Exome Sequencing
Gentaur Exome Sequencing focuses on the protein-coding regions of the genome, where most disease-related variants are found. Instead of sequencing the entire genome, this method targets exons, giving researchers a cost-effective way to detect mutations that affect gene function. In practice, exome sequencing is widely used in cancer research, inherited disease studies, and clinical genetics to uncover variants linked to health and development. Many labs also apply it for rare disease discovery and population studies. The workflow delivers high coverage, reliable variant calling, and clear data interpretation, helping researchers move from raw DNA to actionable insights with fewer steps.
HBM-PNF2-CC/T1
Immunoplate for capture EphrinB positive exosomes
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HBM-BOLF-CC/10-1
Immunobeads for capture of CD9 positive Exosomes
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HBM-POC-CC/T1
Immunoplate for capture CD63 positive Exosomes
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HBM-PTE-CC/T1
Immunoplate for capture of EpCAM positive exosomes
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HBM-BOLC-CC/10-1
Immunobeads for capture CD63 positive Exosomes
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HBM-BOLC-CC/10-04
Immunobeads for capture CD63 positive Exosomes
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HBM-BTLF-CC/10-1
Immunobeads for capture TM9SF4 positive exosomes
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HBM-PGF-CC/T1
Immunoplate for capture PLP1 positive Exosomes
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HBM-BMLF-CC/10-1
Immunobeads for Mouse exosome capture (CD9 Positive)
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HBM-POS-CC/T1
Immunoplate for capture of CD9 positive Exosomes
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HBM-BOLF-CC/10-04
Immunobeads for capture of CD9 positive Exosomes
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HBM-BMLF-CC/10-04
Immunobeads for Mouse exosome capture (CD9 Positive)
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HBM-PTF-CC/T1
Immunoplate for capture TM9SF4 positive exosomes
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HBM-BTLF-CC/10-04
Immunobeads for capture TM9SF4 positive exosomes
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HBM-PNF1-CC/T1
Immunoplate for capture L1CAM positive exosomes
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