首页> 外文期刊>Holos Environment >Manejo de macrófitas proveniente de infesta??o em ambientes naturais como suplemento para produ??o da microalga de interesse econ?mico Scenedesmus acuminatus
【24h】

Manejo de macrófitas proveniente de infesta??o em ambientes naturais como suplemento para produ??o da microalga de interesse econ?mico Scenedesmus acuminatus

机译:来自自然环境中的侵扰的巨粒细胞管理,如兴趣的微观乐谱产品的补充剂?MICO场景使用Accuminatus

获取原文
获取外文期刊封面目录资料

摘要

This study evaluated the influence of six alternative culture media (one of NPK, two containing Pistia stratiotes and Eichhornia crassipes extracts enriched with NPK, and three with different dilutions of pure extract of E. crassipes (Eic 40, Eic 85, Eic 130) compared to the commercial culture medium ASM-1 in the development of the microalga Scenedesmus acuminatus . Growth rate (K), density, cell volume, biovolume and nutritional quality of culture media were evaluated. The tested media had enough concentration of nutrients for the growth of microalgae. The growth rate of ASM-1 (0.439) were similar (p 0.05) to NPK, NPK + Pis and Eic + NPK. Eic 85 and Eic 130 had the lowest values (0.201; 0.150, respectively) and similar to each other. The volumes of the treatments did not differ to ASM-1 (135.427 μm3), only Eic + NPK and Eic 130 had lower values (86.780 and 100.401 μm3, respectively). The highest biovolume and cell density were found in Eic + NPK (1.273 mm3.L-1 and 1047 x 104 cél.mL-1). It was concluded that the treatments had very similar nutritional ability to ASM-1 and may replace it in the cultivation of S.? acuminatus .? In particular Eic + NPK with the highest density and biovolume. The treatments with pure extract, despite having lower results, still allowed the development of algae.
机译:本研究评估了六种替代培养基的影响(NPK中的一个,含有PISTIES stratiots和富含NPK的苛刻裂解提取物,以及具有不同稀释的纯提取物的三种苛刻的纯提取物(EIC 40,EIC 85,EIC 130)。比较在微观凝聚带的研制中对商业培养基ASM-1进行评估。评估生长速率(k),密度,细胞体积,培养基的培养基营养质量。该培养基具有足够的营养素浓度,促进生长微藻。ASM-1(0.439)的生长速率相似(p> 0.05)至NPK,NPK + PIS和EIC + NPK。EIC 85和EIC 130具有最低值(分别为0.150分别为0.150)和相似其他。治疗的量与ASM-1(135.427μm3)不同,只有Eic + NPK和EIC 130分别具有较低的值(分别为86.780和100.401μm3)。在EIC + NPK中发现了最高的生物弱和细胞密度(1.273 mm3.l-1和1047 x 104cél.ml-1 )。得出结论,该治疗具有非常相似的营养能力对ASM-1,可以在培养中取代它。 acuminatus。?特别是EIC + NPK,具有最高密度和生物宽度。纯提取物的治疗尽管结果较低,但仍然允许发育藻类。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号