調節發育 的英文怎麼說

中文拼音 [diàojiéfāyù]
調節發育 英文
regulative development
  • 調 : Ⅰ動詞1 （配合得均勻合適） harmonize; suit well; fit in perfectly 2 （使配合得均勻合適） mix; adju...
  • 節 : 節構詞成分。
  • 發 : 名詞（頭發） hair
  • 育 : 育動詞1. （生育） give birth to 2. （養活; 培育） rear; raise; bring up 3. （教育） educate
  • 調節 : regulate; adjust; monitor; measure; take care of; condition; regulation; adjustment; conditioning...
  1. Hiding essence of life is the main physiology function of kidney, the essence in kidney is angry, be airframe life activity this, to airframe the physiology activity of each respect all is having all in all effect ; kidney advocate water fluid, basically be the aerification function that the essence in pointing to kidney enrages, to the body fluid inside body be defeated cloth and excrete, maintain the balance that the body fluid inside body metabolizes, the adjustment with rising very important action ; kidney advocate bone gives birth to pith, it is spirit of the energy in kidney has stimulative airframe to grow actually a of growth function main component, the rise and fall that the essence in kidney enrages, affect the growth of bone and growth not only, and the plentiful that also affects spinal cord and encephalon and development ; " tine is bone ", tine and bone give one cause together, the tooth also is filled by institute of gas of the energy in kidney raise, spirit of the energy in kidney is abundant, fall off the tooth is solid and not easily, if kidney is medium air of essence of life is inadequate, criterion the tooth becomes loose easily, inchoate even fall off ; kidney have one ' s ideas straightened out at 2 shade ( external genital organs and anal ), accordingly, frequent micturition, enuresis, urinary incontinence, make water little or anuria, all the aerification function with kidney is wrong about

    藏精是腎的主要生理功能，腎中精氣，是機體生命活動之本，對機體各方面的生理活動均起著極其重要的作用；腎主水液，主要是指腎中精氣的氣化功能，對于體內津液的輸布和排泄，維持體內津液代謝的平衡，起著極為重要的調節作用；腎主骨生髓，實際上是腎中精氣具有促進機體生長發育功能的一個重要組成部分，腎中精氣的盛衰，不僅影響骨的生長和發育，而且也影響脊髓和腦髓的充盈和發育； 「齒為骨之餘」 ，齒與骨同出一源，牙齒也由腎中精氣所充養，腎中精氣充沛，則牙齒堅固而不易脫落，若腎中精氣不足，則牙齒易於松動，甚至早期脫落；腎開竅於二陰（外生殖器和肛門） ，因此，尿頻、遺尿、尿失禁、尿少或尿閉，均與腎的氣化功能失常有關。
  2. The protein nucleic acid complexes were identified by autoradiography for 48 h. the psg5heo and igfbp - 6 promoter pcat vectors were transfected into cos - 7 cells with iipofectamin2000 ; these cos - 7 cells where treated with 1 jxm e2, with lonm tcdd and with both lonm tcdd and 1 jxm e2, individually ; the cat protein was examined by cat - els a. results : the congenital skeletal defects in fetal rats were induced with 10 - 15ug / kg tcdd or with 100 - 140 mg / kg ra with dosage - dependence effect. the igfbp - 6 mrna in rat calvaria tissue and mc - 3t3 - el cells were increased with tcdd and ( or ) ra, whereas the cell proliferation and igf - 2 mrna in mc - 3t3 - el cells was decreased in the status of e2

    結果: tcdd在大鼠胚胎發育時期具有骨骼致畸作用，骨骼發育畸形包括:內翻足、脊柱裂、顱面骨發育缺陷、無尾畸形等;隨著tcdd濃度的升高（ 10一15林擴kg ） ，致畸率明顯上升（ 14 . 7 %一24 . 6 % ） ; tcdd和ra聯合用藥可以增強對大鼠骨骼發育的致畸效應; e :對成骨細胞內igf一2基因有正性調節作用，對igfbp一6基因有負性調節作用， tcdd可以抑制e :對細胞內xgf一2和igfbp一6的調節作用。
  3. Growth and development of animals were regulated by many factors including gene, environment, nutrition and endocrine. in endocrine system, growth hormone ( gh ) always taks up a centerlly regulative place. previous studies have shown that patients with gigantism or dwarfism have abnormal high or low plasma gh levels, respectively, and animals treated with exogenous gh markedly improved its growth. therefore, it is reasonable to enhance the levels of gh in plasma by some techniques will result in improvement of animal production performance

    在內分泌系統中，盡管任何一種內分泌激素都不能單獨地調控動物全部生長和發育過程，不過生長激素在其中仍占據著中心調節作用的位置。已知，巨人癥患者生長激素水平極度的升高，而侏儒癥患者的生長激素水平則顯著地降低，同時，注射外源性生長激素可明顯地提高動物的生長速度，改善了動物的胴體組成。
  4. Notch interaction with its ligands induces the cleavage of its intracellular domain ( ic ), and the notch ic translocates to the nucleus and binds to rbp - j, the mammalian homolog of su ( h ), to transactivate transcription of target genes such as e ( spl ) ( enhancer of split ), hesl ( hairy and enhancer of split ) and hes5 four notch receptors and their ligands are differentially and redundantly expressed in a variety of vertebrate tissues

    它通過其識別序列（ cogtgggaa ）結合於受調控基因的啟動子區，在轉錄激活因子的驅動下調節細胞分化和個體發育相關基因的表達。在沒有n 。 tch胞內段的情況下， rbpj可與包含sm盯（ silencingmediatorforretlnoldandthyroidhormonereceptor ）和組蛋白去乙酞化酶的轉錄輔助抑制復合物結合，當notch信號被激活時； rbpj可與n 。
  5. The two single - pass transmembrane proteins, delta and serrate, have been identified as notch ligands. the transcription factor suppressor of hairless [ su ( h ) ] is the major downstream effector of notch signaling pathway. rbp - j, the mammalian homolog of su ( h ), recognizes the core sequence ( c / tgtgggaa ) of dna

    Rbp - j是果蠅促神經發生基因su （ h ） （ suppressorofhairless ）在哺乳動物的同源物，它通過其識別序列（ c tgtgggaa ）結合於受調控基因的啟動子區，在轉錄激活因子的驅動下調節細胞分化和個體發育相關基因的表達。
  6. In the rat and rabbit, neonates are born blind, naked and with a poorly developed thermoregulatory system.

    大鼠和兔子的初生幼仔出生時是閉目無毛的，體溫調節系統發育不足。
  7. Through feeding on varieties of food, it was found that paramecium sp. was one of the best feed for the initial feeding of takifugu obscurus larvae, and brachionus calyciflorus was fit for larvae stage, while the function of photosynthetic bacteria was to improve living environment

    通過觀察仔魚形態發育特徵和比較不同餌料飼喂仔魚效果發現，草履蟲為仔魚期最佳開口餌料，輪蟲為仔魚期適口餌料，而光合細菌主要起調節水質的作用，和其它餌料搭配使用可取得較好效果。
  8. From the aspects of agricultural economic and environmental ecological effects, were the effects and mechanism of rare - earth micro - fertilizer to improve the growth, development, quality and yield of the crops ; the adjustment of crops growth by influencing the number of microbial population in soil district and the function of the soil dehydrase, alkaline phosphatase, urease and sucrase ; the ecophysiological effects of alleviating the injure of acid rain, ultraviolet radiation, heavy metal on crops were illustrated ; the sureness of bee ' s use in agricultural was provided, according to the rule of the distribution and enrichment of be in crops

    摘要從農業經濟效應和環境生態效應二方面，論述了稀土肥料促進作物生長、發育，提高作物產量，改善作物品質的效應與機理；影響土壤區系中微生物種群數量和土壤脫氫酶、堿性磷酸酶、脲酶及蔗糖酶的功能，繼而反饋調節作物生長；緩解酸雨、紫外輻射和重金屬傷害作物的生態生理學效應；並以稀土在作物體內分佈與富集規律為參考，探討了稀土農用的安全性。
  9. The results indicate that incubation adjustmellt is an adaptation to favor hatching synchrony, which in turn balances the growth of nestlings and increases their survival rate

    推測，孵化調節的適應意義在於促進雛鳥的同步出殼，平衡雛鳥間的生長發育，提高其成活率。
  10. It is rich in many reactive substances necessary for human body such as calcium 、 manifold vitarmins 、 amino acid, micro elements, and polypeptide protein etc. it could promote the body growth and metabolism, build up human body ' s immunity, adjust the nervous and cardiovascular systems, keep the body in good health, be good for brain intelligence and beauty, resist tiredness 、 dipe the effects of alcohol etc

    能促進機體的生長發育和新陳代謝，增強機體的免疫力，對神經系統、心血管系統具有良好的調節作用，有助於恢復和保持機體健康；健腦益智、養顏美容、抗疲勞、醒酒等功效。
  11. Research interest : skeletal development and the growth plate, extracellular matrix and cartilage tissue engineering, mechanical regulation of cartilage and bone, osteoarthritis and other joint degenerative diseases during aging

    研究方向：主要涉及骨骼發育和生長板，細胞外基質蛋白，軟骨組織工程，軟骨和骨骼的機械調控，骨關節炎和其它關節退行性疾病的機制研究。
  12. Rab gtpases are involved in cell differentiation, migration, endocytosis and exocytosis, cytosolic proteins transport and regulation of the transport and fusion of vesicle. in neuron cells, rab gtpases play a crucial role in synaptic vesicle transmission and transmitter release

    Rab蛋白主要通過調節囊泡（ vesicle ）的出芽（ budding ） 、運輸、錨定和融合，參與細胞的分化發育、細胞的內吞和外排、胞內蛋白的運輸、交換和定位以及神經遞質的運輸和釋放。
  13. Numerous of evidence indicates that leaf development is regulated by inner genetic mechanism and outer environmental cues

    大量證據表明葉片發育受到體內遺傳機制和體外環境因子的雙重調節。
  14. Epigenetic modification of the genome ensures proper gene activation during development and involves : genome methylation changes ; the assembly of histon and histone variants into nucleosomes and remodeling of other chromatin - associated proteins such as linker histones, polycomb group, nuclear scaffold protein, and transcription factors

    這些染色質的再程序化包括dna的甲基化和核小體組蛋白的乙酰化等。組蛋白乙酰化在染色質結構調節、 dna復制、基因轉錄、細胞分化及癌細胞發育都有研究，但在克隆動物中卻是一個有待深入探索的領域。
  15. The digestive tract of animal was not only the important digestive organ but also the biggest endocrine organ which, with a great number of endocrine cells, played an important role in eating, digestion and other physiological activities, and might have regulation effect on the development and differentiation of digestive system of animals

    胃腸道不僅是動物體內重要的消化器官，也是動物體內最大的內分泌器官，含有多種內分泌細胞，它們在動物攝食、消化及各種生理活動中具有重要功能，同時可能對胚胎期消化道系統的分化發育起調節作用。
  16. This paper reported that started with the necessity of training students " the ability character and mentality character in teaching chemistry, conbining the present conditions and problems which the secondary vocational schools trained the students " ability character and mental state character, put forward the teaching reforms and measures to adapt the development of secondary vocational education, through the limplicit learning to improve the students " ability, through the cultivation of the students " non - intellegence factors, through the practice of making a science inquiry in teaching actively, the practice result showed this kind of teaching reform and measures not only pays attention to training high - quality talented people who have firm foundation, wide knowledge, good study character with the chemistry and high creativity, but also makes a good effort on cultivation of non - intellegence factors, strengthening the students " self - confidence, independence and ability of self - mediating

    本文從化學課程教學中培養學生能力素質、心理素質的必要性出發，結合當前中專學校培養能力素質、心理素質的現狀和問題，通過對內隱學習提高學生的能力素質；重視中專學生非智力因素開發和積極開展科學探究教學活動等方面進行了探索與實踐，提出了與中專教育發展相適應的教學改革和措施。表明它既注重培養基礎扎實、知識面廣，具有良好學習素質、化學素養、創新能力強的高素質人才同時，在學生非智力因素的培養，增強學生自信、自主、自我調節能力等方面取得積極的效果。
  17. Abstract : beginning with the present situation of population explosion and the severe way of human bearing, this article concludes that the restriction of regeneration and the control to turn human seciety into sustainable development track ; that the reproductional health ; and that the improvement way of regeneration is a severe challenge which faced by 21st century medical science

    文摘:從嚴峻的人口形勢和生育方式的現狀論述了節制生育、控制人口惡性膨脹是人類轉入可持續發展軌道的首要條件，生殖調節成為生殖健康的核心問題，提出改進生育方式是21世紀的醫學面臨的一項重大挑戰。
  18. Applying the theory of dissipation structure to college educational administration means following the law of systematic science and structural adjusting mechanism, continuously introducing negative entropy, overcoming the wasted entroy of the system so as to enable college educational system to have an orderly organic structure and eventually promote efficiency

    摘要耗散結構理論運用到高校教育管理中，即遵循系統科學的客觀規律和結構調節機理，不斷引入負熵，克服系統自身廢熵，使高校教育系統形成有序的自組織結構，提高效率並有序化、最佳化的發展。
  19. In drosophlia notch is typically involved in binary cell fate decisions including neurogenesis, myogenesis and hematopoiesis. in mammals, notch regulates development of hematopoietic system, muscle, pancreas, and many other tissures

    在果蠅的神經、肌肉、卵子發生中， notch信號途徑參與它們的發育過程，在哺乳動物中notch信號途徑調節造血系統、神經、肌肉、胰腺、血管和其他一些組織的發育。
  20. Autonomous regulatory development

    自主調節發育
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