您的位置: 专家智库 > >

文献类型

  • 2篇中文期刊文章

领域

  • 2篇农业科学

主题

  • 1篇蛋白
  • 1篇蛋白浓度
  • 1篇形态学
  • 1篇形态学变化
  • 1篇驯化
  • 1篇叶绿
  • 1篇叶绿素
  • 1篇螺旋藻
  • 1篇海水驯化
  • 1篇SPIRUL...
  • 1篇ACCLIM...
  • 1篇CONCEN...
  • 1篇O
  • 1篇CHLORO...

机构

  • 2篇中国农业大学

作者

  • 2篇秦琅
  • 2篇朱毅
  • 2篇关邵晨
  • 1篇王璇
  • 1篇李依璇
  • 1篇罗云波
  • 1篇董仁杰

传媒

  • 1篇安徽农业科学
  • 1篇Agricu...

年份

  • 2篇2012
2 条 记 录,以下是 1-2
排序方式:
Seawater Acclimation of Spirulina被引量:3
2012年
[Objective] This study aimed to seek the cultivation method for Spirulina with seawater. [Method] Spirulina was habituated culture progressively with prepared seawater acclimation solution. The morphological changes of Spirulina were observed and its biochemical indicators were measured. [Result] A new algae species was obtained, which had better stability and greater average length than Spirulina in fresh water. Compared with the Spirulina in fresh water, the new algae species showed no significant change in chlorophyll content, but a 62.8% increase in the concentration of phycocyanin. [Conclusion] The method could save resources and cost, which lays the foundation for large scale production and processing of Spirulina.
关邵晨李依璇王干秦琅朱毅罗云波
关键词:SPIRULINACHLOROPHYLL
海水驯化螺旋藻研究被引量:2
2012年
[目的]探寻螺旋藻的海水培养方法。[方法]用配制的海水驯化培养液对螺旋藻进行逐级驯化培养,观察螺旋藻的形态学变化并测量其生化指标。[结果]得到了平均长度大于淡水螺旋藻且稳定性良好的藻种,其叶绿素含量基本不变,藻蓝蛋白浓度较淡水培养的螺旋藻增加了62.8%。[结论]该方法可节省资源和成本,为螺旋藻的规模化生产和加工奠定了基础。
关邵晨王璇李杰秦琅董仁杰朱毅
关键词:螺旋藻海水驯化形态学变化叶绿素蛋白浓度
共1页<1>
聚类工具0