- 更多网络例句与叶状体状相关的网络例句 [注：此内容来源于网络，仅供参考]
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DPU at a concentration of as low as 10^(-7)mol/L retained the chlorophyll of Spirodela half-fronds under long-day conditions. From 10^(-5)~2×10^(-4)mol/L it prompted the synthesis of chlorophlly and the serine: glyoxylate aminotransferase activity, increased dry weight, and retarded the senescence of half-fronds.
在长日照条件下，10^(-7)mol/L的二苯脲对紫萍半叶状体就有保绿的作用，10^(-5)~2×10^(-4)mol/L的二苯脲还可以明显地促进叶绿素的合成和干重的增加，提高丝氨酸：乙醛酸转氨酶的活性，延缓半叶状体的衰老。
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Sinense, the spores germinate inside their exospores and then divide into massive protonemata;the massive protonemata can form two kinds of protonemata of which one is clubbed protonema with papillae,and the other is caulonema composed of long and cylindrical cells ; the gametophyte archaeocytes only occur on the massive protonemata.
结果表明：中华缩叶藓的孢子在壁内萌发，随后分裂产生块状原丝体；块状原丝体上可产生两种丝状体，一种是具疣的棒状原丝体，另一种是由长圆柱状细胞组成的轴丝体；配子体原始细胞只产生于块状原丝体上。
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Type Ⅰ consists of thallus with pores,and branches with center band.
Type Ⅰ具有叶状体，表面具有孔，叶状体上着生有具有中间加厚带的枝。
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Young thalluscells of low development are easy to dedifferentiate and grow intoseedings directly,while mature thallus cells have to releasemonospores to form seedings through a stage of multicellular groupfor dedifferentiation.Old thallus,mainly of productive cells,releasecarporspores to form conchocelis at last.
幼嫩的叶状体细胞，由于其分化程度低，易于脱分化而直接长成细胞苗；成熟的叶状体细胞，要经过多细胞团这样一个脱分化的阶段，然后放散单孢子成苗；而老叶状体以生殖细胞为主，只能放散果孢子，最终长成丝状体。
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Nutrient cells were obtained from these pigment mutants by enzymatic method and conchocelis were got by parthenogenesis. When the conchocelis were mature and conchospores were released, they were cultured singly and picked up as F1 gametophytic thallus.
通过酶法分离突变体的营养细胞，单性生殖获得丝状体；分别使丝状体成熟并放散壳孢子，然后单株培养和筛选获得褐黄、翠绿和褐绿色子代叶状体。
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The results showed that①the fos like immunoreactionwas increased in the rat frontal cortex,cingulate cortex,islands of Calleja and caudate putamen in the acute group;②the FLI was increased in the rats frontal cortex,mammillary nucleus,amygdaloid nucleus and caudate putamen in the chronic group;③...
结果显示：1一次给药后额叶皮质，扣带回，嗅结节岛，纹状体四个部位的免疫反应阳性细胞数显著增加；2长期给药组额叶皮质，乳头体核，杏仁核和纹状体四个部位的 C- FOS免疫反应阳性细胞数显著增加；3不同抗抑郁药作用的部位有差异。
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HVc received projections from medial nucleus magnocellularis of the anterior neostriatum,nucleus interfacialis of midneostriatum,telencephalie auditory nucleus-field L,nucleus uvaeformis of the thalamus,and locus ceruleus of the pons.
投射到古纹状体粗核和嗅叶X区，HVc接受新纹状体前部大细胞核内侧部、新纹状体中部界面核、端脑听核一L区、丘脑葡萄形核及脑桥蓝斑核的传入投射。
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In this paper the authors report on the biological characteristics of Al-sophila spinulosa Hook.
孢子—原叶体—孢子体的生活周期长，并且在丝状体、原叶体和幼孢子体阶段，无特殊结构去抵抗和忍耐一切不利环境因子的影响。3。
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Results:(1) The conchosporangia of brown yellow mutant was smaller and mature time was 15 days later than the parents. Thallus grew slowly in early stage, but average daily growth rate reached (7.50±1.18) cm after blade length was over 60 cm.(2)The emerald conchocelis were easy to mature and had special developmental mode that the spherulocytes can directly develop into sporangial branchlets and conchosporangia without thick conchocelis stage. Emerald blades were low in RPE with just (6.4710±0.0184) mg/g dry mass. The thallus grew quickly, average daily growth rate reached (11.95±2.33) cm after blade length was over 60 cm.(3) The conchocelis filaments of breen mutant were thin and short. Thallus grew slowly and had low contents of three phycobiliprotenin and chlorophyl.
实验进行50d。结果：(1)褐黄色突变体藻蓝蛋白和别藻蓝蛋白含量低；孢子囊枝的细胞较小，且大量形成时间比亲本晚15d；幼苗培养初期日平均生长量仅为(1.22±0.28)cm，当叶片长到60cm左右时生长优势逐步凸显，日平均生长量可达(7.50±1.18)cm；(2)翠绿色丝状体容易成熟，发育方式特殊，营养藻丝不经过藻丝加粗阶段，直接由球形细胞发育成孢子囊枝和壳孢子囊；翠绿色叶状体藻红蛋白含量低，仅有(5.5130±1.0496)mg/g；叶状体生长快速，60cm长的藻体日平均生长量高达(11.95±2.33)cm；(3)褐绿色突变体藻蓝蛋白、别藻蓝蛋白和藻红蛋白这3种色素蛋白和叶绿素的含量均较低；藻丝细胞短且细，叶状体生长速度较慢。
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Sometimes armed with stinging hairs; epidermal cells of leaves, sometimes stems, perianths mostly with prominent cystoliths punctiform to linear; Leaves alternate or opposite, stipules present, rarely absent; leaf blade simple. Inflorescences cymose, paniculate, racemose, spicate, or cluster-capitate, usually formed from glomerules, sometimes crowded on common enlarged cuplike or discoid receptacle, rarely reduced into a single flower. Flowers unisexual, rarely bisexual in partial flowers; actinomorphic, very small,(1-)4- or 5-merous, rarely perianth absent in female flowers.
有时具有蛰毛的刺；叶的表皮细胞，有时茎和花被的表皮细胞大部分有显著的点状或线形的乳状体；叶互生或者对生，托叶有，很少无；单叶花序聚伞状，圆锥状，总状，穗状，或者丛生头状花序，花单性，部分花两性；辐射对称，小，(1-)4-或者5瓣，很少在雌花内无花被。
- 更多网络解释与叶状体状相关的网络解释 [注：此内容来源于网络，仅供参考]
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frond：叶状体;羽叶;藻体
freshwater habitat 淡水生境 | frond 叶状体;羽叶;藻体 | frontal lobe 额叶
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thallophyte：叶状体植物
thallium 铊 | thallophyte 叶状体植物 | thallus 叶状体
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thallus：叶状体
当藻类细胞和真菌细胞结合在一起就产生了一种叫做叶状体(thallus)的结构,它形成了地衣的可见体. 在很多地衣中,藻类细胞和真菌细胞在叶状体中能够生成某些化合物,这些化合物是他们单独存在时所无法合成的.
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medullary hypothallus：髓部下叶状体
coaxil hypothallus 同轴下叶状体 | medullary hypothallus 髓部下叶状体 | hypothallium, hypothallus 下叶状体
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coaxil hypothallus：同轴下叶状体
basal hypothallus 基部下叶状体 | coaxil hypothallus 同轴下叶状体 | medullary hypothallus 髓部下叶状体
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hypothallium, hypothallus：下叶状体
medullary hypothallus 髓部下叶状体 | hypothallium, hypothallus 下叶状体 | pholoiophore 膜型[侧枝]
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basal hypothallus：基部下叶状体
cladospore 枝孢 | basal hypothallus 基部下叶状体 | coaxil hypothallus 同轴下叶状体
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thalloid：叶状体的
thallium 铊 | thalloid 叶状体的 | thallophyte 叶状植物
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thalloid：似叶状体的
叶状植物 thallodea | 似叶状体的 thalloid | 有原叶体植物 thallophyllodea
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Thallophyta;Thallophytes：菌藻植物(亚界);叶状体植物(亚界);原叶体植物门;菌藻植物门
有原叶体植物 thallophyllodea | 菌藻植物(亚界);叶状体植物(亚界);原叶体植物门;菌藻植物门 Thallophyta;Thallophytes | 原叶体植物;菌藻植物 Thallophytes;Thallophyta