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首页> 外文期刊>Journal of Clinical and Diagnostic Research >Analysis of MRI Slices of Hamstring Avulsion Injury using Histogram
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Analysis of MRI Slices of Hamstring Avulsion Injury using Histogram

机译:直方图分析肌腱撕脱伤的MRI切片

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Hamstring avulsion injury can be defined as improper functioning of the hamstring muscles due to external stress or strain. The detachment of hamstring muscular region from the tendons occurs under severe conditions. Magnetic Resonance Imaging (MRI) is used as a diagnostic tool to study the region of injury. Histogram analysis is a special type of image processing technique used to describe the changes in the gray levels of the images based on the abnormalities.Aim: To analyse the region of Hamstring avulsion injury in MRI slices using histogram.Materials and Methods: Hamstring avulsion injury MRI slices were obtained from an authorised database, Radiopeadia for analysis. Histogram of each slice of the MRI image was determined. Statistical features were derived from the histogram of each slice which was used to identify specific slice of MRI with high intensity avulsion injury. MRI slice with high intensity was determined for further processing and analysis of the injury. For further accurate identification of the high intensity slice in the MRI slices, statistical features of the slice histogram were obtained. These features were used to define the exact high intensity slice.Results: Histograms of 10 slices of an image were compared to obtain the slice with high intensity region. After comparison, slice four described the high intensity which defines the affected region of hamstring muscle. For further detailed study, statistical values were derived from the histogram. These values were significant for all the 10 slices but highly significant for the slice four. Slice four was further analysed to confirm all the details about the nature of the affected region of injury in hamstring muscle.Conclusion: Histogram defines the intensity variations of the pixels which mainly illustrate the nature of abnormalities, injuries or recognition of any region in the human body. Histogram based statistical values were used to analyse the abnormality or injury. These features were used in different ways for diagnosis and analysis of various abnormalities or disorders. Thus, Histogram and statistical features derived from the histogram from the MRI slices of hamstring avulsion injury were compared to identify the slice that possess high intensity region for the identification of the injury and its characteristics.
机译:绳肌撕脱伤可以定义为由于外部压力或拉伤导致的strain绳肌功能不正常。 severe绳肌区域从肌腱上脱离是在严重条件下发生的。磁共振成像(MRI)被用作诊断工具来研究损伤区域。直方图分析是一种特殊的图像处理技术,用于描述基于异常的图像灰度变化。目的:使用直方图分析MRI切片中的Ham绳撕脱伤区域。材料方法:Ham绳撕脱伤的MRI切片是从Radiopeadia授权数据库中进行分析的。确定MRI图像的每个切片的直方图。从每个切片的直方图导出统计特征,该直方图用于识别具有高强度撕脱伤的MRI特定切片。确定了高强度的MRI切片,以便进一步处理和分析损伤。为了进一步准确识别MRI切片中的高强度切片,获得了切片直方图的统计特征。这些特征用于定义确切的高强度切片。结果:比较图像的10个切片的直方图,以获得具有高强度区域的切片。经过比较,第四部分描述了高强度,高强度定义了绳肌的受影响区域。为了进一步详细研究,从直方图得出统计值。这些值在所有10个切片中均显着,但在第四切片中则显着。第四部分进行了进一步分析,以确认有关绳肌损伤区域的所有细节。结论:直方图定义了像素的强度变化,主要说明了异常,损伤或任何区域的识别的本质在人体中。使用基于直方图的统计值来分析异常或伤害。这些功能以不同方式用于各种异常或病症的诊断和分析。因此,比较了腿筋撕脱性损伤的MRI切片的直方图和从直方图得出的统计特征,以识别具有高强度区域的切片,以识别损伤及其特征。

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