Development of a novel visualization, labeling, communication and tracking engine for human anatomy.

跟踪、整理和交流皮肤癌数据的关键是标准化、增强 精确性和解剖描述的分类。不精确和非标准化 皮肤癌活检的解剖部位的标记在沟通和 在治疗时识别皮肤癌的位置。诊断性活组织检查通常 可见的癌细胞，因为皮肤癌最常见于太阳或 辐射损伤的皮肤，周围或邻近有许多变色、病变， 疤痕，活检部位可能很难找到。此外，照片并不总是及时拍摄的 活检或在手术时不容易获得，大多数电子健康记录 (EHR)系统依赖于解剖部位的自由文本标记。该项目旨在创建方法 为了记录皮肤癌位置的可再现和标准化的解剖部位描述， 可视化皮肤癌的位置，并在每个受影响的皮肤癌相关的数据， 解剖部位解剖部位的描述也得到了加强， 修饰语，以提高准确性和精确度，从而创建一个语言的全球地位 人体的GPS系统。该项目涉及一个简化的过程， 癌症诊断和诊断代码的标准化解剖部位， 皮肤表面形貌的描述和可视化。精确和标准化 具有相应可视化的解剖标记将促进 诊所，提高临床准确性和效率，并加强患者的安全和理解 通过减少皮肤癌错误部位手术的风险。该项目还整合了 安全发送文件的功能，包括高分辨率，彩色皮肤癌照片， 相应的解剖图可视化链接到标准化的解剖描述， 电子邮件，从而减少了通过质量差的传真传送照片和记录的需要 方法或邮政邮件，同时保持遵守法规。

The key to tracking, collating, and communicating skin cancer data is standardization, enhanced precision, and categorization of anatomic descriptions. Imprecise and non-standardized labeling of anatomic sites for skin cancer biopsies creates challenges in communicating and identifying the skin cancer location at the time of treatment. Diagnostic biopsies often remove the visible cancer cells, and since skin cancer most commonly arises on sun- or radiation-damaged skin with numerous surrounding or contiguous discolorations, lesions, and scars, the biopsy site can be difficult to find. Furthermore, photos are not always taken at time of biopsy or are not readily available at time of surgery, and most Electronic Health Record (EHR) systems rely on free-text labeling of anatomic sites. This project aims to create methods to document reproducible and standardized anatomic site descriptions of skin cancer locations, to visualize skin cancer locations, and to attach data related to skin cancers at each affected anatomic site. The anatomic site descriptions are also enhanced with standardized directional modifiers for increased accuracy and precision, thereby creating a linguistic global position system (GPS) for the human body. The project involves a simplified process to attach skin cancer diagnoses and diagnostic codes to standardized anatomic sites with enhanced descriptions and visualizations across the skin surface topography. Precise and standardized anatomic labeling with corresponding visualizations will facilitate communication between clinics, increase clinical accuracy and efficiency, and enhance patient safety and understanding by reducing the risk of wrong-site surgery for skin cancer. The project also integrates functionality to securely send files including high resolution, color skin cancer photos and corresponding anatomic map visualizations linked to standardized anatomy descriptions through email, thus mitigating the need to communicate photos and records over poor-quality fax methods or postal mail, while simultaneously maintaining compliance with regulatory statutes.