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fusarium moniliform
相关语句
  串珠镰刀菌
     Use Species-specific PCR Technology Identify Fusarium moniliform
     应用PCR技术检测串珠镰刀菌
短句来源
     had less correlation to resistance to Fusarium moniliform maize ear rot, which showed that resistance to maize ear rot was mainly controlled by genetic factors, and phenotype characters can't be a select index in breeding the species resistant to Fusarium moniliform maize ear rot.
     4.研究还发现,玉米对串珠镰刀菌穗粒腐病的抗性与穗长、穗粗、粒深、穗行等产量性状和株高、穗位高等农艺性状相关性都很小,基本无相关,进一步表明该性状主要受遗传因子的控制,因此,对玉米穗粒腐病抗病育种不能通过相关表型性状进行选择。
短句来源
     Penicillium was detected on 73% of the samples; Fusarium moniliform was detec-ted on 37% of the samples;
     有73%的样品检出青霉属:有37%的样品检出串珠镰刀菌;
短句来源
  “fusarium moniliform”译为未确定词的双语例句
     Superoxide dismutase from Fusarium moniliform was purified by the steps including heating, ammonium sulfate fractionation, Sephedax G-100 gel filtration and DEAE - Sephadex A-50 chromatography. The results showed that the enzyme was a Mn-SOD with the specific activity of 2640 U /mg and had two homogenous subunits whose molecular mass were 14.5 kD. The wave length of max.
     采用加热、Sephadex G—100凝胶过滤及DEAE-Sephadex A-50柱层析的方法,提纯了赤霉菌的超氧化物歧化酶(SOD),纯酶比活力为2640U/mg蛋白,最大紫外吸收峰为276nm,为Mn-SOD,由二个亚基组成,亚基分子量为14.5kD。
短句来源
     PURIFICATION AND SOME PROPERTIES OF SUPEROXIDE DISMUTASE FROM FUSARIUM MONILIFORM
     赤霉菌超氧化物歧化酶的纯化及部分理化性质
短句来源
     1. Genes controlling maize ear rot resistance to Fusarium moniliform were at least 5 pairs by Estimating Least Gene Number method by Yu-Hua Ma.
     1.利用马育华介绍的估计最少基因数目的方法得出控制玉米穗粒腐病抗性的基因至少为5对。
短句来源
  相似匹配句对
     PURIFICATION AND SOME PROPERTIES OF SUPEROXIDE DISMUTASE FROM FUSARIUM MONILIFORM
     赤霉菌超氧化物歧化酶的纯化及部分理化性质
短句来源
     , Fusarium spp.
     、镰刀菌(Fusariumspp.)
短句来源
     , Fusarium spp.
     、镰刀菌(Fusarium spp.)
短句来源
     Use Species-specific PCR Technology Identify Fusarium moniliform
     应用PCR技术检测串珠镰刀菌
短句来源
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271 samples including 231 feeds and 40 raw materials were collected from variousregions in China,among them,205 samples and 29 raw materials were detected numbers andkinds of fungi,and at the same time,216 sam ples and 38 raw materials were detected fourmycotoxins.83 species belonging to 25 genera of fungi were isolated and identified,including'11 speciesof Mucoralcs.28 species of Penicillium,23 species of Aspergillus,2 species of Fusarium andother 19 species of fungi.The number of fungi on a normal powdery...

271 samples including 231 feeds and 40 raw materials were collected from variousregions in China,among them,205 samples and 29 raw materials were detected numbers andkinds of fungi,and at the same time,216 sam ples and 38 raw materials were detected fourmycotoxins.83 species belonging to 25 genera of fungi were isolated and identified,including'11 speciesof Mucoralcs.28 species of Penicillium,23 species of Aspergillus,2 species of Fusarium andother 19 species of fungi.The number of fungi on a normal powdery feed is 10~3—10~4 spores pergram of feed.The numbers of fungi on a normal granular feed is 10~1~10~3 spores per ram of feed.The numbers of fungi on a mouldy granular feed exceed 10~4 spores per gram.The numbers offungi on a mouldy feed is 10~6—10~7 spores per gram of feed.Aspergillus was detected on 92% ofthe samples;Penicillium was detected on 73% of the samples;Fusarium moniliform was detec-ted on 37% of the samples;Mucor was detected on 33% of the samples.In aspergillus genus,the isolating frequency for A.glaucus group,A.flavus group and A.candidus group is 75.9%,72.2%,67.5% respectively.In penicillium genus the major species are P.chrysogenum,P.citri-hum,P.viridicatum,P.cyclopium.The positive rate of AFB_1,in feeds and raw materials is 2.8%,28% respectivily;thehighest amount is 220 ppb,1756.6ppb respectively.The positive rate of AFG_1,in feeds and rawmaterials is 0.4%,5.3%respectively;the highest amount is 16.4ppb,33.4ppb respectively.Thepositive rate of OA in feeds and raw materials is 4.2%,2.6%restectively;the highest amount is1512ppb,19.4ppb respectively.The positive rate of DON in feeds and raw materials is 12%,13.2%respectively,the highest amount is 1044ppb,1111.2ppb respectively.Feeds and raw materials,in Guang Xi and Guang Dong province are contaminated mainly by AFT.Feeds and raw mater-ials in China are extensively contaminated by DON.

从全国各地采集271份样品,包括231份饲料和40份原料。其中205份饲料和29份原料检测了带菌量和菌相;同时还检测了216份饲料和38份原料中的四种真菌毒素。分离鉴定出25属83种真菌,包括毛霉目11种、青霉属28种、曲霉属23种、镰刀菌属2种和其它真菌19种。正常粉状饲料带菌量为10~3~10~4个/克;颗粒饲料带菌量为10~1~10~3个/克;霉变粉状饲料带菌量为10~6~10~7个/克;霉变颗粒料带菌量为10~4个/克以上。有92%的样品检出曲霉属;有73%的样品检出青霉属:有37%的样品检出串珠镰刀菌;有33%的样品检出毛霉属。在曲霉属中灰绿曲霉群,黄曲霉群和白曲霉群的检出频率分别达到75.9%、72.2%和67.5%。在青霉属中主要有产黄青霉、桔青霉、纯绿青霉和圆弧青霉。在饲料和原料中,黄曲霉毒素 B_1(AFB_1)的检出率分别为2.8%、28%,最高含量分别为220ppb、1756.6ppb;黄曲霉毒素 G_1(AFG_1)的检出率分别为0.4%、5.3%,最高含量分别为16.4ppb、34.4ppb;棕曲霉毒素 A(OA)的检出率分别为4.2%、2.6%,最高含量为1512ppb、19.4p...

从全国各地采集271份样品,包括231份饲料和40份原料。其中205份饲料和29份原料检测了带菌量和菌相;同时还检测了216份饲料和38份原料中的四种真菌毒素。分离鉴定出25属83种真菌,包括毛霉目11种、青霉属28种、曲霉属23种、镰刀菌属2种和其它真菌19种。正常粉状饲料带菌量为10~3~10~4个/克;颗粒饲料带菌量为10~1~10~3个/克;霉变粉状饲料带菌量为10~6~10~7个/克;霉变颗粒料带菌量为10~4个/克以上。有92%的样品检出曲霉属;有73%的样品检出青霉属:有37%的样品检出串珠镰刀菌;有33%的样品检出毛霉属。在曲霉属中灰绿曲霉群,黄曲霉群和白曲霉群的检出频率分别达到75.9%、72.2%和67.5%。在青霉属中主要有产黄青霉、桔青霉、纯绿青霉和圆弧青霉。在饲料和原料中,黄曲霉毒素 B_1(AFB_1)的检出率分别为2.8%、28%,最高含量分别为220ppb、1756.6ppb;黄曲霉毒素 G_1(AFG_1)的检出率分别为0.4%、5.3%,最高含量分别为16.4ppb、34.4ppb;棕曲霉毒素 A(OA)的检出率分别为4.2%、2.6%,最高含量为1512ppb、19.4ppb;脱氧雪腐镰刀菌烯醇(DON)的检出率分别为12%、13.2%,最高含量为1044ppb、1111.2ppb。黄曲霉毒素主要污染广西和广东的样品。脱氧雪腐镰刀菌烯醇的污染较广泛。

Four inoculating methods with Fusarium moniliform Sheld as the mainpathogens of corn ear-rot were compared.The results indicated that using needle punc-turing corn ear produced the serious disease occurence,but the method of spraying ino-culation to filaments caused lightest disease occurence. The optimal inoculation time wasat milk stage. Among three inoculation concentrations,the most effective inocuation wasobtained by concentration of 60 conidia in one field of vision under microscope at 10 ×40times...

Four inoculating methods with Fusarium moniliform Sheld as the mainpathogens of corn ear-rot were compared.The results indicated that using needle punc-turing corn ear produced the serious disease occurence,but the method of spraying ino-culation to filaments caused lightest disease occurence. The optimal inoculation time wasat milk stage. Among three inoculation concentrations,the most effective inocuation wasobtained by concentration of 60 conidia in one field of vision under microscope at 10 ×40times amplification. Comparative study of three amounts of inoculating,the sever diseaseand better effect were obtained by inoculating2.5mL conidial suspension to each corn ears.

以玉米穗粒腐病的主要高原菌串珠镰刀菌FusariummoniliformeSheld为菌源,采用4种接种方法比较结果,以针刺果穗较深处(籽粒与穗轴间)发病最重,花丝喷雾法发病最轻;接种时期以乳熟期接种为好;接种浓度以10×40倍,每视野60个分生孢子接种效果最好;接种量以每果穗接种2.5mL孢子悬浮液发病重,效果好。

Superoxide dismutase from Fusarium moniliform was purified by the steps including heating, ammonium sulfate fractionation, Sephedax G-100 gel filtration and DEAE - Sephadex A-50 chromatography. The results showed that the enzyme was a Mn-SOD with the specific activity of 2640 U /mg and had two homogenous subunits whose molecular mass were 14.5 kD. The wave length of max. absorbing peak in ultraviolet spectrum was 276 nm which was not similar with other resource of SOD. The composition of amino acid was...

Superoxide dismutase from Fusarium moniliform was purified by the steps including heating, ammonium sulfate fractionation, Sephedax G-100 gel filtration and DEAE - Sephadex A-50 chromatography. The results showed that the enzyme was a Mn-SOD with the specific activity of 2640 U /mg and had two homogenous subunits whose molecular mass were 14.5 kD. The wave length of max. absorbing peak in ultraviolet spectrum was 276 nm which was not similar with other resource of SOD. The composition of amino acid was also analyzed.

采用加热、Sephadex G—100凝胶过滤及DEAE-Sephadex A-50柱层析的方法,提纯了赤霉菌的超氧化物歧化酶(SOD),纯酶比活力为2640U/mg蛋白,最大紫外吸收峰为276nm,为Mn-SOD,由二个亚基组成,亚基分子量为14.5kD。此外还报道了该酶的氨基酸组成。

 
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