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高甜
相关语句
  “高甜”译为未确定词的双语例句
     Alitame:sweeter sweetener
     新一代高甜甜味剂——阿力甜
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  相似匹配句对
     V. C.
     V.C;
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     The sweet corn has many uses and high economic benefit.
     玉米用途广泛 ,经济效益很
短句来源
     high in automatic level etc.
     自动化程度
短句来源
     Alitame:sweeter sweetener
     新一代味剂——阿力
短句来源
     QUANTITATIVE ANALYSIS OF SWEETENER FROM SWEET-TEA
     茶素含量测定
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The exci、ed shO0t aPices about 1 to 2 mm in length of the cultivars of6才了“‘sine肪云5 were as叩tically cultured in the basal medium,ComParative exPerimentsworec:rried out for inducing callus formation by th”addition of、everal Plant growthsubstances,by the use of various山ncentration of sucrose and by the varying Phy-sical characteristics of the medium.The days required for callu、formation讹revaried in thedi价rent treatments.It was found that the folLowing treatments hadabetlcre价Ct for inducing callus formation:2,4一D...

The exci、ed shO0t aPices about 1 to 2 mm in length of the cultivars of6才了“‘sine肪云5 were as叩tically cultured in the basal medium,ComParative exPerimentsworec:rried out for inducing callus formation by th”addition of、everal Plant growthsubstances,by the use of various山ncentration of sucrose and by the varying Phy-sical characteristics of the medium.The days required for callu、formation讹revaried in thedi价rent treatments.It was found that the folLowing treatments hadabetlcre价Ct for inducing callus formation:2,4一D 0.1 mg/1+kinetin 0.25 mg/l+N人A 2.smg/l,2,4一D15mg/ialong,5%sucroseandtheliquidmediumThe callus tissue obtained was then transferred into the basal medium witl、BA0 .25 mg/l+NAA 01 mg/l·The shoot aPex with callu,could grow further butthe root was not initiated readily‘When the callu、was again transferred into thebasal mediu班containing NAA Zm岁1 alonc,it could form roots and develop intoPer介ct Plantlet.The Plantlets of tllree cultivao of Cilrus sine”s云were obtained in“ur ex严rilnentS,T址“3uggests the POs”ibility tog”t many PI“ntlet、froma、讯多ecallu、of the、hoot apex艺超。艺tro.The micro一grafted plantlets of,助ot aPices、、。re obtained byu、ing 13 to 14 da邓old dark一cul:uredPo::艺:us trZfoliata seedlings as、ot:tocks andt卜e shoot a piece,ofCitr:,::艺nens打(卜.2 too,4 mm in length with two or three leaf Primordiaa、scion、.The scions were grafted asePtically with the aid of a dissecting microscoPe in aninverted丁inci、ion.A 18.5%sucoes,to get living Plantlets of two cultivars ofCit阳s万n魏,15 wa:achieved.The micro一grafted Plant王ets were cultured in the MS,,u trient solution.The concentration of sucrose in solution was lifted to 7.5%.The micro grafted Plantlets were exPosed to 800 Lux for 16 hr daily.户Jter twot()four leaves had grown and matured,the growing Plantlets were transPlanted intoPotsApparently,by culturing ohoota砰ces艺n 01才。the effeot of the root、tocks canbe avoided and the oPerating Procedureo for getting virusfree Plantlets can be sim-plified,but the frequency of success was not 50址gh as with tl、e micrografted one、111 our study.

截取1~2毫米高的甜橙(Citrus sinensis)茎尖,培养子经消毒的基本培养基中。比较试验了几种植物生长调节物质、蔗糖的不同浓度和培养基的物理性状对愈伤组织发生的效应。分别观察了不同天数的离体茎尖愈伤组织发生情况。发现对愈伤组织形成较好的处理有:2,4-D0.1毫克/升+Kinetin 0.25毫克/升+NAA 2.5毫克/升,单独使用2,4-D为1.5毫克/升;蔗糖浓度为5%;以及液体培养基。将具有愈伤组织的离体茎尖,转移至激素类物质为BA 0.25毫克/升+NAA 0.1毫克/升的基本培养基中,则能促使茎芽及愈伤组织的进一步生长。但不容易形成根。然后再移入只含NAA 2毫克/升的的基本培养基中,才能分化出根,形成完整的小植株。我们已经获得暗柳、雪柑和柚子等三个柑桔品种的离体茎尖培养的植株,并揭示出在同一块离体茎尖愈伤组织生长出许多小植株的可能前景。茎尖嫁接植株是用全黑暗条件培养13~14天的枳壳(Ponciruo trifoliata)等实生苗作砧木,甜橙(Citrus sinensis)茎尖长为0.2~0.4毫米、并带叶原基2~3个作接穗,在无菌条件的实体显微解剖镜下,嫁接于砧木倒T字型的缺口上...

截取1~2毫米高的甜橙(Citrus sinensis)茎尖,培养子经消毒的基本培养基中。比较试验了几种植物生长调节物质、蔗糖的不同浓度和培养基的物理性状对愈伤组织发生的效应。分别观察了不同天数的离体茎尖愈伤组织发生情况。发现对愈伤组织形成较好的处理有:2,4-D0.1毫克/升+Kinetin 0.25毫克/升+NAA 2.5毫克/升,单独使用2,4-D为1.5毫克/升;蔗糖浓度为5%;以及液体培养基。将具有愈伤组织的离体茎尖,转移至激素类物质为BA 0.25毫克/升+NAA 0.1毫克/升的基本培养基中,则能促使茎芽及愈伤组织的进一步生长。但不容易形成根。然后再移入只含NAA 2毫克/升的的基本培养基中,才能分化出根,形成完整的小植株。我们已经获得暗柳、雪柑和柚子等三个柑桔品种的离体茎尖培养的植株,并揭示出在同一块离体茎尖愈伤组织生长出许多小植株的可能前景。茎尖嫁接植株是用全黑暗条件培养13~14天的枳壳(Ponciruo trifoliata)等实生苗作砧木,甜橙(Citrus sinensis)茎尖长为0.2~0.4毫米、并带叶原基2~3个作接穗,在无菌条件的实体显微解剖镜下,嫁接于砧木倒T字型的缺口上,能获得嫁接绿苗18.5%的成活率。嫁接植株培养在MS液体培养基,蔗糖浓度提高到7.5%,放置于800米烛光的荧光灯、每天光照16小时的条件下。嫁接植株生长到2~4片

α-L-aspartyl-DL-aminomalonic acid methyl fenchyl diester was obtained bydeprotecting with pd-black the coupling product of β-benzyl N-(benzyloxycarbonyl)-L-aspartate and N-benzyloxycarbonyl DL-aminomalonic acid methyl fenchyl diesterthrough the mixed anhydride method.This dipeptide is intensely sweet,has a pleasant taste and gives no bitter aftertaste.Various rat tissues(brain,heart,liver,kidney,spleen,pancreas,stomach,andintestine)were able to convert L-aspartyl-DL-aminomalonic methyl fenchyl diesterto L-aspartate,glycine,glutamate,alanine...

α-L-aspartyl-DL-aminomalonic acid methyl fenchyl diester was obtained bydeprotecting with pd-black the coupling product of β-benzyl N-(benzyloxycarbonyl)-L-aspartate and N-benzyloxycarbonyl DL-aminomalonic acid methyl fenchyl diesterthrough the mixed anhydride method.This dipeptide is intensely sweet,has a pleasant taste and gives no bitter aftertaste.Various rat tissues(brain,heart,liver,kidney,spleen,pancreas,stomach,andintestine)were able to convert L-aspartyl-DL-aminomalonic methyl fenchyl diesterto L-aspartate,glycine,glutamate,alanine and fenchyl alcohol.The enzymes whichconverted the above dipeptide to these products included peptidase,esterase,transa-minases and decarboxylases.

N-苄氧羰基-β-苄基L-天冬氨酸和N-苄氧羰基-D,L-氨基丙二酸甲基葑基双酯用混合酸酐法缩合成保护的二肽,经钯黑脱保护基后得L-天冬氨酰-D,L-氨基丙二酸甲基葑基双酯,这个二肽的甜度高、甜质好、无苦后味。通过大白鼠的组织(脑、心、肾、脾、胰、胃、肠、肝)匀浆对此二肽甜味剂的分解代谢的研究说明,它能分解成为L-天冬氨酸、甘氨酸及葑醇,并通过体内代谢又可成为谷氨酸和丙氨酸等一般的氨基酸。因而,极其可能作为一个有实用价值而无毒性的甜味剂,应用于糖尿病、肥胖病等患者以及其他方面。

Sweet tea, Rubus suavissimus S. Lee, is a non-toxic, low calorie plant with high degree of sweetness. Experiments showed that it was safe for animals to take and do no harm to their hemopoiesis, liver or kidneys. It did not hinder the growth of the animals under experiment.No accumulative poisoning have been found. It will certainly be a new source of sweetener in our country.

甜茶Rubus suavissimus S.Lee为一高甜度、低热能、低毒植物。实验研究证明动物服用安全范围大、对生长发育、造血系统、肝肾功能无妨碍,也未见对动物主要脏器(心、肝、脾、肺、肾、脑)有实质性损害及蓄积中毒反应。甜茶将作为我国新型的天然甜味剂。

 
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