ANOVA

ANOVA的基本解释

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方差分析

与ANOVA相关的网络例句 [注：此内容来源于网络，仅供参考]

The interviews were done with the following research tools:(1) Basic materials to desribe the case (2) Basic information from the caregiver.(3) The Camberwell Assessment of Need scale(4)WHO Quality of Life Measure-abbreviated version-taiwan (5) An Burden scaled abbreviated version. T-TEST , ANOVA and multiple regression analysis were used in the analysis.

研究工具包括个案基本资料表、主要照顾者基本资料、精神患者的CAN中文版量表、世界卫生组织生活品质问卷台湾简明版、精神患者照顾者负荷量表简短版，采用 T-TEST、ANOVA与多元回归的统计分析。

Based the above research, we chosen 48 cephalometric radiographs of skeletal classⅢocclusion (18-39 years old, ANB4°) and measured with computer assistant Delaire cephalometric analysis. The data were deal with ANOVA analysis through SAS9.0 statistical software. The research divided the cranio-maxillo-facial hard tissue structure feature of skeletal classⅢinto four classifications through Delaire cephalometric analysis including hypo-divergent, hyper-divergent, maxilla normal and glenoid fossa retrocession, nine parameters of four groups have significantly variability through ANOVA analysis(P.05),for example, anterior cranial base angle, sphenoidal angle, percentage of craniospinal area to cranial depth ,percentage of craniofacial area to cranial depth and so on.

在上述研究的基础上，首先选取48例骨性Ⅲ类错牙合畸形患者(18-39岁，ANB角4°)应用Delaire头影测量分析法进行测量，经SAS9.0行ANOVA分析，将骨性Ⅲ类错牙合畸形区分为低角型、高角型、上颌正常型和关节窝后移型四组，四组均数ANOVA分析发现九项分析指标的均数差异均有统计学意义(P.05)，如蝶鞍角、前颅基底角、颅面区比和颅颈区比。

The purpose of this study was to examine the difference between using bladder scan and catheterization on 87 rehabilitation patients to evaluation the amount of residual urine. After voiding, each subject was scanned with a BladderScan BVI 3000, then catheterized for postvoid residual urine volume. Repeat measure ANOVA analysis showed that the factors of gender, diagnosis, posture, the thickness of abdominal fat, bladder shape, the amount of urine, and the interval of operation time have no difference in this study. It takes 45 ± 18 seconds (range: 17-119) to accomplish a bladder scan, and it takes 280 ±106 seconds (range: 136-664) for nursing staff to complete a catheterization for patient. However, the catheterization process takes nursing staff 3-8 times longer then operating a bladder scan. This would diminish unnecessary catheterization and save on medical staff resources.

本研究对87位需做余尿量评估的复健病人，在排尿后以膀胱超音波BVI 3000机型测量扫描余尿量，然后接著给予间歇导尿，以repeat measures ANOVA分析，结果发现膀胱超音波及导尿测量所得尿量是无差异(F=0.38 p=。68)，再以性别、诊断、姿势、腹部脂肪厚度、膀胱形状、尿量、操作间隔时间等因素做分析，以repeat measures ANOVA检定亦无差异，同时测量两种测量方法所花费护理时数：膀胱超音波平均为45±18秒(range： 17-119秒)，导尿为平均280±106秒(range： 136-664秒)，结论是膀胱超音波与导尿方式对余尿量的测量一样好，膀胱超音波与导尿时间相差约3-8倍的护理时数，先以超音波来测量余尿量可以减少不必要的导尿次数及节省医疗人力成本。

与ANOVA相关的网络解释 [注：此内容来源于网络，仅供参考]

one-way ANOVA：子菜单项 一维方差分析(单变量方差分析)

......Paired Sample T test子菜单项 配对样本的T检验 | ......One-Way ANOVA子菜单项 一维方差分析(单变量方差分析) | ANOVA Models菜单项 多元方差分析过程

ANOVA Models：菜单项 多元方差分析过程

......One-Way ANOVA子菜单项 一维方差分析(单变量方差分析) | ANOVA Models菜单项 多元方差分析过程 | ......Simple Factorial子菜单项 因子设计的方差分析

ANOVA Models：多元方差分析过程

One-Way ANOVA子菜单项 一维方差分析(单变量方差分析) | ANOVA Models 多元方差分析过程 | Simple Factorial 因子设计的方差分析