|
Author:
Date:
2016-09-20
[Abstract] Selection for genotypes with a vigorous root system could enhance the adaptation of maize under water and nutrient deficit soils. Although extensive genetic variation for root architecture has been reported (Kumar et al., 2012; Abdel-Ghani et al., 2014; Kumar et al., 2014; Pace et al., 2015), root traits have been seldom considered as selection criteria to improve yield in maize, mainly because characterization of root morphology in the field is laborious, inaccurate and time consuming (Tuberosa and Salvi, 2007). Characterization of root traits under hydroponic conditions in this case has the advantage of screening a high number of genotypes in a small space (in a growth chamber) within a short period of time (2-3 weeks). Thus, it saves the time and ...
[摘要] 对象上下文（OIC）任务是广泛使用的对象识别（OR）任务的变体（Dix和Aggleton，1999）。 OIC任务利用啮齿动物具有探索新环境和物体的自然倾向的事实。海马似乎在OIC任务中发挥重要作用（比原始OR任务更重要），其中动物应该能够区分两个熟悉的对象，其中一个在与训练试验不同的背景下（Ennaceur和Aggleton，1997; Bermudez-Rattoni等人，2005; Albasser等人，2009; Roozendaal等人， 2010; Banks等人，2014; Bermudez-Rattoni，2014）。识别存储器包括多个附加组件，诸如项目与其上下文，地点等的关联。 （Bussey ，1999，2000）。在这里，我们基于早期的报告（Dix和Aggleton，1999; Eacott和Norman，2004; Balderas等人，2008; Barsegyan等人）描述了小鼠中OIC任务的一个版本。，2014; Kanatsou 等人，2015a; Kanatsou 等人，2015b）。...
|
|
Author:
Date:
2016-08-05
[Abstract] The genus Lavandula comprises of several economically important lavender species that are mainly cultivated worldwide for essential oil production. Identification of lavender species and their cultivars has been a huge bottleneck in lavender industries due to lack of appropriate identification mechanisms. Recent advances in modern technologies would help to address these identification issues through development of potential molecular markers, including simple sequence repeats (SSRs). SSRs can be developed from specific species, and can be potentially used for related species, which lack the source sequences to develop species-specific SSRs. Here, we describe the guidelines and steps of identifying and analyzing SSRs from expressed sequence tag (EST) sequences of ...
[摘要] 拉丁族 包括几种经济上重要的薰衣草品种，主要在全世界种植精油生产。 由于缺乏适当的鉴定机制，薰衣草物种及其栽培品种的鉴定一直是薰衣草工业的巨大瓶颈。 现代技术的最新进展将有助于通过开发潜在的分子标记物（包括简单序列重复（SSR））来解决这些鉴定问题。 SSR可以从特定物种开发，并且可以潜在地用于相关物种，其缺乏源序列以开发物种特异性SSR。 在这里，我们描述从薰衣草物种的表达序列标签（EST）序列鉴定和分析SSR的指南和步骤。 我们还详细选择EST-SSR在区分源（供体）物种以及相关物种的验证程序。
|