Effect of AgNps and different sources of Zinc on rooting and acclimation of strawberry (Fragaria ananassa Duch) cv. Rubygem in vitro

Husham Khudhur, M. Abdulhussein
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Abstract

This study was conducted to examine the effect of adding different concentrations of nano silver nitrate (0, 5, 10 and 15 mg L-1) and zinc source {traditional(0.86mg L-1 as ZnSO4.7H2O) and nano zinc  0.086mg L-1 as Zinc oxide) to the specifies medium of rooting strawberry (Fragaria X ananassa Duch) cv. Rubygem, in addition to testing the efficiency of nano silver nitrate and zinc source on successful percentage of cultures adapting stage. Results revealed that highest rooting percentage, root numbers, roots length, leaves content of total chlorophyll and macro nutrients (N, P and K) were achieved the highest average at 10mg L-1 + nano zinc treatment. The source of cultures resulting from rooting stage affected the plant survival at acclimatization stage. The treatment 10 and 15mg L-1 of nano silver nitrate + nano zinc achieved 100% success percentage.
AgNps和不同锌源对草莓生根和驯化的影响。离体红宝石
研究了在草莓生根培养基中添加不同浓度的纳米硝酸银(0、5、10和15 mg L-1)和锌源(传统锌源(0.86mg L-1作为znso4.6 h2o)和纳米锌源(0.086mg L-1作为氧化锌)的效果。Rubygem,除了测试纳米硝酸银和锌源对培养适应阶段成功率的效率外。结果表明,10mg L-1 +纳米锌处理的生根率、根数、根长、叶片总叶绿素含量和宏观营养成分(N、P、K)平均最高;生根期培养物的来源影响了驯化期植株的成活率。纳米硝酸银+纳米锌10和15mg L-1处理的成功率均为100%。
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