Establecimiento in vitro de Fragariax ananassa var. Aroma a partir de yemas de corona

Manglar Pub Date : 2022-12-17 DOI:10.57188/manglar.2022.038
Javier Justo Gonzales Arteaga, Juan Rodríguez Layza, Ladislao Cesar Romero Rivas, Adelmo Parraga Quintanilla
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Abstract

The objective of the research was to determine a protocol for disinfection and in vitro establishment of explants from strawberry crown buds Fragaria x ananassa Var. Aroma, from the Minor Town Center Mallampampa, Huancabamba and the La Florida sector, Chontabamba district, Oxapampa, Pasco, Peru, through a randomized complete block design. Three disinfection methods were used T1 (adapted from Coba, 2009), T2 (adapted from Sánchez-Cuevas and Salaverría, 2004)and T3 (adapted from Mamani, 2005) and in the establishment were the treatments, t1 (MS+ BAP 0.5 mg l -1+ NAA 0.5 mg l-1), t2 (MS+BAP 0.5 mg l-1+ NAA 0.3 mg l-1+ GA3 0.2 mg l-1), t3 (MS+BAP 0.5 mg l-1+ IAA 0.6 mg l-1), t4 (MS+BAP 0.5 mg l-1+ IAA 0.5 mg l-1+ GA3 0.3 mg l-1) and t5 (MS without regulators). At 36 days after inoculation (dai),the best disinfection treatment was T3, because it presented less contamination by bacteria and less phenolization and without significant differences in fungi and explant survival. The best establishment medium was t3, for present a lower degree of phenolization, greater survival, sprouting and number of shoots and leaves.
冠芽芳香Fragariax ananassa变种的体外建立
本研究的目的是通过随机完全区组设计,确定消毒和体外建立草莓冠芽Fragaria x ananassa Var.Aroma外植体的方案,该外植体来自秘鲁帕斯科州奥萨帕市乔塔班巴区马兰潘帕市小城镇中心和La Florida区。采用三种消毒方法:T1(改编自Coba,2009)、T2(改编自Sánchez Cuevas和Salavería,2004)和T3,t4(MS+BAP 0.5 mg l-1+IAA 0.5 mg l-1+GA3 0.3 mg l-1)和t5(不含调节剂的MS)。接种后36天(dai),最佳消毒处理是T3,因为它表现出较少的细菌污染和较少的酚化,并且真菌和外植体存活率没有显著差异。最佳建立培养基为t3,表现出较低的酚化程度、较高的成活率、出芽率和芽叶数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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