- 更多网络例句与呼吸根相关的网络例句 [注：此内容来源于网络，仅供参考]
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Aerating roots (or knee root or knee or pneumatophores or Cypress knee ): roots rising above the ground, especially above water such as in some mangrove genera.
曝气根（root 或膝盖或膝盖或呼吸根或赛普里斯尼）：根以上的地下水上升，特别是在一些如上述红树属。
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Appear visible cyanotic asphyxia, respiratory weakened or disappeared, numbness of the mouth or nasal cavity to see traces of milk, at this time, the newborn immediately face down, with palm root back flap, so that aspiration of milk expectorate, such as no breathing, then and hold the nose to the mouth-to-mouth breathing 60 times per minute, and according to whether the carotid artery pulsatility decide whether to do heart massage, while immediately to hospital.
出现窒息可见紫绀、呼吸减弱或消失、口角或鼻腔内见到奶迹，此时，立即将新生儿面部朝下，用掌根拍打背部，使误吸的奶咳出，如仍无呼吸，则捏住鼻子予嘴对嘴呼吸，每分钟60次，并据有无颈动脉搏动决定是否做心脏按摩，同时立即送医院。
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In addition, mangrove plants, stem, root surface distribution lenticel breathing, oxygen absorption and can play the role of waste discharges.
此外，红树植物的树干、呼吸根表面分布的皮孔，可以起到吸收氧气和排出废物的作用。
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As mangrove grow in habitats of alternating with dry and wet and have high salt contents both in soil and sea water and lack of oxygen, as a result, mangroves have their own adaptive characteristics: such as vivipary, prop root, buttress-like root and pneumatophore.
由于红树植物生长在干湿交替，高盐和缺氧的湿地生态系统中，因此，为适应这样的环境特点，它逐渐在生理和形态上有了其适应性：如胎生，支柱根和板状根，呼吸根，树皮富含单宁等。
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There was significant positive correlation between the amount of rhizosphere bacteria, fungis, aminate bacteria and dry weight of absorbing root. There was significant negative correlation between azotobacters and dry weight of absorbing root.
根际细菌、真菌、氨化细菌和硝化细菌数量与生长根和吸收根生物量之间显著正相关，固氮菌则仅与吸收根生物量显著负相关，细菌和纤维素分解菌数量与根系呼吸显著正相关。
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The result showed by studing the Effect of Betula platyphylla Suk.plantation forest in gap of Stump on Soil Respiration rate,the effect of stump on soil respiration in gap will be a long time.
3对白桦人工林内林隙内伐根对林隙内土壤呼吸影响的研究表明，伐根对林隙内林地呼吸作用的影响在一个较长的时期内存在，它影响了林隙内土壤呼吸速率的大小和水平空间分布。
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Medullary slices of neonatal Sprague-Dawley rats, including hypoglossal nerve root and mNRF, were made according to Suzue's method. Simultaneous recordings of the respiratory rhythmic discharge activity in hypoglossal nerve root with suction electrode and the respiratory neuronal discharge in the mNRF with whole cell patch clamp were performed on the brainstem slice in vitro .
仿Suzue方法制作新生大鼠含有舌下神经根及mNRF的离体延髓脑片标本，以吸附电极记录舌下神经根呼吸节律性放电活动(respiratory rhythmic discharge activity， RRDA)作为呼吸活动的指标，采用全细胞膜片钳记录模式在mNRF同步记录呼吸神经元电活动。
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Biotic and abiotic factors influencing soil respiration were found to affect both root/rhizosphere and microbial respirations.
凡影响土壤总呼吸的生物与非生物因子都会直接或间接地影响根呼吸与土壤微生物呼吸。
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These parameters did not differ from each other in figleaf gourd"s two treatments. The root temperature of 14℃didn"t induce significant changes in the total respiration rate in both species but caused an increase of the alternative respiration pathway and a decrease of the cytochrome respiration pathway, and more dead cells in root tips in cold-sensitive cucumber roots.
低温条件下，黄瓜的生长明显差于黑籽南瓜，同时根系表现出更高的超氧化物阴离子O_2~(·-产生速率、过氧化氢(H_2O_2)与膜脂过氧化产物丙二醛含量以及抗氧化酶活性。14℃根温并未引起两种作物根系的总呼吸速率发生变化，但却引起黄瓜根系的交替途径呼吸速率与细胞色素途径呼吸速率的显著变化，表现为低温下Valt的上调而Vcyt的下降。
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A specialized respiratory root structure in certain aquatic plants, such as the bald cypress.
呼吸根，载气体在某些水生植物中的一种特殊的起呼吸作用的根结构，如落羽松
- 更多网络解释与呼吸根相关的网络解释 [注：此内容来源于网络，仅供参考]
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aeolian soil：风成土
aeolian processes 风成过程 | aeolian soil 风成土 | aerating root 呼吸根
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pneumatic system;aerenchyma：通气组织
气孔;呼吸根 pneumathodium | 通气组织 pneumatic system;aerenchyma | 呼吸描记图 pneumatogram
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Nuphar：萍蓬草
其成因有二:裂生通气组织由裂生细胞间隙形成,从网状连结的结构(叶的海绵组织)到囊状或管状显著发达的结构(灯心草(Juncus)的叶,萍蓬草(Nuphar)、凤眼兰(Eichhornia)的叶柄,水龙(Jussiaea)的呼吸根,藕切面所见的孔).
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pneumatophore：呼吸根
pneumatic system 通气系 | pneumatophore 呼吸根 | pneumococcus 肺炎双球菌
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pocosin：淺灘沼澤地(北美南部的)
pneumatophore 呼吸根 | pocosin 淺灘沼澤地(北美南部的) | pod 莢果
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epiphytic root：附生根
腐生根 saprophytic root | 附生根 epiphytic root | 呼吸根 respiratory root
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Juncus：灯心草
其成因有二:裂生通气组织由裂生细胞间隙形成,从网状连结的结构(叶的海绵组织)到囊状或管状显著发达的结构(灯心草(Juncus)的叶,萍蓬草(Nuphar)、凤眼兰(Eichhornia)的叶柄,水龙(Jussiaea)的呼吸根,藕切面所见的孔).
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aerating root：呼吸根
aerated culture 通气培养 | aerating root 呼吸根 | aerating tissue 通气组织
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aerating root：通气根
呼吸根 respiratory root | 通气根 aerating root | 收缩根 contractile root
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breathingspace：膨胀区
breathingroot 呼吸根 | breathingspace 膨胀区 | breathingtank 呼吸式油罐