原创性高质量团体标准服务产业创新发展现状及其对策建议

本文通过梳理分析团体标准发展沿革和广西原创性高质量团体标准服务产业创新发展现状,挖掘制约广西原创性高质量团体标准服务产业创新发展问题,提出完善团体标准发展的激励政策、增加广西原创性高质量团体标准供给量、编制跨国团体标准带动广西产品、技术和服务“走出去”、支持广西社会力量设立高质量团体标准科学技术奖、加强团体标准化创新人才培养等对策建议,为新时代广西原创性高质量团体标准服务产业创新发展提供决策参考。

供港澳蔬菜产业标准体系研究——以贺州市为例

通过梳理贺州供港澳蔬菜产业与其标准体系现状,分析贺州供港澳蔬菜产业高质量发展标准体系存在的主要问题,提出构建贺州供港澳蔬菜产业标准体系、加快关键标准制定、加强标准化人才队伍建设、加大标准经费投入力度等对策建议,为健全完善贺州供港澳蔬菜产业高质量发展标准体系提供决策参考。

以标准化推动桂林罗汉果产业高质量发展现状及其对策建议

本文通过梳理分析桂林罗汉果一二三产业、品牌发展及其标准化现状,挖掘制约桂林罗汉果产业高质量发展问题,提出构建桂林罗汉果产业高质量发展标准体系、树立罗汉果一二三产业标准化试点示范标杆、提高罗汉果系列标准实施率和贡献率、以“研发+专利+标准”模式延长补强罗汉果产业链条、加强桂林罗汉果系列产品营销、打造桂林罗汉果区域品牌等对策建议,为桂林罗汉果产业高质量发展提供决策参考。

桂林油茶产业标准体系研究

本文通过梳理桂林油茶产业与其标准体系现状,分析桂林油茶产业高质量发展标准体系存在的主要问题,提出构建桂林油茶产业标准体系、加快关键标准制定、加强标准化人才队伍建设、修订老化滞后标准、加大标准经费投入力度等对策建议,为健全完善桂林油茶产业高质量发展标准体系提供决策参考。

广西牛大力品质研究

【目的】全面分析与评价广西牛大力品质,挖掘广西牛大力质量优势,助力广西地方特色资源优势转化为产业优势。【方法】实验根据质量控制要求,对广西不同地区牛大力中的水分、浸出物、多糖、总黄酮、总甾醇、总酚酸、金属元素、农药残留量等质量指标和卫生指标进行测定。【结果】测定结果表明广西牛大力水分含量均值为59.2 g/100 g,水冷浸出物含量均值为13.2%,水热浸出物含量均值为28.9%,醇冷浸出物含量均值为12.7%,醇热浸出物含量均值为13.5%,多糖含量均值为12.63%,总黄酮含量均值为48.79 mg/g,总甾醇含量均值为22.44 mg/g,总酚酸含量均值为35.05 mg/g,Mn、Fe、Zn、Se、As、Cd和Pb等7种金属含量有所差异,吡虫啉、毒死蜱和乐果等19种农药均未检出。【结论】本研究提供了广西牛大力水分、浸出物、多糖、总黄酮、总甾醇、总酚酸、金属元素、农药残留等含量范围,为指导牛大力新品种选育、种植栽培、初加工、精深加工产品开发、牛大力及其精深加工产品的质量控制提供具有一定科学价值的参考。

广西甘蔗制糖业标准体系研究

本文从广西甘蔗制糖业现状出发,分析标准在甘蔗制糖业中独特优势、标准体系现状及存在问题,提出抓空白标准的制定、修订老化滞后标准、加大标准经费投入力度、积极参与国际糖业标准化活动等构建完善甘蔗标准体系的对策,为广西甘蔗制糖业实现二次创业,打造"中国糖都"新形象做出新的贡献。

基于互联网+的移动会议平台应用研究

随着互联网的发展,传统的会议模式已经无法满足时代各式各样的会议需求,本文在互联网+会议概念的基础上,提出研究一款移动会议实时互动软件,避免了传统会议主办方单方面展示的单调和乏味,具有互动性强、适应性广、功能性强等特点。

Bioaccumulation,subcellular distribution and chemical forms of cadmium in Aster subulatus Michx.

【Objective】Through analyzing the bioaccumulation capacity,subcellular distribution and chemical forms of cadmium(Cd)in Aster subulatus Michx.,this study was to provide reference for revealing the Cd tolerance mechanism of A.subulatus Michx.【Method】After cultured for 24 d under the action of Hoagland nutrient solution and gradient Cd concentrations(0,30,60 and 90 mg/L),A.subulatus Michx.were harvested,and its leaf,stem and root were treated by differential centrifugation,chemical reagent extraction,and digested with graphite digester,respectively,then the Cd content in the root,stem and leaf were determined by atomic absorption spectroscopy.【Result】The experimental results indicated that the bioaccumulation capacity of Cd in A.subulatus Michx.was root>stem>leaf,and the maximum Cd concentration in the root,stem and leaf of A.subulatus Michx.were 130.74,78.69 and 56.62 mg/kg(fresh matter),respectively.Most of Cd stored in the cell wall and the soluble fractions of the root and leaf of A.subulatus Michx.,with only a smaller portion Cd in organelle fraction.Analysis result of subcellular Cd content showed that 52.27%-58.61%of Cd for root was mainly stored in the soluble fraction,but 42.10%-63.28%of Cd for leaf was mainly stored in the cell wall fraction.The concentration of pectates and protein integrated-Cd was higher in the root and leaf compared to other chemical forms Cd.Pectates and protein integrated-Cd was the main chemical forms Cd in the root and leaf of A.subulatus Michx.,and their percentages were 68.91%-74.80%and 57.38%-83.80%,respectively.Cd treatment could significantly increase the proportion of water-soluble organic acid Cd from 13.64%to 22.72%in root and undissolved phosphate Cd from 10.02%to 32.78%in leaf with increasing Cd concentration in the culture medium.【Conclusion】The root,stem and leaf of A.subulatus Michx.has strong bioaccumulation capacity to Cd,Cd is primarily stored in the soluble fractions of the root and cell wall fractions of the leaf,and less toxic pectates and protein integrated-Cd is the main chemical forms Cd in the root and leaf of A.subulatus Michx.,this might be the main mechanism of Cd tolerance in A.subulatus Michx.