Chromosome analysis was done by metaphase chromosome banding using conventional Giemsa banding
The trypsin Giemsa banding
technique was used to analyze and categorize the chromosomes of 20 metaphase cells according to the International System for Human Cytogenetic Nomenclature (ISCN 2016).
The slides were stained using G-bands via trypsin using Giemsa banding
Application of Giemsa banding
to orchid karyotype analysis.
Methods: We used Giemsa banding and multiplex fluorescence in situ hybridization focusing on the human lung adenocarcinoma cell line OM to analyze its chromosome alterations.
The traditional Giemsa banding (G-banding) technique is applied to detect cell sample with a higher mitotic index, but lung cancer cells have a lower mitotic index,[sup] which makes karyotypic analysis difficult.
(16) Our results are comparable with previously published limited data on a small number of hepatic metastatic lesions that were evaluated by Giemsa banding
(22,23) or comparative genomic hybridization (Table 3).
Identification of individual chromosomes pairs by Giemsa banding
in Lohi sheep.
Using Giemsa banding
techniques, 20 metaphase cells were examined and all of them contained an extra chromosome 21(trisomy 21).