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two normally separated genes are linked together, fusion occurs, which may promote cancer development in different ways. Fusion can also produce a chimeric gene and a novel hybrid protein with carcinogenic potential. Finally, when fusion results in tumor suppressor gene truncation, it can lead to tumor occurrence.
The fusion probe consists of two colors, red fluorescence and green fluorescence. Each color is designed to hybridize with its own gene. When a normal cell displays color as a separate signal, a fused cell displays a signal less than a signal width. That is to say, the normal signal of fusion probe is two red and two green. When fusion occurs, the Yellow fusion signal will be displayed.
FISH Probe Name |
Marker Site |
Inquiry |
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BCR/ABL FISH probe The BCR/ABL FISH probe detects BCR gene and ABL gene fusion. |
9q34.11-13 22q11.22-23 |
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PML/RARA FISH probe The PML/RARA FISH probe detects PML gene and RARA gene fusion. |
15q24.1 17q21.1-21. |
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AML1/ETO FISH probe The AML1/ETO FISH probe detects AML1 gene and ETO gene fusion. |
8q21.3-22.1 21q22.11-22.1 |
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MYC/IGH FISH probe The MYC/IGH FISH probe detects MYC gene and IGH gene fusion. |
8q24.21 14q32.33 |
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BCL2/IGH FISH probe The BCL2/IGH FISH probe detects BCL2 gene and IGH gene fusion. |
18q21.33 14q32.33 |
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CCND1 /IGH FISH probe The CCND1/IGH FISH probe detects CCND1 gene and IGH gene fusion. |
11q13.3 14q32.3 |
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CBFB/MYH11 FISH probe The CBFB/MYH11 FISH probe detects CBFB gene and MYH11 gene fusion. |
16q22 16p13.1 |
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TEL/AML1 FISH probe The TEL/AML1 FISH probe detects TEL gene and AML1 gene fusion. |
12p13.2 21q22.11-22.12 |
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