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Use of SCAR PCR in Sex Determination of Two Wild Pistacia Seedlings

机译:使用瘢痕PCR在两种野生松丘幼苗的性测定中

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Pistacia atlantica Desf. mutica and Pistacia khinjuk are dioecious plants. In addition to having a high nutritional and medical value, they are important Pistacia vera rootstocks. Quick gender identification in juvenile stage would result in great saving in time and cost. With respect to the long juvenile stage of Pistacia species, marker assistance selection can facilitated breeding, Sequence Characterized Amplified Region (SCAR) was used to determine sex in these two wild species. According to the results, a 297 bp fragment was amplified in all female trees which was absent in male trees. Although sex determination in Pistacia is still unknown, correlations between the SCAR marker and sex locus in Pistacia species, sex determination in Pistacia species is possibly controlled by a single or a few loci in this genus. Consequently by using SCAR PCR technique, it is possible to detect sexual phenotype of Pistacia atlantica Desf. mutica and Pistacia khinjuk at the early juvenile stage.
机译:pistacia atlantica desf。 mutica和pistacia khinjuk是雌雄植物。除了具有高营养和医疗价值之外,它们还是重要的松下维拉砧木。少年阶段的快速性别识别将导致时间和成本迅速。关于活性蔓越物种的长幼年阶段,可以促进标记辅助选择可以促进育种,所表征扩增区域(瘢痕)用于在这两个野生物种中确定性别。根据结果​​,在雄性树木中不存在的所有雌树中扩增297bp片段。虽然活结的性别测定仍然是未知的,但活结性物种的瘢痕标记物和性轨迹之间的相关性,活性腺类别中的性别测定可能由该属中的单一或几个基因座控制。因此,通过使用瘢痕PCR技术,可以检测角膜炎atlantica desf的性表型。 Mutica和Pistacia Khinjuk在早期的少年阶段。

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