Modified Global(修改后的全局)研究综述
Modified Global 修改后的全局 - To check for a potential rise in the biological risk at the Maranhao harbor over the last ten years due to the increase in freight, this study performed a semi-quantitative risk assessment approach based on a modified GloBallast Risk Assessment Analysis. [1]为了检查过去十年由于货运增加而导致 Maranhao 港生物风险的潜在上升，本研究基于改进的 GloBallast 风险评估分析进行了半定量风险评估方法。 [1]
modified global assessment 修改后的全球评估
Outcomes collected included Quick Disabilities of the Arm, Shoulder, and Hand (QuickDASH), Modified Global Assessment of Function (mGAF), and a visual analog scale (VAS) for pain. [1] Cognitive function was measured by the Brief assessment of Cognition in Schizophrenia (BACS) and Schizophrenia Cognition Rating Scale (SCoRS), while the modified Global Assessment of Functioning (mGAF) was used to assess global function. [2] 0 showed moderate correlations with the modified Global Assessment of Functioning and Kessler 6 scales (r=-0. [3] Three treatments were given 6 weeks apart, and participants attended a 6-month visit from study start for primary (proportion improved) and secondary (vaginal health index, VHI; visual analogue scale, VAS; modified global assessment, PGI-I; Female Sexual Function Index, FSFI; Day-to-Day Impact of Vaginal Aging, DIVA; Urinary Distress Inventory short-form, UDI-6) assessments. [4] The Modified Global Assessment of Soil Degradation GLASOD model was adapted to model land degradation, specify its action in term of degradation degree, relative extent, severity level, and causative factors. [5]收集的结果包括手臂、肩部和手部的快速残疾 (QuickDASH)、改良的整体功能评估 (mGAF) 和疼痛的视觉模拟量表 (VAS)。 [1] 认知功能通过精神分裂症认知简要评估 (BACS) 和精神分裂症认知评定量表 (SCoRS) 来衡量，而改进的全球功能评估 (mGAF) 用于评估整体功能。 [2] 0 与修改后的全球功能评估和 Kessler 6 量表显示中度相关性（r=-0. [3] 三种治疗相隔 6 周，参与者从研究开始就参加了为期 6 个月的初级（比例提高）和次级（阴道健康指数，VHI；视觉模拟量表，VAS；改良的整体评估，PGI-I；女性性功能指数，FSFI；阴道老化的日常影响，DIVA；尿痛清单简表，UDI-6) 评估。 [4] 改良的土壤退化全球评估 GLASOD 模型适用于模拟土地退化，根据退化程度、相对程度、严重程度和成因因素来说明其作用。 [5]
modified global physical 修改后的全局物理
OSA was ascertained by using Berlin Questionnaire, and the physical activity, including leisure-time physical activity (LTPA), occupational activity, and transport activity, was measured with modified Global Physical Activity Questionnaire. [1] OSA was ascertained by using Berlin Questionnaire and the physical activity, including leisure-time physical activity (LTPA), occupational activity and transport activity, was measured with modified Global Physical Activity Questionnaire. [2] PA (MET-h/week) and SB (h/d) were assessed using the Population Physical Activity Questionnaire (POPAQ) and the modified Global Physical Activity Questionnaire (GPAQ). [3]OSA采用柏林问卷确定，体力活动，包括休闲时间体力活动（LTPA）、职业活动和交通活动，采用修改后的全球体力活动问卷测量。 [1] 使用柏林问卷确定 OSA，并使用修改后的全球身体活动问卷测量身体活动，包括休闲时间身体活动 (LTPA)、职业活动和交通活动。 [2] 使用人口体力活动问卷 (POPAQ) 和修改后的全球体力活动问卷 (GPAQ) 评估 PA (MET-h/week) 和 SB (h/d)。 [3]
modified global rating
Content validity, concurrent validity, internal consistency, and reliability were tested against the modified Global Rating Scale (GRS). [1] Two orthopedic attendings expertly evaluated the participants’ performance using a modified global rating scale (GRS). [2] Videos of the training exercise were evaluated by the two expert surgeons in a random, blinded sequence, using a modified global rating scale (GRS) to evaluate specific surgical skills. [3]内容效度、同时效度、内部一致性和信度根据修改后的全球评定量表 (GRS) 进行了测试。 [1] 两名骨科主治医师使用修改后的全球评分量表 (GRS) 熟练地评估了参与者的表现。 [2] 训练练习的视频由两名专家外科医生以随机、盲法顺序评估，使用修改后的全球评分量表 (GRS) 来评估特定的手术技能。 [3]
modified global torsion
This paper is accompanied by a paper in which derivation of a modified global torsion mode for sections with closed loops is presented and the applicability of the proposed method is demonstrated using a series of numerical examples. [1] In the context of the proposed energy-based method, a modified global torsion buckling mode is derived that allows for the occurance of shear in closed cell. [2]本文附有一篇论文，其中介绍了针对闭环截面的修正全局扭转模式的推导，并使用一系列数值示例证明了该方法的适用性。 [1] 在所提出的基于能量的方法的背景下，导出了一种改进的全局扭转屈曲模式，该模式允许在闭合单元中发生剪切。 [2]
modified global alignment
Objective This study aimed to analyze the prediction rate of the modified Global Alignment and Proportion (GAP) scoring system with body mass index and bone mineral density (GAPB) in each GAP of the 3 categories. [1] OUTCOME MEASURES The ability of the Scoliosis Research Society (SRS)-Schwab classification, age-adjusted alignment goals, GAP score, and modified Global Alignment and Proportion scoring with BMI and BMD (GAPB) to predict mechanical failure was compared by calculating the area under the receiver operating characteristic curve (AUC). [2]目的本研究旨在分析改进的整体对齐和比例（GAP）评分系统与体重指数和骨矿物质密度（GAPB）在3个类别的每个GAP中的预测率。 [1] 成果措施 通过计算接收器下方的面积，比较脊柱侧弯研究协会 (SRS)-Schwab 分类、年龄调整的对齐目标、GAP 评分以及改良的整体对齐和比例评分与 BMI 和 BMD (GAPB) 预测机械故障的能力操作特性曲线（AUC）。 [2]
modified global quality
A 22-components modified Global Quality Index (GQI) was used to assess the quality of PAAF. [1] Predefined twenty-two indicators were prepared according to modified global quality index (GQI). [2]使用 22 部分修正的全球质量指数 (GQI) 来评估 PAAF 的质量。 [1] 根据修改后的全球质量指数（GQI）制定了预定义的二十二个指标。 [2]
modified global youth
Data collection was done using pretested modified Global Youth Tobacco Survey (GYTS) questionnaire. [1] Material and Methods: A cross-sectional study with self-administered modified Global youth tobacco survey (GYTS) questionnaire was used for data collection. [2]使用预先测试的修改后的全球青少年烟草调查 (GYTS) 问卷收集数据。 [1] 材料和方法：采用自我管理的修改后的全球青少年烟草调查 (GYTS) 问卷进行横断面研究，用于数据收集。 [2]
modified global contrast 修改后的全局对比度
In response to the needs for a rapid and precise identification of helminth, this research proposes analyzing the segmentation performance analysis of unsupervised colour image segmentation of helminth parasites through enhanced $k$-means clustering (EKM) algorithm on the modified global contrast stretching (MGCS) and the modified linear contrast stretching (MLCS) enhancement techniques. [1] Hence, the goal of this research is to analyse the segmentation performance for the unsupervised colour image segmentation of human intestinal parasites based on helminth between standard $k$-means (KM) clustering algorithm and Fast $k$-means (FKM) clustering algorithm through modified global contrast stretching (MGCS) enhancement technique and colour conversion based on saturation (S) component. [2]针对蠕虫快速精准识别的需求，本研究提出在改进的全局对比度拉伸（MGCS ) 和改进的线性对比度拉伸 (MLCS) 增强技术。 [1] 因此，本研究的目的是分析标准 $k$-means (KM) 聚类算法和 Fast $k$-means (FKM) 聚类算法在基于蠕虫的无监督彩色图像分割人体肠道寄生虫的分割性能。通过改进的全局对比度拉伸 (MGCS) 增强技术和基于饱和度 (S) 分量的颜色转换。 [2]