gene-for-gene theory 中文意思是什麼
gene-for-gene theory
解釋
基因對基因學說-
Guided by the basic principles of marxism theory and in virtue of the theories of bionomics, jurisprudence, legislation, environment law, city planning, environment education and so on, the paper firstly sums up the theories of legislation safeguard for the construction of ecocity and then sets forth the theory foundation of the legislation for construction of ecocity. secondly, in virtue of research methods of odd gene and system analyse, value analyse and demonstration analyse, the analysis of compare and nomology deduction, it makes a thorough anatomy on the problem of the legislation safeguard for our country ' s construction of ecocity practically at present. thirdly, based on discussing the construction of ecocity in foreign countries, their experience of legislation safeguard and revelation for our country, it probes deep into the construction of our country ' s law safeguard system for the construction of ecocity, and thinking and principles of legislation for promoting the legal system of our country ' s construction of ecocity are put forward guided mainly by the the theory of sustainable development. at the same time, the structure and skill of legislation for our country ' s law of promoting the construction of ecocity are particularly discussed
本文以馬克思主義基本原理為指導，借鑒城市生態環境學、法理學、立法學、環境法學、城市學、環境教育學等相關學科的理論，運用單因子分析與系統分析相結合、規范分析與實證分析相結合、比較分析與法理演繹分析相結合的研究方法，在對生態城市建設立法保障理論進行綜述的基礎上，首先從法理角度論述了生態城市建設立法的理論基礎，並結合實際，對當前我國生態城市建設的立法保障問題作了深入剖析。然後，在借鑒國外生態城市建設及其立法經驗的基礎上，對構建我國生態城市建設的法律保障體系進行了系統深入地探討，提出以可持續發展思想為理論主導的促進我國生態城市建設法制的立法思路和原則，同時，對我國《生態城市建設促進法》的立法架構與技術進行了初步探討。 -
So must use information theory method depict and abundant the genetic diversity index system. in addition to, the introduce of molecule biology technology and the research of nucleotide sequence evolutive give a new method for population genetic, so must do deeply research about the analysis method of dna sequence data = the research main about the follows : there are three parts about the information model of population genetic : one about the shannon information entropy property of equilibrium population and the entropy change in the process of establish equilibrium ; another research is about the diversity measure - ment of genetic variation ; lastly, research the shannon information measurement about the disequilibrium gene variation. the result is : 1 to a definite gene distribution, the genotype entropy reach the maximum at the equilibrium population, the process of population from disequilibrium to equilibrium, the entropy get large and large
此外，分子生物技術的介入及核苷酸序列進化的研究都為群體遺傳學的深入研究提供了新的途徑，但關于dna序列數據的分析方法需要作進一步的研究。本研究主要體現在以下幾個方面： （一）關于群體遺傳學的信息論模型研究，主要分為三部分內容：一是群體平衡的shannon信息熵的性質和群體平衡建立的熵變性質；二是群體遺傳多樣性測度的研究；三是非平衡群體的基因變異測量shannon信息量的方法研究。得到了如下結論： 1 、平衡群體的shannon信息熵最大，群體平衡的過程是熵的增大過程。 -
This paper proposes that analyzing the cause and effect of defining invention and discovery can not only provide some theoretic basis for gene patents, but also enrich and perfect the foundational theory of patent law
通過對發明與發現區分的變遷分析，我們認為，在確定基因專利性時應淡化發明與發現的區分，採用專利「三性」標準為可行之道。 -
The fourth chapter presents a concept of infinite population according to the features of ccga, and designs some particular methods for adversarial problems solving based on this concept. these methods include shared fitness, gene linkage, self - adapted mutation, phantom parasite, elitist population, shared sampling and brood selection. then we give the explanation and argumentation of these methods in theory and in experiment
第四章根據ccga的特點，提出了無限群體的概念，並在此概念的基礎上就對抗性問題設計了幾種獨特的方法，這些方法包括：共享適應值、基因連鎖、摘要自適應變異、虛幻寄生體、精英群體、共享采樣和同胞選擇等，然後從理論和實驗上對這些方法給予的充分說明和論證。 -
Facing to manufacturing system, this paper analyzed its characters and evolvement of production management modes, demonstrated that lean production and human - based theory were practical ways to reform our manufacturing systems fit for the reality. a division method was raised to separate the job - scheduling problem into shop and station types, and emphasis was pressed on the study of partheno - genetic algorithm ( pga ), a revised genetic algorithm, to calculate this problem. a new kind of gene joint - move algorithm was also raised
針對製造系統，分析其生產管理模式的特點和變遷，論證了精益生產和以人為本的思想是適合現階段我國實際的製造系統管理模式改造途徑，對其中的主要具體問題?作業計劃調度提出shop （車間）和station （工作站）型兩分法，求解上重點研究了遺傳演算法的改進型式?單染色體遺傳演算法（ pga ）的基本理論，提出一種基因聯合移位運算元，證明了演算法的有效性與優越性，研究了如何將pga應用於製造系統作業調度這一復雜的組合優化問題，針對生產中總時間最短和jit兩種生產性能指標，給出了具體的解決方案及運算過程。 -
Using the conic function model local approximation, w. cdavidon ( 1980 ) proposed a class of iterative algorithms with modified matrix combining function value, furthermore under the theory d. c. sorensen has used local quadratic approximation method, then applying collinear scaling idea improving on the above algorithm and generalizing it, getting a class of collinear scaling algorithm, unifying former quasi - newton. in the paper, using local quadratic approximation method, the first, constructing the new collinear scaling gene, getting a class of the new collinear scaling algorithm with briefness and numerical stability, ., we discusses some properties of the algorithm and its local linear convergence, q - superlinear convergence and the whole convergence ; secondly we have made numerical experimentation and numerical analysis ; the last, we have done much discussion for collinear scaling idea and given the several new collinear scaling algorithm
本文的工作就是基於局部二次逼近原理，首先通過構造新的共線調比因子，得到了一類新的更簡潔，數值穩定性更好的共線調比演算法，進而我們給出了本共線調比演算法的局部收斂性，全局收斂性以及演算法q -超線性速度的理論證明；其次，用經典的無約束優化五大考核函數就本共線調比演算法進行了數值試驗和數值分析；最後，就局部二次逼近思想，進行共線調比演算法思想進行更廣泛的討論，給出了幾個新共線調比演算法。 -
The traditional patent law theory, with the age of mechanic industry as its basis, which encourages us to consider such questions as whether a gene, as an objective chemical substance was invented or discovered ; whether there are any ethical problems in the legal protection for genes an gene technology based on their natural connections with life ; what are the prerequisites for gene patent and how to solve the contradictions between eene patent and protection and utilization of gene resources
特別是對構建於工業機械時代的傳統專利法理論提出了巨大的挑戰。促使我們去思考基因作為客觀存在的化學物質到底是發明還是發現、基於與生命的天然聯系對基因及其科技予以專利法律保護是否存在倫理道德問題、基因專利的條件以及基因專利與基因資源的保護和利用之間的矛盾等問題。 -
If that is shown to be true for humans as well as mice, it could pose a problem for the mutant - gene theory of cancer
如果人類也和小鼠一樣具有這個現象的話，癌癥起於突變基因的理論將出現問題。
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