- 更多网络例句与寄生现象相关的网络例句 [注：此内容来源于网络，仅供参考]
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Behavioral phenomena quantified by genetic markers in various species include patterns of multiple mating by both sexes; frequent cuckoldry by males and rare cuckoldry by females in nest-tending species; additional routes to surrogate parentage via nest piracy and egg-thievery; egg mimicry by nest-tending males; brood parasitism by helper males in cooperative breeders; clutch mixing in oral brooders; kinship in schooling fry of broadcast spawners; sperm storage by dams in female-pregnant species; and sex-role reversal, polyandry, and strong sexual selection on females in some male-pregnant species.
通过遗传标记测量不同种的行为现象涉及两性间的多种交配现象：趋穴型种类中雄性与多个雌性私通而雌性则较少交配；通过侵略巢穴和偷窃卵的行为进行偷梁换柱；通过趋穴型雄性鱼类进行卵的模拟；通过共同繁殖型中的雄性进行寄生抚育；通过混合在口孵育型鱼类的幼体间；广播种型产卵者鱼苗的亲缘关系；怀卵孵化型鱼类的精子储存；以及性逆转，一妻多夫，雄性怀卵抚育型种类雌性的强烈性选择。
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Behaioral phenomena quantified by genetic markers in arious species include patterns of multiple mating by both sexes; frequent cuckoldry by males and rare cuckoldry by females in nest-tending species; additional routes to surrogate parentage ia nest piracy and egg-thieery; egg mimicry by nest-tending males; brood parasitism by helper males in cooperatie breeders; clutch mixing in oral brooders; kinship in schooling fry of broadcast spawners; sperm storage by dams in female-pregnant species; and sex-role reersal, polyandry, and strong sexual selection on females in some male-pregnant species.
通过遗传标记测量不同种的行为现象涉及两性间的多种交配现象：趋穴型种类中雄性与多个雌性私通而雌性则较少交配；通过侵略巢穴和偷窃卵的行为进行偷梁换柱；通过趋穴型雄性鱼类进行卵的模拟；通过共同繁殖型中的雄性进行寄生抚育；通过混合在口孵育型鱼类的幼体间；广播种型产卵者鱼苗的亲缘关系；怀卵孵化型鱼类的精子储存；以及性逆转，一妻多夫，雄性怀卵抚育型种类雌性的强烈性选择。
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The author first reported the social phenomenon and synchronizing development incryptosporidia,the dynamic process of the sporozoites or merozoites aparted from theirparent substances and developed into trophozoites,the culture of C.baileyi in chickenembryo,and the excysting process without both the trypsin and the sodium taurocholatein 37℃ water.The high levels of excystation(60%)oceured at 37℃ water showedthat temprature was very important in cryptosporidia excysting process.
在国内首次观察和描述了薄壁型隐孢子虫卵囊；首次报道隐孢子虫具有群体寄生现象和同步发育特征；首次描述了隐孢子虫的裂殖子或子孢子离开母体和发育为滋养体的动态变化过程；首次应用粪便中纯化的C.baileyi卵囊感染鸡胚成功，并用37℃水脱囊，其脱囊率高达60％，表明温度对隐孢子虫的脱囊具有重要作用，无需胰酶和牛胆酸钠的参与。
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For the phenomenon of BMR increasing steadily, we think it is the result of the inner parasitic capacitance effect.
对于BMR不断增加的现象，是由其内部的寄生电容效应所引起的。
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In this paper,auther studied the principle on parasitical phenomenon about capacitor and provided the methods for solving the parasitical effects.
通过对各种电容元件进行测试及拆分研究，文章剖析了电容器产生寄生现象的原理，从而提出了减小电容器寄生效应的措施。
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Standing wave effect in the resist is companied with the exposure process.
驻波效应是抗蚀剂在曝光过程中的寄生现象。
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Quantitative exploration of population differentiation will benefit the utilization and improvement of wasp breeding; in-depth studies on the capability of avoiding superparasitism, host selection and adaptability of Trichogramma populations collected from different localities and hosts can produce some conclusions significant to Trichogramma application; studies on ovipositional behaviors are important for breeding improvement; co-parasitism is a common behavior among egg-parasitoids, and also an important factor affecting artificial rearing and field release; observations on inter-specific competition are helpful for choosing the most competitive natural enemies. This dissertation treated of the pragmatic aspects of the diagnostic system, i.
赤眼蜂种群分化的定量研究有利于蜂种及其品系的利用和改良；对采自不同地域和不同寄主的赤眼蜂种群的寄主选择、避免过寄生的能力及其适应性等进行深入细致的研究，可以得到一些对赤眼蜂应用有意义的结论；研究赤眼蜂的产卵行为对改进其繁殖和利用具有重要意义；共寄生是卵寄生蜂的一种常见现象，也是影响赤眼蜂人工繁殖和田间应用的重要因素；赤眼蜂种间竞争行为研究可以遴选竞争力最强的天敌。
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On the basis of past three years research, the taxonomy and fauna of family Ichneumonidae from northeast China were studied systematically, many specimens were collected in forest area from northeast China including Heilongjiang, Jilin and Liaoning Province, and numerous documents were synthesized and the domestic and foreign research history and situation of Ichneumonid were reviewed.
近三年来，广泛采集了东北地区(黑龙江、吉林、辽宁三省)的姬蜂标本，收集整理了大量文献资料，系统研究了东北地区姬蜂的种类及分布，回顾了国内外的研究历史和现状及分类地位的历史变革，介绍了标本采集制作方法，叙述了各虫态的形态特征，概述了成虫的寄主范围、寄生类型、寄生现象及生活习性。
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Results: Immature cysticerci were found in liver, heart, brain, lungs, tongue, and muscles of limbs and body on the 40 day. On the 80 day, cysticerci were bigger and matured. On the 120 and 150 days, large quantity of mature and alive cysticerci were found in all infected organs except liver in which the cysticerci gradually died. Cysticerci were not found to grow in kidney or spleen all the time.
结果：感染后第40天剖杀家猪，多数脏器和组织，如肝脏、心脏、脑、肺、舌、四肢及驱干肌肉内有未成熟囊尾蚴寄生；感染第80天时各器官及组织内囊尾蚴先后发育成熟，囊尾蚴随感染时间增加而逐渐增大；感染第120天或第150天时，除肝脏外各器官及组织内仍可见大量成熟囊尾蚴，且无死亡和钙化现象，而此时肝脏内囊尾蚴几乎全部死亡和钙化；在实验全过程中，肾脏和脾脏未见囊尾蚴寄生。
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As "la Restitution des Lettres": the restoration or reproduction of classical learning. If– it was no rip-off10 or piece of cultural parasitism.
假如拉辛选择就欧里庇得斯的《希波吕托斯》写一个自己的版本——他的确这么做了——这算不上剽窃，也并非文化寄生现象。
- 更多网络解释与寄生现象相关的网络解释 [注：此内容来源于网络，仅供参考]
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autoecism, ametoecism, monoxeny：单主寄生[现象]
06.262 管壁 dissepiment | 06.263 单主寄生[现象] autoecism, ametoecism, monoxeny | 06.264 转主寄生[现象] heteroecism, metoecism, heteroxeny
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heteroecism：转主寄生(现象)
heteroduplex 异源双链(体) | heteroecism 转主寄生(现象) | heterofermentation 异型发酵
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heteroecism, metoecism, heteroxeny：转主寄生[现象]
06.263 单主寄生[现象] autoecism, ametoecism, monoxeny | 06.264 转主寄生[现象] heteroecism, metoecism, heteroxeny | 06.265 全孢型 eu-form
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superparasitism; hyperparasitism：双重寄生现象;重复寄生
首目 superorder | 双重寄生现象;重复寄生 superparasitism; hyperparasitism | 迭生眼 superposition eye
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parasitism：寄生现象
例如共栖现象(commensalism),即一方受益、一方无益也无害,纤毛虫纲的车轮虫(Trichodina)与腔肠动物门的水螅(Hydra)就是共栖关系;共生现象(symbiosis),即双方受益,例如多鞭毛虫与白蚁的共生;还有寄生现象(parasitism),即一方受益,一方受害,
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superparasitism：[生]复寄生(现象),重寄生( 现象)
bear on 对...施加压力, 有关, 瞄准 | superparasitism [生]复寄生(现象),重寄生( 现象) | keep in ignorance 使无知 使不明真相
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superparasitism：重寄生/重寄生现象
superparasitic /重寄生的/ | superparasitism /重寄生/重寄生现象/ | superparticle /超粒子/
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autoparasitism：自复寄生(现象)
autoparasite 自身寄生物 | autoparasitism 自复寄生(现象) | autoparthenogenesis 人工单性生殖
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hyperparasitic：重寄生的
hyperparasite 过寄生物 重复寄生 重寄生 重寄生物 | hyperparasitic 重寄生的 | hyperparasitism 重寄生 重寄生现象
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polyparasitism：多寄生现象
suppressive infection 隐性感染 | polyparasitism 多寄生现象 | larva migrans 幼虫移行症