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RARA Dual Color Break Apart Probe
According to the principle of complementary pairing of DNA bases, RARA orange probe and RARA green probe were used to hybridize with the DNA target sequence in the nucleus, and the gene status information in the nucleus was observed and analyzed under fluorescence microscope.
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IGH Dual Color Break Apart Probe
Fluorescence in situ hybridization (FISH) is based on the principle of complementary pairing of DNA bases, and the visualization of hybridization signals of fluorescence-labeled DNA probes with its DNA target sequences in cell nucleus under fluorescence microscope.
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ATM/CSP11 Dual Color Probe
According to the principle of complementary pairing of DNA bases, ATM orange probe and CSP11 green probe were used to hybridize with the DNA target sequence in the nucleus, and the gene status information in the nucleus was observed and analyzed under fluorescence microscope.
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ERG1/TERT Dual Color Probe
Fluorescence in situ hybridization (FISH) is based on the principle of complementary pairing of DNA bases, and the visualization of hybridization signals of fluorescence-labeled DNA probes with its DNA target sequences in cell nucleus under fluorescence microscope.
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20q12/20q13.33 Dual Color Probe
According to the principle of complementary pairing of DNA bases, 20q12 (D20S108) orange probe and 20q33.3 green probe were used to hybridize with the DNA target sequence in the nucleus, and the gene state information in the nucleus was observed and analyzed under fluorescence microscope.
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p53/D13S319 Dual Color Probe
Fluorescence in situ hybridization (FISH) is based on the principle of complementary pairing of DNA bases, and the visualization of hybridization signals of fluorescence-labeled DNA probes with its DNA target sequences in cell nucleus under fluorescence microscope.
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MALT1 Dual Color Break Apart probe
According to the principle of DNA base complementary pairing, MALT1 orange-red probe and MALT1 green probe were used to hybridize with the DNA target sequence in the nucleus, and the gene state information in the nucleus was observed and analyzed under a fluorescence microscope.
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D7S522/CSP7 Dual Color Probe
Fluorescence in situ hybridization (FISH) is based on the principle of complementary pairing of DNA bases, and the visualization of hybridization signals of fluorescence-labeled DNA probes with its DNA target sequences in cell nucleus under fluorescence microscope.
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BCR ABL1 Dual Color Dual Fusion Probe
According to the principle of DNA base complementary pairing, ABL orange-red probe and BCR green probe were used to hybridize with the DNA target sequence in the nucleus, and the gene state information in the nucleus was observed and analyzed under a fluorescence microscope.
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CDKN2A/CSP9 Dual Color Probe
Fluorescence in situ hybridization (FISH) is based on the principle of complementary pairing of DNA bases, and the visualization of hybridization signals of fluorescence-labeled DNA probes with its DNA target sequences in cell nucleus under fluorescence microscope.
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DAPI Counterstain
The main component of DAPI re-staining solution is 4-phenylindole, which can penetrate the cell membrane and bind strongly to DNA.
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MYC Dual Color Break Apart Probe
Fluorescence in situ hybridization (FISH) is based on the principle of complementary pairing of DNA bases, and the visualization of hybridization signals of fluorescence-labeled DNA probes with its DNA target sequences in cell nucleus under fluorescence microscope.
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