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(1 citation statement)
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“…Cytotaxonomy was started with Ueshima [179] by proposing the application of cytogenetic studies of chromosomes to differentiate morphologically related species. Later, the use of chromosomal analyses-such as karyotypes [180][181][182][183]-the constitutive heterochromatin pattern [156,184,185], the heterochromatin base pair composition [186][187][188], and the location of the nucleolar organizing region [139,156,189], assisted in the correct identification and classification of triatomines. Recently, dichotomous keys have been proposed based on cytogenetic data [190][191][192][193].…”
Section: Cytotaxonomy and Karyosystematicmentioning
confidence: 99%
“…Cytotaxonomy was started with Ueshima [179] by proposing the application of cytogenetic studies of chromosomes to differentiate morphologically related species. Later, the use of chromosomal analyses-such as karyotypes [180][181][182][183]-the constitutive heterochromatin pattern [156,184,185], the heterochromatin base pair composition [186][187][188], and the location of the nucleolar organizing region [139,156,189], assisted in the correct identification and classification of triatomines. Recently, dichotomous keys have been proposed based on cytogenetic data [190][191][192][193].…”
Section: Cytotaxonomy and Karyosystematicmentioning
confidence: 99%