土曲霉

  • 网络aspergillus terreus;aspergillus terrus;terreus;A.terreus
土曲霉土曲霉
  1. 方法:以CTAB法提取紫色红曲霉等7种红曲霉和1株土曲霉的基因组DNA;溴化乙啶荧光强度和分光光度双重测定法确定DNA浓度;

    Methods : The genome DNA of 7 ordinary species Monascus including M. purpureus and a strain of Aspergillus terreus were extracted by CTAB . The content of DNA was assayed doubly by fluorescence intensity of ethidium bromide ( EB ) and spectrometer .

  2. 红曲霉的原生质体在紫外灯(18W)下15cm照射50min和土曲霉的原生质体在60℃水浴下保持40min灭活率均达到100%。

    The inaction rate of the protoplast of the monascus rubber and aspergillus terreus in the ultraviolet lamp ( 18 W , 15 cm , 50 min ) and water bath at 60 ℃ for 40 min was 100 % .

  3. 麸皮和稀土对康氏木霉P2产酶作用影响较大,而对土曲霉3.3935则无明显的影响。

    Wheat bran and rare earth are effective with P_2 but 3.3935 .

  4. 衣康酸生产菌株土曲霉QD-1发酵工艺的研究

    Study on the fermentation condition of the strain QD 1 producing Itaconic Acid

  5. 土曲霉和枯草芽孢杆菌植酸酶基因的克隆及异源表达

    Cloning and Heterologous Expression of Phytase Gene from Aspergillus Terreus and Bacillus Subtilis

  6. 氧载体强化传氧的研究Ⅰ提高供氧能力对土曲霉生产衣康酸的影响

    A preliminary study on enhanced oxygen transfer in fermentation using oxygen-vectors effects of oxygen-vectors on the itaconic acid fermentation

  7. 报道1例皮肤T细胞淋巴瘤患者并发土曲霉引起的原发性皮肤曲霉病。

    A case of complicated by primary cutaneous aspergillosis due to Aspergillus terreus with cutaneous T cell lymphoma is reported .

  8. 方法考察了各种细胞裂解酶和渗透压稳定剂等对红曲霉和土曲霉的原生质体制备、灭活及融合的影响。

    Methods Investigate the influence of various cell lysase and osmotic pressure stab on the monascus rubber and aspergillus terreus that of the protoplast formation , inactivation , and fusion , etc.

  9. 改性蒙脱土脱除黄曲霉毒素B2的研究

    Study on Removal of Aflatoxins B_2 by Modified Montmorillonite Study on Production of Aminoacylase by Aspergillus Oryzae by Compound Mutation with DES-Rare Earth