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n.外表型；显型（phenotype的复数）
1、phenols pdf───酚类pdf
2、prevalent phenomenon───普遍现象
3、basisphenoid meningioma───基底蝶骨脑膜瘤
4、sphenodon───斑点楔齿蜥
5、desistance phenomenon───停止现象
6、phenomenalism───n.现象论
7、phenomena───n.现象（phenomenon的复数）
8、phenolic compounds───[医]酚类化合物
9、sphenoid bone───[解剖]蝶骨；楔形骨
10、phenol group───酚基
1、Locus heterogeneity --- The production of identical phenotypes by mutations at two or more different loci.───基因座异质性：不同基因座的突变导致了相同或相似表型的效应。
2、Congenital defects result in an unpredictable expression of phenotypes with variable penetrance, even within single families.───先天缺陷导致不可预测的表达表型变显性的，即使在单一的家庭。
3、Key to this perspective is an explicit understanding of molecular phenotypes that has only become accessible in recent years.───解决这一问题的关键的观点是明确的了解分子表型的只有成为近年来访问。
4、What matters is that the alterations of phenotypes that the mechanisms of trait transmission produce are random.───最重要的是表型的变异，即性状遗传的产生是随机的。
5、Classically, quantitative geneticists have envisioned DNA sequence variants as the only source of heritable phenotypes.───经典的，量化的遗传学家已经设想DNA序列变异的唯一来源遗传表型。
6、So, how many constraints on the evolution of phenotypes are there other than those that environmental filtering imposes?───因此，除了环境过滤影响外，还有多少表型进化的内在因素呢？
7、Suppose, also, that the mechanisms that copy phenotypes from each generation to the next are "imperfect" in the sense given above.───同样再假设该物种表型复制之所以世代遗传的机制，就是上述观点中的“不完整性”。
8、RESULTS The phenotypes of drug resistance were the same, but most of the genotypes were different, even though some of them could be equal.───结果耐亚胺培南铜绿假单胞菌耐药表型相同，但基因型相同，绝大多数基因型不同。
9、Such epigenetic mechanisms permit a common genotype to producemultiple possible phenotypes.───像这样的后生性机制允许普通基因型产生多种可能的显型。
1、Objective To analyze immuno- phenotypes of 45 cases of malignant lympho - proliferative diseases.
2、Objective: To investigate and analyze phenotypes in Chinese families with dentinogenesis imperfecta(DGI) and dentin dysplasia(DD).
3、The most important case in which the phenotypes vary between individuals with the same alleles is that of incomplete penetrance.
4、Objective: To study the propagation and phenotypes changes of killer cell (CD3AK cell activated by CD3 mAb in vitro.
5、This method is applicable to genetically uncharacterized phenotypes, and also extendable to explore gene cooperativity in complex diseases.
6、Based on phenotypes, these mutants can be divided into 8 types including albino, etiolation, jade green, pale green, olivine, stripe etc.
7、Penetrance can be influenced by mutation-specific phenotypes and the potential modifying effects of the patient's own genetic and environmental background.
8、Thus these phenotypes are selectively advantageous for the microorganisms.
9、Methods Immune phenotypes were assayed in 53 patients with acute Leukemia by flow cytometer.