叶质的

基本解释 (translations)

foliaceous

与叶质的相关的网络例句 [注：此内容来源于网络，仅供参考]

Plant tall, thick trail of tea, fat shoots, leaf quality of soft, tender and strong hold, and dried mm long and dense, with natural fragrance, containing tea polyphenols, amino acids, is rich in pectin and other ingredients, natural growth of trees as high as 6 to 9 meters, semi-open树姿, than the thin branches.

植株高大，茶树径粗，芽叶肥壮，叶质柔软，持嫩性强，茸毫长而密，具有天然的清香，内含茶多酚、氨基酸、果胶等成份十分丰富，自然生长树高达6~9米，树姿半张开，分枝较稀。

Stem without leaves; leaves leathery or nearly so.

没有叶的茎；叶革质的或近如此。

Foliaceous profound change is simple, shape pouring egg grows a circle, or wrap around needle form; Arteries and veins of exterior midrib, side and net arteries and veins fall greatly sunken and show wave state thick lines, young when body of the gland that be mixed by maize wool, the nervation below is protuberant, close by the fallow thick hair that comprises to astral shape wool by bunch shape wool by, constitute the adornment pattern with one luxuriant leaf, accordingly " annals of picture of plant of high mountain eyebrow " make knit Xie Dujuan again.

叶厚革质，倒卵状长圆形，或倒披针形；表面的中脉。侧脉和网脉深下凹而呈波状粗皱纹，幼时被黄色毛和腺体，下面的叶脉突起，密被由簇状毛至星状毛组成的淡棕色厚毛被，构成一叶华丽的装饰图案，因此《峨眉植物图志》又叫皱叶杜鹃。

The results indicate seawater concentration has no effect on absorbency, pH, relative density, dry matter and water contents in Aloe vera leaves. While, seawater stress causes increased MDA and membrane penetration, decreased phytochroms, prolines and NO_3~--N. It is beneficial to plant growth when irrigation was done with 10% seawater, because of higher ratio of K~+/Na~+ and lower ratio of Na~+/Ca~(2+). In addition, the polysaccharide contents in Aloe vera leaves increase twice and triplication under 25% and 50% seawater irrigation respectively, the barbaloin contents increase over triplication in var. 75% seawater and over twice in var. 50% seawater and var. 100% seawater. However, when seawater concentration exceeds 25% the growth of plant was inhibited, biomass decreased, flowering time was deferred, Ca~(2+) content decreased caused by Na~+ accumulation in leaves.

结果表明：在海水胁迫下，库拉索芦荟全叶汁的吸光度、酸度、相对密度、总固形物和水分含量总体上受海水浓度的影响不大；但芦荟叶的丙二醛含量和质膜透性增加，叶绿体色素、脯氨酸和硝态氮含量减少；在10％海水浇灌下，芦荟叶细胞具有较高的K~+／Na~+比和较低的Na~+／Ca~(2+)比，对库拉索芦荟的生长有一定的促进作用；在25％海水和50％海水浇灌下，芦荟多糖含量提高了2-3倍；在75％海水浇灌下芦荟甙含量增加了3倍多，在50％海水和100％海水灌溉下，其含量也增加了2倍多；当海水浇灌浓度超过25％后，库拉索芦荟的生长明显受到抑制，生物量降低，抽苔期推迟，同时，海水浓度的增加也导致芦荟叶中累积大量Na~+，从而使得芦荟叶中Ca~(2+)含量降低，但Mg~(2+)并没有受到海水浓度的影响；用浓度低于75％的海水浇灌库拉索芦荟可以降低剖面深度在0-100cm之间的土壤盐度；其抗氧化保护酶中超氧化歧化酶的酶活力相对保持稳定，过氧化物酶的酶活力在10％海水浇灌下明显提高，随后则下降，而过氧化氢酶的酶活力则随海水浓度的升高而下降。

Wide resources of plants of longifolene, the separation and purification methods of longifolene from heavy turpentine were reviewed.

综述了长叶烯的主要资源，并结合探索性实验，评述了从重质松节油分离提纯长叶烯的方法。

The results showed that the rate of photosynthesis, the contents of individual and total carotenoids and the pool size of xanthophyll cycle decreased with age increasing of the leaf.

结果表明：随着叶片的衰老，光合速率、类胡萝卜素不同组分及总的类胡萝卜素含量和叶黄素循环库下降；不同叶龄的叶片经高光胁迫后，第 5叶qN增加的幅度比第 6叶和老叶(第 3和 4叶)大；与高光胁迫前相比，第 3、4、5和 6叶光系统Ⅱ激发压(1-qP)分别增加了 4 4 %、5 7%、19%和 4 5 %；第 5叶具有高胡萝卜素含量和高紫黄质到玉米黄质的转化，这与其呈现较强的抗高光胁迫相一致。

Now, Flavonoids and ginkgolides were mainly extracted from the leaves of Ginkgo biloba., but the leaves often contain high content of corious and cereous, and the effective constituent is very different under the various conditions. In addition, the constituent of ginkgolides is very low in the leaves, and thus the quality of extraction is difficult to reach the international standards.

目前人们主要从银杏叶中提取银杏黄酮和萜内酯，但由于银杏黄酮和银杏内酯的含量很低，尤其银杏叶中最主要的有效成分银杏内酯B主要存在于根中，在银杏叶中含量极低(＜0.1％)，且是在生长状态的叶中含量最高，采叶影响树的生长；又因银杏叶中主要的有效成分受多种因素的影响又有很大差别，银杏叶革质化、蜡质化程度高，使得国内银杏叶提取物的质量很难达到国际标准。

Results suggested that Terminalia catappa leaves have no effect on cell viability of SCC-4 cells. The modified Boyden chamber assays revealed that a treatment of Terminalia catappa leaves significantly inhibited the cell motility/invasion capacities of SCC-4 cells.

在本实验中，利用 50%酒精萃取的榄仁树的叶之萃取物处理 SCC-4 细胞株，并利用 MTT assays 分析方法显示榄仁树的叶萃取物并不会影响 SCC-4 细胞的存活率，而当癌细胞转移时常常会伴随著细胞外基质的分解及细胞移动能力的改变，接著我们利用 modified Boyden chamber assay 发现榄仁树的叶萃取物具有抑制 SCC-4 细胞的移动与侵袭能力。

The leaves soft, fat and elastic, the good; hard and inelastic, not good; The color red-brown and even, the good; uneven, black, carbonized, and putrefied such as mud and leaves not opening, not good quality.

叶质柔软、肥嫩、有弹性的好，叶底硬、无弹性的品质不好；色泽褐红、均匀一致的好，色泽花杂不匀，或发黑、碳化、或腐烂如泥，叶张不开展属品质不好。

The results showed that root cutting and potassium application could increase the chlorophyll content of leaves in upper and middle stalk positions, which resulted in larger leaf area and more dry matter accumulation in the leaves.

结果表明：在不同施氮量条件下，打顶时断根追钾促进了烟株中、上部烟叶叶面积的扩展和叶质重的增加，其叶绿素含量尽管高于对照，但没有影响到烟叶的落黄和成熟。

与叶质的相关的网络解释 [注：此内容来源于网络，仅供参考]

Coleus blumei：彩叶草

彩叶草(Coleus blumei)为唇形科鞘蕊花属多年生常绿草本观叶植物,鲜艳多彩,叶片对称美丽,质若纱锦,具绒状感,叶面色彩的变化极多,以绿或紫红为基色,又缀以或黄、或红、或紫、或绿等多种斑纹,或几色同在,丰富多姿,且色彩对比鲜明,观赏价值极高,

foldout：插页 (名)

folding door 折叠门 | foldout 插页 (名) | foliaceous 叶状的; 叶的; 叶质的 (形)

foliaceous：叶质的

folduprepeatpileupfold 叠 | foliaceous 叶质的 | foliaceousfoliarlobar 叶的

foliaceous：叶状的/叶质的/叶的

foldover /摺过/ | foliaceous /叶状的/叶质的/叶的/ | foliage /树或植物叶/簇叶/群叶/叶饰/叶子/

succulent：多汁的,多水的(水果),茎叶肥厚的(植物)

substrate system 基质栽培系统 | succulent 多汁的,多水的(水果),茎叶肥厚的(植物) | sucker 侧枝,徒长枝

ellagitannin：鞣花单宁

理由为:睡莲目植物的种子有丰富的胚乳和外胚乳,泽泻目种子无胚乳;睡莲目植物的筛分子质体无蛋白质,而泽泻目与全部单子叶植物的筛分子质体均有蛋白质的三角形拟晶体;睡莲目植物含的鞣花单宁(ellagitannin) 未见于单子叶植物

foliaceous lichens;foliose lichens：叶状地衣

叶状的;叶质的 foliaceous | 叶状地衣 foliaceous lichens;foliose lichens | 正常叶;营养叶 foliage leaf

Haworthia：十二卷

十二卷(Haworthia)也称瓦苇,百合科,十二卷属多肉植物的总称. 其品种繁多,形态各异,株形小巧玲珑,清秀典雅,叶片或晶莹剔透,或精巧美观. 十二卷类植物的原始种有150个左右,此外,还有大量的园艺品种、杂交种、变种、优选种. 按其叶质的不同,

mesenchymal：[生]间叶细胞的,由间叶细胞组成的,间叶细胞样的

membranous 膜状的 | mesenchymal [生]间叶细胞的,由间叶细胞组成的,间叶细胞样的 | mesenchymal cell 间(充)质细胞

setae：刚毛

背叶与腹叶中有一个或几个几丁质的棍状物,称为足刺(acicula),起支持作用,背叶与腹叶的末端常内陷形成刚毛囊,刚毛囊中的单个细胞分泌形成刚毛(setae),背腹叶的刚毛排列成扇形.