- 更多网络例句与小叶下的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Leaflets flat or slightly recurved along margin; sterile blade of megasporophyll suborbicular or rhombic-orbicular, pectinate; sclerotesta of seed with 2 or 3 irregular grooves on each side
小叶平的或稍下弯沿边缘；不育的片大孢子叶近圆形的或菱形圆形，栉状；种子具2或3 不规则的具凹槽的在每边的sclerotesta 7 Cycas taitungensis 台东苏铁
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Basal and lowermost cauline leaves compound, 5-9-foliolate; petiole (3-)8-15(-20) cm; leaflets broadly oblong, ovate, or lanceolate,(2-)4-7(-10)×(1-)2-3(-4) cm, base oblique, cuneate, or subtruncate, margin coarsely serrate with a distinct mucro at tooth apex, apex obtusely acuminate with a distinct mucro; petiolule 1-5(-20) mm. Upper cauline leaves 3- or 5-foliolate, becoming gradually smaller and narrower upward.
基部和最下的茎生叶复合，5-9具小叶；叶柄(3-)8-15(-20)厘米；小叶宽长圆形，卵形，或披针形，( 2-)4-7(-10)*(1-)2-3(-4)厘米，基部偏斜，楔形，或近截形，有粗锯齿的边缘具离生短尖头钝在齿先端，先端时候渐尖具离生短尖头；小叶柄1-5(-20)上面的毫米茎生叶3-或者具5小叶，向上变得逐渐更小和更狭窄。
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The superficial blood vessels could cross two or more pulmonary lobules, and the pleural superficial blood vessels and the interlobular blood vessels were mutual transitional. The outlines of lobules composed of vascular networks were various in size and form, and the lobular septa were also different in depth. The subpleural arterioles could be divided into arteriole, terminal arteriole, precapillary arteriole and capillary in turn according to the branching sequence of themselves. The plate-like, sieve-like and web-like vascular networks occurred in the subpleural microvascular networks.
胸膜面浅层的血管可以跨越两个或多个肺小叶表面，浅层的血管可与小叶间隔的微血管之间相互移行；由微血管网形成的肺小叶的轮廓大小不等、形态各异，小叶间隔的深度也有所不同；胸膜下微动脉可根据逐级分支的顺序将其分为微动脉、终末微动脉、毛细血管前微动脉和毛细血管；胸膜下毛细血管网中可见板块状、筛网状和网络状血管网。
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The superficial microvascular networks were sparser, while the subpleural microvascular networks were denser. The superficial blood vessels and the interlobular blood vessels were mutual transitional, and the anastomosing between the superficial blood vessels with the subpleural vessels. According to the branching sequence of the subpleural arteriole, it could be divided into the arteriole, terminal arteriole, precapillary arteriole and capillary in turn. The subpleural capillary networks were mainly web-like, while small holes were also found on the cast. The honeycomb vascular networks were various in size and form at a low magnification. The outline of alveolus, alveolar sac, alveolar duct and respiratory bronchiole and terminal bronchiole, made of microvascular networks, could be found in the cut surface.
胸膜面浅层的微血管网稀疏，深层的胸膜下微血管网致密；胸膜面浅层的微血管与小叶间隔的微血管之间相互移行，与胸膜下微血管之间形成吻合连接；根据胸膜下微动脉连续分支的顺序，常可将其分为微动脉、终末微动脉、毛细血管前微动脉和毛细血管四级；胸膜下毛细血管网主要以网络状的形式存在，但在铸型上均可见数量不等的"小孔状"结构；低倍镜下肺实质内微血管网呈现大小不等、形态各异的蜂窝状结构，可以见到由微血管网构成了肺泡、肺泡囊、肺泡管和呼吸性细支气管以及终末细支气管等结构的轮廓。
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The vessels from the lung parenchyma branched into the pleural superficial vessels, the interlobular vessels and the subpleural microvessels. The subpleural arterioles also could be divided into arteriole, terminal arteriole, precapillary arteriole and capillary in turn. Most subpleural capillary meshes were web-like, and also the small holes and sieve-like meshes occurred in the subpleural microvascular networks. The interlobular blood vessels and the superficial blood vessels were mutual transitional.
从肺实质内穿出的微血管可发出分支至胸膜面浅层、小叶间隔和胸膜下微血管网中；胸膜下微动脉也可分为微动脉、终末微动脉、毛细血管前微动脉和毛细血管四级；胸膜下毛细血管网多数呈网络状，也可见到呈"小孔状"的结构和筛网状的血管网；小叶间隔的微血管与胸膜面浅层的微血管之间可以相互移行。
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HPLC, and its chemical structure elucidated on the basis of spectral analysis. A new method of RP-HPLC was established for the analysis of the contents of oleuropein, which is the main effective constituent. The contents of oleuropein in different positions of Syringa pubescens Turcz.
建立了测定橄榄苦甙含量的RP-HPLC法，并且利用这种方法测定了小叶丁香的不同部位——花、叶、茎和根之中的橄榄苦甙的含量；测定了不同条件下培养所得的培养物中橄榄苦甙的含量；测定了伴生菌培养物中橄榄苦甙的含量。
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After restoration 8 years Casta nopsiscarlessiivar.spinulosia,Symplocos satchuenesis and others evergreen broadleaf trees seeding increased. Pinus massoniana and Gordonia acuminata seeding decreased. After 11 years, Castanopsis carlessiivar.spinulosia, Symplocos satchuenesis and others evergreen broadleaf trees seeding were dominated.There was no Pinus massoniana seeding, and Gordonia acuminata seeding was very little .
结 果表明：(1)在恢复的前2年，马尾松、大头茶的幼苗占绝对优势，其次是川灰木、小叶栲的幼苗，其他树种的幼苗较少；恢复后的第8年，川灰木、小叶栲和其他树种的幼苗增加，马尾松和大头茶的幼苗减少；恢复后的第11年，川灰木、小叶栲和其他常绿阔叶树种的幼苗占优势，林下无马尾松幼苗，大头茶的幼苗也较少。
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In some sites,plantations were completely replaced by local weeds .And thus a new landscape developed with the function of preserving soil and slope and beautifying the scene,such asSetaria viridis and Imperata cylindraca var. major .
4不同的人工种植植物品种在高速公路环境下的存活率是具有显著性差异的：大叶樟和小叶女贞相对于迎春具有显著性差异，大叶樟与小叶女贞之间则差异性不显著。
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The results are as follows:(1) immunoreactive neurons of NPY in medulla oblongata of Taihe silky fowl, New jianghan domestic chicken are mainly localized in the inferior olivary nucleus.
结果如下：(1)在泰和乌鸡和江汉鸡的延髓中，NPY阳性神经元主要存在于下橄榄核，网状核及中缝核也少量出现；(2)在泰和乌鸡和肉鸽的小脑中，NPY阳性神经元主要存在于小脑皮质的蒲肯野氏细胞层，且以小叶顶端的蒲肯野氏细胞阳性明显，而小脑皮质的分子层、颗粒层未见阳性反应细胞；(3)泰和乌鸡延髓的网状细胞核非常发达；泰和乌鸡小脑皮质分3层，由外至内依次为分子层、蒲肯野氏细胞层和颗粒层；小脑分10叶，Ⅰ、Ⅱ和Ⅹ为单叶，其余各叶都分为2～3个小叶；(4)非洲鸵鸟迷走神经运动背核和疑核特别发达，孤束核吻侧部不发达。
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Hepatic veno occlusive disease is caused by stenosis or obstruction of central vein and sublobular veins of hepatic lobules resulting in portal hypertension.
肝小静脉闭塞病是肝小叶中央静脉和小叶下静脉损伤导致管腔狭窄或闭塞而产生的门静脉高压症，临床表现类似于BCS，诊断依靠肝组织活检。
- 更多网络解释与小叶下的相关的网络解释 [注：此内容来源于网络，仅供参考]
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lobe：肺叶
(4)肺叶、肺段、肺小叶:肺叶(lobe)由叶间胸膜分隔而成,右肺分为上、中、下三个肺叶,左肺上、下两个肺叶. 肺叶与肺野的概念不同,肺叶前后重叠. 肺叶由2~5个肺段组成,每个肺段有单独的段支气管. 肺段常呈圆锥形,尖端指向肺门,
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prostate：前列腺
前列腺(prostate)是男性最大的副性腺器官位于膀胱与盆底之间,它的形状如一个扁平的粟子底向上而尖向下,包绕尿道前部. 前列腺由腺组织及平滑肌构成,其表面为结缔组织和平滑肌形成包膜. 外分泌由前列腺细胞分泌前列腺液入小叶.
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supramarginal gyrus：缘上回
约在中央后沟上、中1/3交界处,有一大致水平向后的沟为顶内沟,在它上方的部分称顶上小叶,在它下方的部分称顶下小叶,在顶下小叶围绕外侧沟末端的回称为缘上回(supramarginal gyrus),围绕颞上沟末端的回称角回(anaular gyrus).
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Zamiaceae：泽米铁科
摩尔大苏铁为泽米铁科(Zamiaceae)大苏铁属植物,高可达7m,树干直径可达50-80cm;植株体型为棕榈形,茎单生,叶羽状,簇生于主干顶端;幼叶淡绿色,长大后呈深绿色至灰绿色,叶片长1-2.5m,小叶120-250片,稍向下弯曲,基部的羽片刺状;花雌雄异株.
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bullae of lung：肺大泡
(2)肺大泡:肺大泡(bullae of lung)病变特点是局灶性肺泡破坏,小叶间隔也遭破坏,往往形成直径超过2cm的大囊泡,常为单个孤立位于脏层胸膜下. 而其余肺结构可正常. 间质性肺气肿(interstitial emphysema)是由于肺泡壁或细支气壁破裂,