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Virus DNA/RNA Kit (Magnetic Beads)
Special magnetic beads technology enables purification of high-quality nucleic acids that are free of proteins, nucleases, and other impurities.
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CBFB 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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p53/D13S25 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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MYC/IGH Dual Color Probe
According to the principle of DNA base complementary pairing, the MYC orange-red probe and the IGH 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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Gel Extraction Kit DNA Gel Extraction Kit
Quickly and efficiently recover 20bp-10kb DNA fragments from agarose gel.
◮ Wide range of DNA recovery: DNA fragments as short as 30bp and as large as 10kb can be recovered.
◮ High recovery efficiency: The highest recovery efficiency can reach more than 80%.
◮ Small system elution: at least 30μl elution solution can be used for elution, which can effectively increase the concentration of recovered DNA fragments.
◮ Fast speed: Easy to operate, DNA fragment recovery can be completed within 15 minutes.
◮ Safety: No organic reagent extraction is required.
◮ High quality: The recovered DNA fragments are of high purity, which can meet various subsequent experiments.
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1q21 Spectrum Orange 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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D13S25 Spectrum Orange 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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CCND1/IGH Dual Color Dual Fusion Probe
According to the principle of DNA base complementary pairing, CCND1 orange-red probe and IGH 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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RB1/1q21 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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HER2/CSP17 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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ETV6 Dual Color Break Apart Probe
According to the DNA base complementary pairing principle, the ETV6 orange-red probe and the ETV6 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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Foreasy RNase Inhibitor
◮ A new mouse-derived RNase inhibitor expressed in E. coli engineered bacteria using gene recombination technology. The inhibitor inhibits RNase activity by non-competitively combining with RNase 1:1, thereby protecting RNA integrity , and can effectively inhibit the RNase A, B, C activity , but not RNase T1, T2, H, etc.; It is reversible of the binding of RNase Inhibitor and RNase , and the complex can be dissociated by urea and sulfhydryl reagents, so that RNase renatures and the inhibitor is irreversibly inactivated.
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