生理衰老 的英文怎麼說

中文拼音 [shēnglǐshuāilǎo]
生理衰老 英文
physiological aging
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 理 : Ⅰ名詞1 （物質組織的條紋） texture; grain （in wood skin etc ） 2 （道理;事理） reason; logic; tru...
  • 衰 : 衰動詞（衰弱） decline; wane
  • 老 : i 形容詞1 （年歲大） aged; 活到老 學到老。 you will never cease to learn as long as you live ; li...
  • 生理 : physiology生理反應 physiological reaction; 生理節律 circadian rhythm; 生理解剖學 physiological an...
  • 衰老 : grow old
  1. " theory of traditional chinese medical science thinks : the rise and fall that the person ' s growth, development, reproduction and consenescence enrage with the essence in kidney has close relationship

    中醫理論認為：人的生長、發育、生殖和衰老都與腎中精氣的盛衰有密切的關系。
  2. Responses of flower opening and senescence to ethylene and its relation with endopeptidase in two cultivars of cut rose

    花衰老過程中的生理生化變化及對花衰老的調節綜述
  3. This experiment was performed using the " yingqing " peach fruit and " chunxing " strawberry to study the changes of the main physiology - biochemistry characteristics and the microsome membrane ca + - atpase activities during the fruits ripening. the effects of ethylene, trifluoperizine ( tfp ) + ethylene and verapamil ( ver ) + ethylene treatments on the above changes were discussed. the objects of the thesis may further explore the role of calcium messenger in the ethylene signal transduction, and provide some new theoretical basis for further research of the microsome membrane ca2 + - atpase during the fruits ripening

    本論文以迎慶桃和春星草莓為試材，研究了兩類果實采后在25和4條件下主要生理生化變化和ca ~ （ 2 + ） - atpase活性變化以及乙烯、鈣調素拮抗劑tfp +乙烯和鈣通道阻塞劑ver +乙烯處理對其的影響，為探討果實成熟衰老過程中，鈣信使系統在乙烯信號轉導中的作用，提供一定的理論依據，並為探索ca ~ （ 2 + ） - atpase在果實衰老中的作用及作用機制，提供實驗證據。
  4. The current interest in melatonin is wintnessed by the growing number of scientific papers directly or indirectly dealing with this molecule, in the last 10 years, the mean number of articles has doubled and reports on new compounds acting at the melatonin receptors abound, although the search for a clear therapeaatic role for these ligands is still under way beside the scientific interest, there is a contemporary, but largely independent, explosion of a free market of various products containing mt, which have been presented at antiage agents protecting against differe kinds of injuries, although this action still lacks a solid scientific foundation. indeed while a number of physiological action of mt are coming to light, the exact role and the the real therapeutic benefit of this compound still remain unclear, both have been the subject of debate. with a lot of potential actions still to be fully demonstrated and with some mechanisms deserving more clarification, in sense, the appellation of the hormone of darkness, attributed to mt beacause of its characteristic concentration / time profile, seems extremely appropriate

    除科學興趣以外，也有暫時的，在很大程度上不可靠的有關各種含有mt的產品開發的探索，如出現的保護多種損傷的抗衰老劑。盡管這些產品的作用仍缺少堅實的科學基礎，事實上當mt的許多生理作用研究清楚后，這種物質的確切作用和真實的治療效果仍不得而知。有許多潛在的作用需要充分論證，有些機理需要進一步區分，在某種意義上說，稱mt為黑暗激素，主要是由於在某一時間的特定濃度分佈似乎更合適。
  5. This paper expounds the progresses of the researches on the life science and relevant subjects, which include the research of cultivating the arterial vessel with fine cell tissue, the research on the genetically modified animal, the research on the pest control with bio - virus pesticide, the research on the death mechanism of protein and the diseases of immune system ( including cancer ), the research on anti - senile protein and the research on compound - type aids vaccine

    闡述了生命科學及其相關學科的研究進展，包括用細小細胞組織培製成動脈血管的研究、轉基因動物的研究、生物病毒農藥防治蟲害的研究、蛋白質死亡機理及免疫系統疾病（包括癌癥）的研究、抗衰老蛋白的研究以及復合型艾滋病疫苗的研究。
  6. It has been demonstrated directly or indirectly - 7 - that ak auto ab is an important element in the immune network and plays a important role in maintaining physiological functions, clearing aged cells and metabolic products, regulating immune responses and protecting against infection. in some pathological states such as psoriasis and contact dermatitis, a certain serum level of the antibody could inhibit the progression of the diseases, and is beneficial to the recovery from the diseases. after a long time studies on the production and regulation mechanism of physiological and pathological auto antibodies, meanwhile, experiencing an intensive academic debating on whether naas a " horror autotoxicus " or a " gnothi seaution ( know yourself ) ", a common viewpoint has been achieved that naa is of clinical significance in the treatment of immunity diseases for it ' s function in the immune system stability, immunoglobulin y and polyclonal ak auto abs have been used in treating inflammatory dermatitis, and recombinant antibody is under investigating

    抗角蛋白自身抗體（ akautoab ）是naa的重要組成部分，以往實驗通過雜交瘤技術、免疫親和層析技術和噬菌體抗體庫技術分別獲得單克隆akautoab 、健康人血清多克隆akautoab和基因工程人akautoab ，並對akautoab免疫學特性及在體生理和病理意義進行了廣泛的研究，直接或間接地發現akautoab是機體正常免疫調節網路的組成部分，在維護某些生理狀態的穩定、清理衰老細胞及代謝產物、調節免疫和抗感染等方面起到重要作用；在某些病理情況下（如銀屑病、接觸性皮炎等） ，體內akautoab的組分和滴度會發生變化，而正常水平的akautoab則有利於限制病情的發展，促進損傷的修復。
  7. Rubber tree ( hevea brasiliensis ) is an important economic woody - crop in tropical areas. its latex is the unique source of crude rubber used in current industry. because of its special and important use, the rubber tree has been extensively planted in tropical areas. increase production is always the main target in rubber tree cultivation. since the ethrel was applied in increasing latex production in 1968 for the first time as a chemical stimulant, not only the latex production had been increased largely, but also a new set of rubber tapping system had been established, leading to a series of economic benefit. owing to ethrel " s extensive application, its side effects had been found more and more obviously, such as tapping dry, speeding up senescence, shortening the life span of rubber tree etc. in order to overcome the side effects and increase production more availably, for a long time, people had carried out lots of research work on cell level, membrane level, physiology and biochemistry of laticifer contents. but the mech anism why ethrel increased latex production was not yet understood completely. this study had cloned the ethylene receptor gene ( efrl ) from rubber tree, and researched the relationship between etrl expression in laticifers and ethrel stimulation on transcription level and protein translation level. the results were as follows : 1

    但是，由於乙烯利應用的普及，乙烯利刺激割膠引起橡膠樹發生死皮病及加速膠樹衰老，縮短膠樹壽命等副作用也越來越明顯。為了克服這些副作用，使乙烯利能更有效地刺激增產，長期以來，人們在細胞水平、膜水平和乳管細胞內含物的生理生化層面上進行了大量的研究，但仍未完全了解乙烯對膠樹的作用機制。本研究從分子水平入手，克隆橡膠樹的乙烯受體基因（ etr1 ） ，並在轉錄水平和蛋白質翻譯水平上研究etr1基因在乳管細胞中的表達及與乙烯刺激的關系，取得了以下結果： 1
  8. Effect of soil nutrition on growth of old trees in jietai temple and tanzhe temple

    戒臺寺和潭柘寺古樹衰老的幾個生理特徵研究
  9. Effect of exogenous salicylic acid on vase life of cut flowers of ' prato ' lily and related physiological influence

    保鮮劑延緩非洲菊切花衰老的生理作用
  10. Studies had showed that mj have many physiological effects. but there was little research on the effect and mechanism of mj promoting senescence, which is our researches studied. our experimental materials are detached - leaf discs of apple and pear

    鑒於此本研究以紅富士和鴨梨的成熟葉片為試材，利用圓片培養的方法，研究了mj對葉片衰老過程中生理指標的影響，初步探討了mj促進衰老的作用機制。
  11. The expression of subunits b, h and c were greatly higher in young tissues ( 4 - week - old ) than those in old tissues ( 10 - week - old ), which clearly indicated that the expression of v - h + - atpase subunits had relationship with plant development. the salt enhanced expression of v - h + - atpase subunits in roots, shoots and leaves in both young arid old s. s

    對生長四周，幼嫩的鹽地堿蓬植株及生長10周處于衰老期的鹽地堿蓬植株進行400mmol lnaci處理，分離其根、莖、葉總rna進行northern分析發現鹽地堿蓬液泡膜h 「 atpaseb 、 h 、 c亞基基因表達與植株發育有密切關系。
  12. Without enough trace minerals, the blood becomes poor at feeding the cells or transporting toxins to the waste management systems, and this adds to an already deteriorating biology and will therefore lead to more rapid aging or the development of disease over time

    如果沒有充足的微量礦物質，血液難以滋養細胞與傳送廢物與毒素到廢物處理系統，隨著時間過去這會為你的生物體帶來更早地衰老與疾病。
  13. Is professor of physiology and director of neuroscience research center, the university of hong kong, china. he is also currently the deputy director of the research center of hear

    香港大學生理學系教授，香港大學神經科學研究中心主任及心腦內分泌及抗衰老研究中心副主任，曾任香港大學醫學院副院長1997 - 2001 。
  14. General situation study of ginseng delaying senile process of central nervous system

    人參延緩中樞神經系統衰老的生理調節治療作用的研究
  15. Study on the mechanism and regulation of ethelene and cut flower withering

    桂花花衰老過程中的某些生理生化變化
  16. This paper expounds the application of the successful clone of the model animal in the gene therapy, finds out the truth of human being ' s senescence on the molecule level, probes into the discovery of the ft gene with theoretical significance and application value, and introduces the researching progresses and application values of the genetic engineering technology, bioengineering breeding and human - organ regeneration

    闡述了模型動物的成功克隆在基因療法上的應用，在分子水平上揭示了人類衰老的秘密，探討了「 ft 」基因的發現具有的理論意義與應用價值，同時介紹了遺傳工程技術、生物工程育種和人體器官再生的研究進展及其應用價值。
  17. The stimulus selectivity and pattern adaptation of neurons in the primary visual cortex ( area 17 ) of young adult and old cats was, for the first time, comparatively examined using single - neuron in vivo recording techniques

    本文採用電生理和形態學手段對老年貓初級視皮層神經元的功能衰退進行觀察並對其潛在的神經機製作了初步探討。 1 .運用在位細胞外記錄方法比較研究視皮層v1區細胞的刺激選擇和圖形適應特性。
  18. There have been a mass of research documents showing that many visual functions deteriorate with age both for human beings and for animals. age - related visual function decline could not be completely attributed to optical and retinal changes. considerable visual impairments in the old might result from morphological ( such as cell loss, dendritic change and synaptic density decrease ) or functional ( such as weakened gaba inhibition ) degeneration of visual pathways. in this article we made preliminary studies on the mechnisam underlying visual function degradation by electrophysiological and morphological methods

    隨著年齡的增長，人及動物的許多視覺功能出現衰退，老年性視覺能力降低並非完全由眼的光學因素和視網膜形態、功能變化導致，不少方面可能決定於衰老引起的視覺中樞結構（如神經元丟失、樹突野改變及突觸密度下降等）和生理功能（如皮層內gaba能抑制作用減弱等）的改變。
  19. Aged shafts concentrate production system reasonablly to raise safe reliability of ventilation system and economic profit

    衰老礦井合理集中生產系統提高通風系統安全可靠性
  20. Advances of postharvest physiology and technology on cut chrysanthemum were reviewed in this paper, and the directions for researches in the future were provided

    摘要從水分、營養物質和乙烯的生物合成3個方面綜述了國內外菊花切花采后衰老的原因及采後生理與技術的研究進展，並提出了以後的研究方向。
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