1)Age-related年龄相关
1.Studies on Age-related Morphological Changes of Olfactory Bulb to Anterior Piriform Cortex in Cats;猫嗅球—前梨状区年龄相关形态学变化研究
2.The Age-related Changes of the Expression of Caspase-3 and the Apoptosis States of Neurons in Primary Auditory Cortex(AI) of C57BL/6J MiceC57BL/6J小鼠初级听皮层神经元凋亡与caspase-3表达的年龄相关性改变
英文短句/例句
1.Analysis of Factors Related to Age-related Macular Degeneration年龄相关性黄斑变性的相关因素分析
2.Studies on Age-Related Changes in the Structures of Cerebellar Cortex of Cat;猫小脑皮质结构年龄相关变化的研究
3.Studies on Age-related Morphological Changes in the Optic Nerve of Cat;猫视神经年龄相关的形态学变化研究
4.Studies on Age-Related Morphological Changes in the Retina of Cat;猫视网膜年龄相关的形态学变化研究
5.Thinking the Therapy of Age-related Macular Degeneration;年龄相关性黄斑变性治疗的比较分析
6.Age-related Epstein-Barr virus-associated B-cell lymphoproliferative disorders:Special references to lymphomas surrounding this newly recognized clinicopathologic disease年龄相关的EBV-B细胞淋巴增殖性疾病
7.Development of study in traditional Chinese medicine on age-related macular degeneration年龄相关性黄斑变性的中医研究进展
8.Recent advance on treatment of exudative age-related macular degeneration渗出型年龄相关性黄斑变性治疗进展
9.Numerical Approximate Scheme for Stochastic Age-dependent Population Equations一类与年龄相关的种群系统的数值解
10.Functional Study of NDRG2 and MRG15 in Age-related Catatact;年龄相关性白内障相关基因NDRG2和MRG15的功能研究
11.Investigation of the Relationship of Impaired Glucose Regulation and Age-related Cataract;糖代谢与年龄相关性白内障相关性的研究
12.Correlation Study of Syndrome Differentiation of Age-related Macular Degeneration by Chinese Medicine年龄相关性黄斑变性的中医证候相关性研究
13.Study on Correlation between Metatarsal Pressure Distribution and the Age关于足底跖区压力分布与年龄相关性的研究
14.Expression of Age-Related Molecular Vimentin in the Testis and Epididymis of Different Months Old Rats年龄相关分子波形蛋白在不同月龄大鼠睾丸和附睾中的表达
15.Optimal Control in Non-Linear Population Diffusion System with Age-Dependence;与年龄相关的非线性种群扩散系统的最优控制
16.Case-control Study of the Risk Factors for Age Related Macular Degeneration;年龄相关性黄斑变性危险因素病例对照研究
17.Clinical Observation on Treatment of Age-related Cataract with Chinese Traditional Medicine and Warming Moxibustion;中药温灸治疗年龄相关性白内障的临床观察
18.Laid-off Workers: Correlation of Age /Education with Mental Attitude不同年龄、学历与失业心态相关性探析
相关短句/例句
Age-dependent年龄相关
1.Existence of Optimal Distributed Control for a Class of Age-dependent Non-linear Population Diffusion Systems;年龄相关的非线性时变种群扩散系统最优分布控制的存在性
2.This paper studies an optimal controller of a stochastic age-dependent population system with diffusion.讨论了年龄相关的随机种群扩散系统的最优控制问题,利用It公式和Bark-holder-Davis-Gundy引理,证明了年龄相关的随机种群扩散系统的最优生育率控制和ε-最优控制的存活性。
3)age dependence年龄相关
1.Distributed controllability for time-varying population system with age dependence;年龄相关的时变种群系统的分布能控性
2.Boundary controllability for time-varying population system with age dependence;年龄相关的时变种群系统的边界能控性
4)age-related年龄相关性
1.1%) of diabetic, age-related cataract, 41 eyes (25.结果162眼中年龄相关性白内障(老年性白内障)89眼(54。
5)age-related eye disease年龄相关性眼病
1.With aging,these changes and the slow accumulation of noxious substances ultimately lead to age-related eye diseases,cataract and age-related macular degeneration.年龄增长引起的这些改变和有害物质的缓慢沉积,最终导致了年龄相关性眼病:白内障和年龄相关性黄斑变性。
6)Age-related change年龄相关变化
1.Advances on age-related changes in the structure of cerebellar cortex;小脑皮质结构年龄相关变化的研究进展
延伸阅读
年龄相关分支过程年龄相关分支过程branching process, age - dependent 【补注】其他参考文献见分支过程(branchingPr。-cess).刘秀芳译年岭相关分支过程【bnlndli雌p~55.雌e一de拌n血nt;盯翻川.油习即.月峨c，姐.口Mocl、“，盯即耳班Cra} 分支过程的一个模型.其中，粒子的寿命是一非负随机变量，而子代粒子的个数依赖于它转换时刻的年龄，在单一类型粒子模型中，每一粒子有一随机的生存时间T，它的分布函数为 P(，续t)一二G(z)，年龄达到u的一个粒子在它生命结束时转换成年龄为零的k个子代粒子的概率为八(u).设t时刻粒子的个数为风t).对开始只有一个年龄为零的粒子的过程，“(t)的概率分布的母函数F(t;x)满足方程 I F(“x’一护‘u，尸“一‘x”‘价‘·’+X‘’一““，，· (*)其中 h(u，x)=艺八(u)x介. k=0令 a。}.、a，*! ·‘·，一常1二=，，“‘“，一示}二=，’ A=[a(u、dG(u、.B=[b(u、dG(u、. D0称一个年龄相关分支过程为下临界的，临界的或上临界的，如果相应地有A<1，A=1且B>0，或A>1.当t~co时过程的性态显著地依赖于它的临界性质.下临界和临界过程以概率1灭绝，即 limp{风t)=0}=l·在【l]中对这些过程已得到下述结果:风O的矩的渐近公式，灭绝的充分必要条件，方程(*)的解的存在和唯一性条件以及 Q(t)=P(试r)>0}当t~co时的渐近公式.极限分布也已确立.在临界情形，当t~的时 fua(u、dG(u、 Q(t)岛Zes目一--下，~一-一， ~、/一BI·{丽器，;可<·，“了，>。}一’，一 如果h(u，x)与u无关，则年龄相关分支过程就是BeU..口一H.成s过程(Bellmen一枷rrisP~55).上述模型已经被推广到包含多种类型粒子的过程，也推广到粒子在它的生存期间内可以多次产生新粒子的过程([2]，[3}).
