长度

The results show that:①The mean length of Ligularia is the biggest, and the mean length of Ajania, Anaphalis and Artemisia is the smallest; the mean width of Aster and Ligularia is bigger than that of others; the mean length/width have lots of differences, the biggest being Senecio, and the smallest Artemisia.

①橐吾属连萼瘦果平均长度最大，亚菊属、香青属和蒿属连萼瘦果平均长度较小；紫菀属和橐吾属的平均宽度相对较大；长／宽的平均值在各属间相差很大，最大的为千里光属，蒿属最小。

Results : The telomere length in the SHEE and SHEEC was significantly shorter than that in the normal esophageal epithelial tissue , but maintained a stable length.

结果：SHEE 细胞和SHEEC 细胞的端粒平均长度比正常食管上皮细胞的明显缩短，但稳定维持在一定长度范围内。

AML patients with FLT3-LM was associated with a higher peripheral white cell count and a higher percentage of bone marrow blast cells but no lower complete remission rate tendency or shorer survival time camparing with FLT3-LM negative patients.

FLT3长度突变是AML中发生频率较高的一类突变；突变患者临床特征表现为外周血高白细胞，骨髓高原始细胞；FLT3长度突变与诱导缓解率和总生存时间无关。

Assume β=1, and confidence level is 0.95, the length of normal confidence interval is compared to the length of shortest confidence interval, the results show: both absolute difference d and relative difference e are decreased by the increasing sample number n, when n≤9, e≥10%.

在假设参数β=1，置信水平为0.95的条件下，比较了常用置信区间与最短置信区间的长度，结果表明：两者长度的绝对差d和相对差e均随样本容量n的增大而减小，当n≤9时，e≥10%。

Ideally, the length of the shoulder blade should equal the length of the upper arm.

肩胛骨的长度等于上肢的长度，以形成完美的结构。

Shoulderblade is long and well laid back. Upper arm equal in length to shoulderblade, set so elbows are well under body.

肩胛长而向后倾斜，前臂长度与肩胛长度相等，所以肘部位于身体下侧。

Figure 2 Cranial nerve susceptibility in superficial siderosis of the central nervous system in relation to glial length. Relative length of the glial and peripheral segments of each cranial nerve. Open bar, peripheral nerve; closed bar, glial component. Adapted from Tarlov 1937

图2。 中枢神经系统表面含铁血黄素沉积症中颅神经的易感性与神经胶质长度有关，下图显示了每条颅神经中心部分神经胶质长度与外周组成部分的相对比例。

Besides, the lengths of siliques at different developing stages were measured, and relation between silique length and time course were investigated, the results showed that the siliques grew slower as time goes on.

此外还测量了胚胎不同发育时期的角果长度，获得了胚胎发育时期与角果长度之间的对应关系，发现随着胚胎的发育，角果的生长速率呈现出逐渐递减的趋势。

The remaining analyzed traits (number of branches, length of silique, number of seeds per silique and 1000 seed weight) were found to have a reduced vari...

研究发现所分析的其它性状(分枝数目、角果长度、每角粒数和千粒重)的变异范围减小了，特别是角果长度和千粒重。

Thecompare of genetic map between Lowes and ours showed 26 homology marker situ,which occupied 21.1% of the marker situ in the experiment. 81 QTLs were detected for 11 agronomic traits. 4 QTLs were detected for plantheight, which explained 10.3%～28.9% of trait variance; 2 QTLs were detected forNo. of effective 1-st branches, which explained 22.1%～47% of trait variance; 16QTLs were detected for effective branches height, which explained 12.2%～51.8% oftrait variance; 15 QTLs were detected for length of main inflorenscence, whichexplained 7.4%～26.6% of trait variance; 5 QTLs were detected for effective siliquesof main inflorenscence, which explained 11.2%～25% of trait variance; 1 QTLs weredetected for density of main infiorenscence, which explained 17.3% of trait variance;12 QTLs were detected for length of silique, which explained 24%～36.7% of traitvariance; 2 QTLs were detected for seed per sillique, which explained 9.6% and16.9% of trait variance; 2 QTLs were detected for 1000 seed weight, which explained26%～13.7% of trait variance; 11 QTLs were detected for Total effective siliques perplant, which explained 14.8%～47.2% of trait variance; 11 QTLs were detected forplant height, which explained 14.3%～32.8% of trait variance.

其中，株高检测到4个QTLs，解释性状表型变异的10.3％～28.9％；一次有效分枝数检测到2个QTLs，解释性状表型变异的22.1％和47％；有效分枝部位检测到16个QTLs，解释性状表型变异的12.2％～51.8％；主花序长度检测到15个QTLs，解释性状表型变异的7.4％～26.6％；主花序有效角数检测到5个QTLs，解释性状表型变异的11.2％～25％；主花序角密度检测到1个QTLs，解释性状表型变异的17.3％；角果长度检测到12个QTLs，解释性状表型变异的24％～36.7％；每角粒数检测到2个QTLs，解释性状表型变异的9.6％和16.9％；千粒重检测到2个QTLs，解释性状表型变异的26％和13.7％；单株有效角果总数检测到11个QTLs，解释性状表型变异的14.8％～47.2％；单株产量检测到11个QTLs，解释性状表型变异的14.3％～32.8％。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。