Cytogenetics in the genomics era: why karyotyping still matters. [PDF]
Chebly A.
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Elucidating the pathogenic mechanism of a pedigree with complex rearrangements on chromosome 4 using optical genome mapping technology: a study on the genetics and functional pathways in a child with developmental delay. [PDF]
Qin J +10 more
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Optical genome mapping identifies a balanced inversion disrupting DMD in a patient with Duchenne muscular dystrophy. [PDF]
Turtinen T +8 more
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Revealing the impact of partial gene duplications in ASH1L: integration of optical genome mapping and RNA sequencing. [PDF]
Blavier G +9 more
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Optical genome mapping identifies novel ENOX2::RUNX1 t(X;21)(q26.1;q22.12) rearrangement in acute myeloid leukemia-myelodysplasia related: first case report. [PDF]
George GV, Ali S, Syposs CR, Iqbal MA.
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Optical genome mapping uncovers clinically relevant structural variants in congenital heart disease with heterotaxy. [PDF]
Min S +13 more
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The Silent Revolution of the Genome: The Role of Optical Genome Mapping in Acute Lymphoblastic Leukemia. [PDF]
Simio C, Molica M, De Fazio L, Rossi M.
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OMKar automates genome karyotyping using optical maps to identify constitutional abnormalities. [PDF]
Raeisi Dehkordi S +11 more
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Comparative Analysis of Targeted RNA-Seq and Optical Genome Mapping for Detecting Gene Rearrangements in Acute Leukemia. [PDF]
Ok CY +18 more
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Unveiling genomic rearrangements in engineered iPSC lines by optical genome mapping. [PDF]
Finlay D +6 more
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