A unique language to reveal structural variations
This approach allows for the design of different Morse Codes, composed of “dashes and dots”, which are the combinations of probes of different sizes and colors, each specific to a certain sequence of the region of interest. Any change in the order, in the size of the probes or the spacing between...
A unique language to reveal structural variations
This approach allows for the design of different Morse Codes, composed of “dashes and dots”, which are the combinations of probes of different sizes and colors, each specific to a certain sequence of the region of interest. Any change in the order, in the size of the probes or the spacing between probes can be directly visualized and measured on combed DNA to map target genes and detect known or undiscovered rearrangements.
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FiberProbes FSHD RUO FiberProbes FSHD RUO
The FSHD Genomic Morse Code set allows the analysis of the haplotype and precise repeat unit counts of all four 4q and 10q D4Z4 repeat arrays on DNA stretched molecules. The FSHD Genomic Morse Code set allows the analysis of the haplotype and precise repeat unit counts of all four 4q and 10q D4Z4 repeat arrays on DNA stretched molecules.
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FiberProbes BRCA1/2 (10 hybridizations) FiberProbes BRCA1/2 (10 hybridizations)
The FiberProbes® for BRCA is a set of Genomic Morse Codes (GMC), developed by Genomic Vision, aims to identify and characterize major rearrangements that affect the BRCA1 and BRCA2 genes. The FiberProbes® for BRCA is a set of Genomic Morse Codes (GMC), developed by Genomic Vision, aims to identify and characterize major rearrangements that affect the BRCA1 and BRCA2 genes.
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FiberProbes On Demand FiberProbes On Demand
For comprehensive analysis and physical mapping of target regions on stretched DNA, we developed a unique, proprietary detection strategy, called the Genomic Morse Code (GMC). We can design and produce specifics morse code according to your research needs. For comprehensive analysis and physical mapping of target regions on stretched DNA, we developed a unique, proprietary detection strategy, called the Genomic Morse Code (GMC). We can design and produce specifics morse code according to your research needs.