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- Closterium turgidumn. 膨大新月藻
- A hardy wheat(Triticum turgidum, formerly T.durum)used chiefly in making pasta. 硬粒小麦一种硬粒麦（硬粒小麦原为粗麦小麦属），主要用于制作意大利面食（通心粉及细面条等）
- A hardy wheat(Triticum turgidum,formerly T.durum)used chiefly in making pasta. 硬粒小麦一种硬粒麦(硬粒小麦原为粗麦小麦属)，主要用于制作意大利面食(通心粉及细面条等)
- A hardy wheat(Triticum turgidum, formerly T. durum) used chiefly in making pasta. 硬粒小麦一种硬粒麦（硬粒小麦原为粗麦小麦属），主要用于制作意大利面食（通心粉及细面条等）
- In conclusion, more spikelets and kernels per spike were the most valuable traits in turgidum landraces, and could be utilized in wheat breeding. 本研究认为，多小穗数和多穗粒数是圆锥小麦地方品种最突出的优良性状，可做为小麦育种的重要基因资源。
- Tritucum turgidum L. 圆锥小麦
- Objective To elucidate the components of exopolysaccharides of Nitzschia closterium (EPN), the components of monosaccharide in each EPN, and the conditions for preparing their sulfated products. 目的阐明新月菱形藻胞外多糖(exopolysaccharides of Nitzschia closterium,EPN)的成分、单糖组成及其硫酸酯化条件。
- Cylindrotheca closterium var. californican. 新月筒柱藻加州变种
- Triticum turgidum var.dicoccoides 野生二粒小麦
- Closterium libellula Focke var. intermediumn. 李氏新月藻中型变种
- Wild emmer (Triticum turgidum vat. dicoccoides) 野生二粒小麦
- Nitzschia closterium f. minutissima 小新月菱形藻
- Nitzschia closterium minutissimal 小新月菱形藻
- Keywords Benthic diatom;Cylindrotheca closterium;zinc;zinc stress; 底栖硅藻;新月筒柱藻;锌;锌胁迫;
- In Vivo Antiviral Activity of Exopolysaccharides from Nitzschia Closterium 新月菱形藻胞外多糖抗病毒活性研究
- Composition Analysis of High Molecular Weight Glutenin Subunits in Triticum. Turgidum L. Ssp. Turgidum 圆锥小麦高分子量谷蛋白亚基组成分析
- Oxic effects of copper, zinc and manganese on the inhibition of the growth of closterium lunula 铜、锌和锰抑制月形藻生长的毒性效应
- Cryopreservation of Nitzschia closterium minutissima Allen et Netson by Encapsulation-vitrification Method 冰冻保存小新月菱形藻的包埋-玻璃化法
- Keywords common wheat;T. turgidum L.;Ae. tauschii;synthetic wheat;allopolyploid;allopolyploidization;unreduced gametes;wide hybridization;Microsatellites or SSRs;molecular marker; 普通小麦;四倍体小麦;节节麦;人工合成小麦;异源多倍体;异源多倍化;未减数配子;远缘杂交;微卫星;分子标记;
- Keywords Anthracene;Nitzschia closterium;Isochrysis galbana 8701;Platymonas subcordiformis .;Growth rate;Photosynthetic pigments;Photosynthesis;Respiratio 蒽;新月菱形藻;金藻8701;亚心形扁藻;生长速率;光合色素;光合作用;呼吸作用;
