array comparative genomic hybridization (acgh) platform 60,000 oligonucleotides Search Results


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Illumina Inc m13f
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Agilent technologies 1 × 1m human genome-wide acgh
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
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WholeGenome LLC profiling by acgh
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
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Sequenom acgh
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
Acgh, supplied by Sequenom, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Illumina Inc omni 2.5 array
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
Omni 2.5 Array, supplied by Illumina Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Promega dna for the control samples for the qrt-pcr and the acgh
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
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BlueGnome Limited acgh protocol
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
Acgh Protocol, supplied by BlueGnome Limited, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Agilent technologies acgh microarray
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
Acgh Microarray, supplied by Agilent technologies, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Illumina Inc acgh 24sure
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
Acgh 24sure, supplied by Illumina Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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86
Agilent technologies acgh hybridizations
CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting <t>aCGH.</t> Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by <t>the</t> <t>Agilent</t> human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.
Acgh Hybridizations, supplied by Agilent technologies, used in various techniques. Bioz Stars score: 86/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Image Search Results


CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting aCGH. Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by the Agilent human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.

Journal: Human Molecular Genetics

Article Title: Efficient CNV breakpoint analysis reveals unexpected structural complexity and correlation of dosage-sensitive genes with clinical severity in genomic disorders

doi: 10.1093/hmg/ddx102

Figure Lengend Snippet: CNV breakpoint sequencing revealed an inter-chromosomal rearrangement beyond genomic coverage of PLP1–targeting aCGH. Target aCGH results of Subject J077 showed a complex structure of two interspersed duplications (DUP-NML-DUP) on Xq22. CNV breakpoint sequencing revealed that this complex CNV was not limited to the human × chromosome but an inter-chromosomal rearrangement between Xq22 and 6q21. This finding was subsequently confirmed by the Agilent human genome-wide aCGH assay. Besides the CNV complexities on Xq22, a 269-kb segment from 6q21 was also duplicated and inserted into Xq22 by a single rearrangement event. DUP, duplication; NML, normal.

Article Snippet: In addition, Agilent 1 × 1M human genome-wide aCGH was used to confirm the structural complexities beyond the coverage of our PMD-target aCGH.

Techniques: Sequencing, Genome Wide