茶科的

基本解释 (translations)

theaceous

与茶科的相关的网络例句 [注：此内容来源于网络，仅供参考]

"Any shrub of at least 100 species in the genus Ribes, in the gooseberry family, native to temperate climates of the Northern Hemisphere and western South America."

亦译穗醋栗。茶藨子科茶藨子属一百余种灌木。原产于北半球和南美西部的温带地区

However, the taxa of strictly tropical distribution are still underrepresented in the flora of southeastern Yunnan compared to Indo-Malaysian flora, and the families of mainly subtropical to temperate distribution, such as Magnoliaceae, Theaceae, Cornaceae, Styracaceae, Symplocaceae, Aquifoliaceae and Caprifoliaceae, are well represented in the flora. Some characteristic families of temperate East Asia, such as Diapensiaceae, Dipentodontaceae, Eupteleaceae, Grossulariaceae and Toricelliaceae are also present in the flora of southeastern Yunnan.

由於位於东南亚热带北缘山地及其地质历史原因，云南东南部的热带植物区系中严格热带分布的成分不多，仍以边缘热带成分为主，并有相对丰富的亚热带－温带科如木兰科、山茶科、山茱萸科、山矾科、忍冬科、冬青科等以及一些东亚和喜马拉雅特徵科，如岩梅科、十齿花科、领春木科、茶藨子科和鞘柄木科，显示了它与东亚温带植物区系也有较多联系。

If Altingia, Dipterocarpaceae of Jie Xiang, such as Brokaw, such as Fagaceae, Lauraceae tea branches and a number of evergreen species, Quercus humilis small, Stipa purpurea, Artemisia Tibet.

如阿丁枫、龙脑香科的羯布罗香等，如壳斗科、茶科和樟科的一些常绿树种，高山栎小蒿草、紫花针茅草、西藏蒿。

Forest are studied. The forest component is composed mainly by the families Fagaceae , Euphorbiaceae

纳热带山地的季风常绿阔叶林主要由壳斗科、大戟科、茶科和樟科等树种组成；乔木树种种

Cha Vang's family told authorities that Cha did not speak English and could not have argued with Nichols.

茶Vang地区的家属告诉当局，茶不说英语，无法争辩，尼科尔斯。

Maintypes of spoilage bacteria were incubated with selective agars to analyze the antisepticeffect of antimicrobials. The result showed: in the factor of antiseptic effect, nisin＞lysozyme＞lactic acid sodium＞chitosan＞tea polyphenol.

结果表明：5种保鲜剂的综合抑菌效果依次为Nisin＞溶菌酶＞乳酸钠＞壳聚糖＞茶多酚；Nisin和溶菌酶对革兰氏阳性的乳酸菌和热死环丝菌有很好的抑制作用，而对革兰氏阴性的假单胞菌属和肠杆菌科的抑制作用较差。

In 1994 the company developed and produced a pearl tea, tea beverages, instant tea powder products, which leaves the White Dancongèèbeverages access to national patent, in 1997 developed the comprehensive utilization technology of tea are classified as provincial Spark Program, to produce instant tea , tea biscuits, tea, candy and other products developed in 1999 to produce Japanese-style salted plum, products are all exported to Japan, in 2000 the company successfully developed its own high-purity polyphenols production process, in 2001, to further promote agriculture industrialization process of making full use of tea in this region, the resource advantages Qingmei, the company continue to expand science and technology, capital investment, the development of tea polyphenols, tea polysaccharide, caffeine integrated extraction technology, the project fills a gap in the province by the provincial science and technology Identification of the Office of organizations, technology has reached domestic leading level, while Japanese-style salted plum expand production scale, reaching Qingmei annual processing 4000 tons of finished Mei 2500 tons.

公司重视科技术投入，成立了潮安县茶叶工程技术研究中心，该中心技术力量雄厚，拥有一批高级专业技术人才，已在农副产品的综合利用技术开发方面进行了广泛深入的研究开发。1994年公司开发生产出龙珠茶、茶饮料、速溶茶粉等产品，其中白叶单枞茶茶饮料获得国家专利，1997年公司开发的茶叶综合利用技术被列为省星火计划，生产出速溶奶茶、茶饼干、茶糖果等系列产品，1999年公司开发生产出日式盐渍梅，产品全部出口日本，2000年公司自行成功开发出高纯度茶多酚的生产工艺，2001年，为进一步推动农业产业化进程，充分利用本地区茶叶、青梅的资源优势，公司继续加大科技、资金投入，开发出茶多酚、茶多糖、咖啡因综合提取技术，该项目填补了省内空白，经省科技厅组织鉴定，技术水平达到了国内领先，同时扩大日式盐渍梅的生产规模，达到年加工青梅4000吨，成品梅2500吨。

Their contents, refractive index, specific gravity, saponification value, acid value, and iodine value were examined. The quantilative determination of fatty acid was also made by means of GLC.

根据分析结果，本文着重讨论了在菊科、安息香料、木樨科、茶科、樟科和藤黄科油脂植物中各种常见的饱和脂肪酸和不饱和脂肪酸的含量及其利用价值。

Their contents, refractive index, specific gravity, saponification value, acid value, and iodine value were examined. The quantilative determination of fatty acid was also made by means of GLC. see table 2

根据分析结果，本文着重讨论了在菊科、安息香料、木樨科、茶科、樟科和藤黄科油脂植物中各种常见的饱和脂肪酸和不饱和脂肪酸的含量及其利用价值。

Senior author Duska Dragun, MD, from the Department of Nephrology and Intensive Care Medicine, Charite University Hospital–Campus Virchow Clinic, Berlin, Germany, and colleagues in Berlin and in Melbourne, Australia, investigated whether the COMT variant with lower activity predisposes patients to acute kidney injury and prolonged vasodilatory shock after bypass surgery because of the increase in plasma catecholamines.

资深作者、来自德国柏林Charite大学医院校园Virchow诊所肾脏科的Duska Dragun医师与澳洲墨尔本及柏林的同事们研究COMT基因变异是否会降低病患接受绕道手术后，因为血中儿茶酚胺浓度上升，发生急性肾脏损伤与血管扩张性休克的机率。

与茶科的相关的网络解释 [注：此内容来源于网络，仅供参考]

Ribes：茶藨子属

2.名词[植物] 茶藨子属(Ribes)植物,茶藨子2.名词[美国英语][植物] 越桔属(Vaccinium)植物1.名词[植物] 黑刺莓[蔷薇科悬钩子属(Rubus)有刺灌木]的浆果

Aquifoliaceae：冬青科

其中共有种14种、偏宜种56种、确限种375种.各群落植物主要由我国亚热带地区的地带性植物组成,集中在壳斗科(Fagaceae)、杜鹃花科(Ericaceae)、茶科(Theaceae)、冬青科(Aquifoliaceae)、樟科(Lauraceae)和蔷薇科(Rosaceae)等几个科,

Grossulariaceae：茶藨子科

茶藨子科也叫醋栗科(Ribesiaceae),只有一属-醋栗属(Ribesa),或叫茶藨子属,茶藨子科(Grossulariaceae),也常被归并于虎耳草科(Saxifragaceae)的一属,大约有150种,可明显区分为茶藨子与醋栗两类.

Grossulariaceae：茶子科

...3、虎耳草科(Saxifragaceae):科的重点特征;部分代表植物的形态和用途;说明茶 子科(Grossulariaceae)的成立和原虎耳草料中的茶属(Ribesl.),并介绍内蒙古分布 ...培育龙头企业,加快农业产业化.

Hydrangeaceae：绣球花科

其他重要的科包括虎耳草科(Saxifragaceae)、绣球花科(Hydrangeaceae)、茶藨子科(Grossulariaceae)及景天科(Crassulaceae). 其馀各科所含的种数多在10种以下. 蔷薇目的大部分种类分布于新、旧大陆的北半球温带地区,在东亚、欧洲及北美尤为丰富.

Myristicaceae：肉豆蔻科

但却是被子植物中不寻常的特征.虽然在其它类群中已有类似的报道,如番荔枝科(Annonaceae)的某些种,香皮茶科(Atherospermataceae),肉豆蔻科(Myristicaceae)以及林仙科(Winteraceae),

Saxifragaceae：虎儿草科

黑加仑(Blackcurrant) ,又名黑穗醋栗( Ribes nigrum L.) ,它属于虎儿草科(Saxifragaceae) ,茶藨子属( Ribes L. ) 茶藨亚属( Subgen Ribes) 小灌木植物. Ribes nigrum 是茶藨子属的主要栽培种. 黑加仑因成熟果实内富含维生素C、花青素,

Theaceae：茶科

用PCR方法从4种山茶属(Camellia)(山茶科)(Theaceae)植物的总DNA中分别扩增到CHS基因外显子2的部分序列,经克隆、测序得到16个该基因的序列,这些序列与来自GenBank的该属另一种植物的3个序列及作为外类群的大豆(Glycine max (L.) Merr.)的2个序列一起进行分析.研究表明,

Theaceae：科

认识油茶树 油茶树别名:茶籽树(湖南)、茶油树(广西)、白花茶(广东) 油茶树学名: Camellia oleifera Abel 油茶树科名 : 茶科 (Theaceae) 油茶树是中国独有的木本油料树,被誉为" 东方树" ,属山茶科山茶属常绿小乔木,资源稀少而珍

Winteraceae：林仙科

但却是被子植物中不寻常的特征.虽然在其它类群中已有类似的报道,如番荔枝科(Annonaceae)的某些种,香皮茶科(Atherospermataceae),肉豆蔻科(Myristicaceae)以及林仙科(Winteraceae),但是,这在木兰藤科中,