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Late Diagnosis of a 3p26.3p25.2 Microduplication in a Young Adult with Mild Neurodevelopmental Features: A Case Report and Literature Review. [PDF]
Mol SyndromolRangel-Méndez JA +4 more
europepmc +1 more source
Clinical presentation and genotype-phenotype correlation of a novel pure duplication of 6p25.2-p22.3: a case report and literature review. [PDF]
Mol CytogenetTang H +6 more
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Trisomy 8 clonal expansion during disease progression and azacitidine resistance in VEXAS syndrome: a case report. [PDF]
Front ImmunolSato K +13 more
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Array Comparative Genomic Hybridization Analysis of Products of Conception in Recurrent Pregnancy Loss for specific anomalies detected by USG. [PDF]
Reprod FertilGajjar K +4 more
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Chromosome banding with trypsin [PDF]
Genetica, 1972 Preliminary results on banding human chromosomes by trypsin after fixation are reported. This easy technique allows the identification of all the chromosomes of the human karyotype.
B Chiarelli
exaly +3 more sources
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Chromosome banding and compaction
Human Genetics, 1981We have described a characteristic substructure of mitotic chromosomes, the chromosomal unit fibre, with lengths about five times the length of the corresponding metaphase chromosomes and a uniform diameter of 0.4 micrometer. In order to study the relationship of chromosome banding to chromosome compaction, methods have been devised to obtain banding ...
A L, Bak, A L, Jørgensen, J, Zeuthen
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Genome, 1995
Banding techniques were carried out on metaphase chromosomes of zebrafish (Danio rerio) embryos. The karyotypes with the longest chromosomes consist of 12 metacentrics, 26 submetacentrics, and 12 subtelocentrics (2n = 50). All centromeres are C-band positive.
Pijnacker, LP, Ferwerda, MA
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Banding techniques were carried out on metaphase chromosomes of zebrafish (Danio rerio) embryos. The karyotypes with the longest chromosomes consist of 12 metacentrics, 26 submetacentrics, and 12 subtelocentrics (2n = 50). All centromeres are C-band positive.
Pijnacker, LP, Ferwerda, MA
openaire +3 more sources
Current Protocols in Human Genetics, 1994
AbstractChromosome banding techniques produce a series of consistent landmarks along the length of metaphase chromosomes that allow for both recognition of individual chromosomes within a genome and identification of specific segments of individual chromosomes.
R R, Schreck, C M, Distèche
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AbstractChromosome banding techniques produce a series of consistent landmarks along the length of metaphase chromosomes that allow for both recognition of individual chromosomes within a genome and identification of specific segments of individual chromosomes.
R R, Schreck, C M, Distèche
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2016
Chromosome banding is an essential technique used in chromosome karyotyping to identify normal and abnormal chromosomes for clinical and research purposes. Giemsa (G)-, reverse (R)-, and centromere (C)-banding are the most commonly dye-based chromosome-banding techniques.
Huifang, Huang, Jiadi, Chen
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Chromosome banding is an essential technique used in chromosome karyotyping to identify normal and abnormal chromosomes for clinical and research purposes. Giemsa (G)-, reverse (R)-, and centromere (C)-banding are the most commonly dye-based chromosome-banding techniques.
Huifang, Huang, Jiadi, Chen
openaire +2 more sources