- 更多网络例句与异形细胞相关的网络例句 [注：此内容来源于网络，仅供参考]
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In Pteridaceae s. l., false veins can be found in Pteris, Adiantum, and vittarioids; in this thesis, Energy Dispersive X-ray element analysis and histochemical studies were used to confirm the false veins of these three taxa are composed of spicular cells – a kind of long, silica depositing epidermal idioblast.
於广义的凤尾蕨科中，假脉可见於凤尾蕨属、铁线蕨属以及书带蕨类群；本论文利用能量色散X光光谱仪元素分析，配合组织化学染色的结果，证实此三类群的假脉均是由具二氧化矽堆积的矽异形细胞(spicular cell， SC)所构成。
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All of the taxa have SC are belong to PT clade or AD clade in Pteridaceae, including Actiniopteris, Onychium, Pityrogramma, Pteris, Adiantum, and vittarioids.
重建特徵演化树的结果则显示凤尾蕨支与铁线蕨支之矽异形细胞应为不同起源，其中凤尾蕨支内的矽异形细胞亦可能为多次起源。
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Results Compared with pathological findings of heterocyst, the coincidence rates were 89.13% in liquid-based thinlayer cytologic preparation and 78.79% in pap smear; the accuracy of HSIL were 88.33%(15/18) and 66.67%(10/15) respectively.
传统巴氏涂片法检出异形细胞与病检结果相对符合率为78.79%；与病检对比，两者诊断HSIL的准确度液手片法为88.33%(15/18)，巴涂法为66.67%(10/15)。
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The results of character evolution history reconstruction shows the SC in PT and AD clade might be a homoplasy character; also, the SC in PT clade might have multiple origins. SC in Pteridaceae has some special characteristics:(1) the cell long axes usually run parallel to the lateral veins;(2) Most of Pteris and Adianum species have VSC only in lower epidermis;(3) Species have ISC also have VSC.(4) Presence of spicular cells is highly correlated with the long veinal epidermal cells. Species have type III silica deposition type usually have longer and narrower veinal epidermal cell compared with ordinary epidermal cells; Species have type IV silica deposition type also have long epidermal cells, but not significantly different from ordinary epidermal cells.
本实验中亦发现凤尾蕨科之矽异形细胞具有几项特色：(1)矽异形细胞之长轴多与叶片侧脉方向平行(2)发现多数铁线蕨属以及凤尾蕨属植物仅下表皮具有脉上矽异形细胞；(3)具有脉间矽异形细胞的种类会同时具有脉上矽异形细胞；(4)长条形的侧脉上表皮细胞与矽异形细胞具有相关性，仅具脉上矽异形细胞的分类群之脉上表皮细胞均较一般表皮细胞细长；具有脉间矽异形细胞之物种之脉上表皮细胞亦为长条形但形态与一般表皮细胞常无明显形态差异。
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F1 hybrid has the morphological feature which is between the male and female parents and shoed strong heterosis, exuberant vitality, late ripe period and low rate of self-fertility. The average chromosome configuration of F1 in PMC MI was 18.58Ⅰ+18.59Ⅱ+0.085Ⅲ+0.028Ⅳ. At anphase Ⅰ in PMC, some laggard chromosomes arranged in equatorial plate. Micronucleus and a lot of abnormal cells can be observed at dyad, tetrad and microspore.
杂种F1形态特征介于双亲之间，具有较强的杂种优势，生长旺盛，熟期晚，自交结实率较低。F1花粉母细胞减数分裂中期Ⅰ平均染色体构型为18.58Ⅰ+18.59Ⅱ+0.085Ⅲ+0.028Ⅳ，PMC后期Ⅰ观察到部分落后染色体排列在赤道板上；二分体、四分体和小孢子时期，细胞内普遍观察到微核，且出现大量异形细胞。
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In addition,the number of idioblastic cells in the stem slices of transgeinic L.bicolor with antisense 4CL-BADH was more than those of wild-type L.bicolor.
此外，转入反义4CL-BADH的二色胡枝子茎段皮层组织中含有的异形细胞数量明显比对照多。
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After discussion of the relationship among idioblastic cells,tolerance to abiotic stress and betaine,the author thought the reason of transgenic plants having an increased number of idioblastic cells was that BADH was introduced and much betaine might be synthesized.
通过对异形细胞、植物抗逆性、甜菜碱三者之间的关系讨论，认为转基因植株异形细胞数量多是由于BADH基因的导入可能合成了较多甜菜碱。
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We named the spicular cells which forming false veins interveinal spicular cells, and the spicular cells on veins are veinal spicular cells in this thesis.
本论文将此构成假脉之细胞称为脉间矽异形细胞(interveinal spicular cell， ISC)，而将分布於叶脉上的矽异形细胞称为脉上矽异形细胞(veinal spicular cell， VSC)。
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Based on these characteristics observed, species in Pteridaceae tended to accumulate and deposit silica in long cells in lower epidermis and forming spicular cells. This might helps them to enhance the supporting function of their lateral veins.
综合以上特徵推测，凤尾蕨科倾向将二氧化矽堆积於叶下表皮与叶脉平行之表皮细胞上，并形成矽异形细胞，该特徵可能与加强叶片的支持力有关。
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In order to know the evolutionary relationships between false vein, ISC, and VSC in Pteridaceae, 19 grnera and 82 species in Pteridaceae were sampled in this study; silica deposition types, ordinary epidermal cell morphology and veinal epidermal cells morphology of these species were surveyed. On the other hand, a convenient method was developed for this goal. In this method, a tabletop SEM with backscattered electron detector accompanied by post-cooling method was used.
为进一步探讨凤尾蕨科假脉、脉间矽异形细胞与脉上矽异形细胞之间的关系及其於凤尾蕨科内的演化，本论文选取19属82种的凤尾蕨科植物，观察其叶表面之二氧化矽堆积型式、一般表皮细胞形态以及脉上表皮细胞形态；同时，也开发出利用侦测背向散射电子之桌上型扫描式电子显微镜配合后冷却技术(post-cooling method)之快速检测法，该方法利用背向散射电子讯号强弱与平均原子数(average atomic number， Z number)之相关性得到矽异形细胞与一般表皮细胞具有明显对比之影像。
- 更多网络解释与异形细胞相关的网络解释 [注：此内容来源于网络，仅供参考]
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boundary cell：异形细胞
boundary 界面 | boundary cell 异形细胞 | boundary layer 界面层
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heterocyst：异形细胞
5)营养极为简单,不需要维生素,以硝酸盐或氨作为氮源,多数能固氮,其异形细胞(heterocyst)是进行固氮的场所. 6)分泌粘液层,荚膜或形成鞘衣,因此具有强的抗干旱能力. 7)无鞭毛,但能在固体表面滑行,进行光趋避运动. 8)许多种类细胞质中有气泡,
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heterocyst：异形胞
有一些蓝藻的藻丝上常含有特殊细胞,叫异形胞(heterocyst). 异形胞是由营养细胞形成的,一般比营养细胞大,在光学显微镜下观察,细胞内是空的. 形成异形胞时,细胞内的贮藏颗粒溶解,光合作用片层破碎,形成新的膜,
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heterogamete：异形配子 (名)
heteroecism 异种寄生 (名) | heterogamete 异形配子 (名) | heterogametic 形成两种胚细胞的; 异形配子的 (形)
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heterogamous：异形配子的; 世代交替的; 异配生殖的 (形)
heterogametic 形成两种胚细胞的; 异形配子的 (形) | heterogamous 异形配子的; 世代交替的; 异配生殖的 (形) | heterogamy 配子异型; 世代交替; 异配生殖 (名)
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idioblast：异形细胞
hypostomatic leaf 下气孔叶 | idioblast 异形细胞 | indehiscent fruit 闭果
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crystal idioblast：含晶异形细胞
结晶毛 crystal hair | 含晶异形细胞 crystal idioblast | 藏晶体 crystal receptacle
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pleomorphism of transformedcells in culture：培养中转变细胞异形性
理论流行学 theoretical epidemiology | 培养中转变细胞异形性 pleomorphism of transformedcells in culture | 基因型 genotype
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heterogametic：形成两种胚细胞的; 异形配子的 (形)
heterogamete 异形配子 (名) | heterogametic 形成两种胚细胞的; 异形配子的 (形) | heterogamous 异形配子的; 世代交替的; 异配生殖的 (形)
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polytrichia：列蒂-格雷皮-米凯利[微椭圆异形细胞性贫血]贫血
多指[趾]和并指[趾] Polysyndactyly | 列蒂-格雷皮-米凯利[微椭圆异形细胞性贫血]贫血 Polytrichia | 多尿 Polyuria