable accurate risk stratification and guide prognosis at diagnosis and relapse.

Why consider Karyotyping with FISH for multiple myeloma on bone marrow test?

Multiple myeloma (MM) is a genetically heterogeneous disease—meaning different patients’ myeloma cells can have various chromosomal abnormalities that affect prognosis and treatment response.

  • Complementary Information: Karyotyping shows the overall structure and number of chromosomes, while FISH highlights specific genetic abnormalities, such as deletions, duplications, and translocations, that are linked to the disease. 
  • Higher Detection Rate: Many Multiple Myeloma cells don't divide well in culture, making traditional karyotyping unreliable. FISH, however, can be performed on interphase (non-dividing) cells, detecting a higher number of abnormalities than karyotyping alone. 
  • Prognostic Significance:Certain genetic abnormalities, are known to be associated with different outcomes and treatment responses in Multiple Myeloma patients. FISH helps identify these high-risk features. 
  • Risk-Adapted Treatment: The genetic information gathered from these tests allows doctors to stratify patients by risk and tailor treatment strategies, ensuring patients receive the most effective care for their specific disease type. 
  • Complete Evaluation:Performing both tests together provides more unique information than either test alone, offering a more thorough and complete cytogenetic workup for the patient. 

Who should get this Karyotyping with FISH for multiple myeloma on bone marrow test?

  • All Patients with Confirmed or Suspected Multiple Myeloma
  • Patients with Smoldering (Asymptomatic) Multiple Myeloma
  • Patients Undergoing Treatment or Relapse
  • Patients Considered for Stem Cell Transplant.

More Information about Karyotyping with FISH for multiple myeloma on bone marrow test

Multiple myeloma (MM) is a type of blood cancer that arises from plasma cells, a type of white blood cell found in the bone marrow. In multiple myeloma, these plasma cells become abnormal (malignant) and multiply uncontrollably, interfering with normal blood cell production and causing various complications.

Other Names - Multiple myeloma test, Karyotyping for multiple myeloma, multiple myeloma panel, multiple myeloma comprehensive panel

Preparations

No special preparations needed

Test included
KARYOTYPING+FISH FOR MULTIPLE MYELOMA, BONE MARROW includes 22 parameters

  • Specimen
  • Indications
  • Cells Counted & Analysed
  • Cells Karyotyped
  • Karyotype

  • Specimen
  • Clinical Indications
  • Total Number Of Cells
  • T(4;14) Igh/fgfr3 Translocation
  • T(6;14) Igh/ccnd3 Translocation
  • T(11;14) Igh/ccnd1 Translocation
  • T(14;16) Igh/maf Translocation
  • T(14;20) Igh/mafb Translocation
  • Igh Gene Rearrangement
  • 13q Deletions
  • 17p Deletions
  • 1p Deletion / 1q Amplification
  • Chromosome 3 For Ploidy
  • Chromosome 5 For Ploidy
  • Chromosome 7 For Ploidy
  • Chromosome 9 For Ploidy
  • Chromosome 15 For Ploidy

Test code

10340

Specimen vol. and vacutainer information
SpecimenVacutainerVolume
Bone MarrowOthers1 ML
Bone Marrow HeparinGreen Vacutainer1 ML
Heparin Whole BloodGreen Vacutainer5 ML
Others (fx)Others2 ML

Specimen stability information

Others (Fx)

Specimen rejection criteria

Test run frequency

'

Turn around time

8 Working Days

Performing locations

Department

  • Cytogenetics

CPT and Loinc codes

KARYOTYPING+FISH FOR MULTIPLE MYELOMA, BONE MARROW

24000