// Copyright (c) 1996-1997 Tomer Shiran. All rights reserved. // Courtesy of SimplytheBest.net - http://simplythebest.net/scripts/ var caution = false function setCookie(name, value, expires, path, domain, secure) { var curCookie = name + "=" + escape(value) + ((expires) ? "; expires=" + expires.toGMTString() : "") + ((path) ? "; path=" + path : "") + ((domain) ? "; domain=" + domain : "") + ((secure) ? "; secure" : "") if (!caution || (name + "=" + escape(value)).length <= 4000) document.cookie = curCookie else if (confirm("Cookie exceeds 4KB and will be cut!")) document.cookie = curCookie } function getCookie(name) { var prefix = name + "=" var cookieStartIndex = document.cookie.indexOf(prefix) if (cookieStartIndex == -1) return null var cookieEndIndex = document.cookie.indexOf(";", cookieStartIndex + prefix.length) if (cookieEndIndex == -1) cookieEndIndex = document.cookie.length return unescape(document.cookie.substring(cookieStartIndex + prefix.length, cookieEndIndex)) } function deleteCookie(name, path, domain) { if (getCookie(name)) { document.cookie = name + "=" + ((path) ? "; path=" + path : "") + ((domain) ? "; domain=" + domain : "") + "; expires=Thu, 01-Jan-70 00:00:01 GMT" } } function fixDate(date) { var base = new Date(0) var skew = base.getTime() if (skew > 0) date.setTime(date.getTime() - skew) } function item(parent, text, depth) { this.parent = parent this.text = text this.depth = depth } function makeArray(length) { this.length = length } function makeDatabase() { var i = 0 outline = new makeArray(440) outline[i] = new item(true, 'Tumors', 0); ++i outline[i] = new item(true, 'Surface epithelial-stromal tumors', 1); ++i outline[i] = new item(true, 'Serous tumors', 2); ++i outline[i] = new item(true, 'Malignant', 3); ++i outline[i] = new item(true, 'Serous carcinoma', 4); ++i outline[i] = new item(false, 'Serous Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Serous Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Serous Carcinoma, Angiolymphatic Invasion. High power.', 5); ++i outline[i] = new item(false, 'Metastatic Serous Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Serous Carcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Serous Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Serous Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Cytology of Malignant Cells. Medium power.', 5); ++i outline[i] = new item(false, 'Cytology of Serous Carcinoma. High power.', 5); ++i outline[i] = new item(true, 'Surface serous carcinoma', 4); ++i outline[i] = new item(false, 'Surface Serous Carcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Surface Serous Carcinoma. Medium power.', 5); ++i outline[i] = new item(false, 'Surface Serous Carcinoma. High power.', 5); ++i outline[i] = new item(true, 'Borderline tumor', 3); ++i outline[i] = new item(false, 'Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. Medium power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. High power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. High power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. High power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor. High power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor, Cyst Lining. Low power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor, Cyst Lining. High power.', 4); ++i outline[i] = new item(false, 'Cytology of Pelvic Wash. High power.', 4); ++i outline[i] = new item(false, 'Serous Borderline Tumor, Cytology. High power.', 4); ++i outline[i] = new item(false, 'Negative Cytology in a Case of Serous Borderline Tumor. High power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implants of Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implants of Serous Borderline Tumor. High power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implant of Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implant of Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implant of Serous Borderline Tumor, Omentum. Low power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implant of Serous Borderline Tumor, Omentum. Low power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implant of Serous Borderline Tumor, Omentum. High power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implant of Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implant of Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Noninvasive Implant of Serous Borderline Tumor. High power.', 4); ++i outline[i] = new item(false, 'Invasive Implants of Serous Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Invasive Implants of Serous Borderline Tumor. High power.', 4); ++i outline[i] = new item(true, 'Adenofibroma, cystadenofibroma', 4); ++i outline[i] = new item(false, 'Borderline Adenofibroma Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Borderline Cystadenofibroma. Low power.', 5); ++i outline[i] = new item(false, 'Borderline Cystadenofibroma. High power.', 5); ++i outline[i] = new item(false, 'Borderline Cystadenofibroma. Low power.', 5); ++i outline[i] = new item(false, 'Borderline Cystadenofibroma. High power.', 5); ++i outline[i] = new item(false, 'Borderline Cystadenofibroma. High power.', 5); ++i outline[i] = new item(true, 'Benign', 3); ++i outline[i] = new item(true, 'Cystadenoma', 4); ++i outline[i] = new item(true, 'Adenofibroma and cystadenofibroma', 4); ++i outline[i] = new item(false, 'Adenofibroma. Low power.', 5); ++i outline[i] = new item(false, 'Adenofibroma. High power.', 5); ++i outline[i] = new item(false, 'Benign Cystadenofibroma. Low power.', 5); ++i outline[i] = new item(true, 'Mucinous tumors', 2); ++i outline[i] = new item(true, 'Malignant', 3); ++i outline[i] = new item(true, 'Adenocarcinoma', 4); ++i outline[i] = new item(false, 'Mucinous Adenocarcinoma. High power.', 5); ++i outline[i] = new item(true, 'Malignant Adenofibroma', 4); ++i outline[i] = new item(true, 'Borderline tumor', 3); ++i outline[i] = new item(true, 'Intestinal type', 4); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. High power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. High power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor with Microinvasion. Low power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor with Microinvasion. High power.', 5); ++i outline[i] = new item(true, 'Endocervical type', 4); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. High power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor with Mucin Extravasation. High power.', 5); ++i outline[i] = new item(true, 'Mixed type', 4); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. High power.', 5); ++i outline[i] = new item(false, 'Mucinous Borderline Tumor. High power.', 5); ++i outline[i] = new item(true, 'Benign', 3); ++i outline[i] = new item(true, 'Cystadenoma', 4); ++i outline[i] = new item(false, 'Mucinous Cystadenoma. Low power.', 5); ++i outline[i] = new item(false, 'Mucinous Cystadenoma. High power.', 5); ++i outline[i] = new item(false, 'Mucinous Cystadenoma. High power.', 5); ++i outline[i] = new item(true, 'Adenofibroma and cystadenofibroma', 4); ++i outline[i] = new item(true, 'Mucinous cystic tumor with mural nodules', 3); ++i outline[i] = new item(true, 'Endometrioid tumors including variants with squamous differentiation', 2); ++i outline[i] = new item(true, 'Malignant', 3); ++i outline[i] = new item(true, 'Adenocarcinoma, not otherwise specified', 4); ++i outline[i] = new item(false, 'Endometrioid Adenocarcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Endometrioid Adenocarcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Endometrioid Adenocarcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Endometrioid Adenocarcinoma. High power.', 5); ++i outline[i] = new item(false, 'Endometrioid Adenocarcinoma. High power.', 5); ++i outline[i] = new item(false, 'Endometrioid Adenocarcinoma Mimicking Sex Cord Stromal Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Endometrioid Adenocarcinoma Mimicking Sex Cord Stromal Tumor. High power.', 5); ++i outline[i] = new item(true, 'Malignant adenofibroma', 4); ++i outline[i] = new item(true, 'Carcinosarcoma (Malignant mullerian mixed tumor)', 4); ++i outline[i] = new item(false, 'Carcinosarcoma. High power.', 5); ++i outline[i] = new item(false, 'Carcinosarcoma. High power.', 5); ++i outline[i] = new item(false, 'Carcinosarcoma. High power.', 5); ++i outline[i] = new item(false, 'Carcinosarcoma. High power.', 5); ++i outline[i] = new item(true, 'Adenosarcoma', 4); ++i outline[i] = new item(true, 'Endometroid stromal sarcoma (low grade)', 4); ++i outline[i] = new item(true, 'Undifferentiated ovarian sarcoma', 4); ++i outline[i] = new item(true, 'Borderline tumor', 3); ++i outline[i] = new item(false, 'Endometrioid Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Endometrioid Borderline Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Endometrioid Borderline Tumor. High power.', 4); ++i outline[i] = new item(false, 'Endometrioid Borderline Tumor. High power.', 4); ++i outline[i] = new item(true, 'Cystic tumor', 4); ++i outline[i] = new item(true, 'Adenofibroma and cystadenofibroma', 4); ++i outline[i] = new item(true, 'Benign', 3); ++i outline[i] = new item(true, 'Cystadenoma', 4); ++i outline[i] = new item(true, 'Adenofibroma and cystadenofibroma', 4); ++i outline[i] = new item(true, 'Clear cell tumors', 2); ++i outline[i] = new item(true, 'Malignant', 3); ++i outline[i] = new item(true, 'Adenocarcinoma', 4); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Clear Cell Carcinoma. High power.', 5); ++i outline[i] = new item(true, 'Malignant Adenofibroma', 4); ++i outline[i] = new item(true, 'Borderline tumor', 3); ++i outline[i] = new item(true, 'Cystic tumor', 4); ++i outline[i] = new item(true, 'Adenofibroma and cystadenofibroma', 4); ++i outline[i] = new item(true, 'Benign', 3); ++i outline[i] = new item(true, 'Cystadenoma', 4); ++i outline[i] = new item(true, 'Adenofibroma and cystadenofibroma', 4); ++i outline[i] = new item(true, 'Transitional cell tumors', 2); ++i outline[i] = new item(true, 'Malignant', 3); ++i outline[i] = new item(true, 'Transitional cell carcinoma', 4); ++i outline[i] = new item(false, 'Transitional Cell Carcinoma. Low power.', 5); ++i outline[i] = new item(false, 'Transitional Cell Carcinoma. High power.', 5); ++i outline[i] = new item(false, 'Transitional Cell Carcinoma. High power.', 5); ++i outline[i] = new item(true, 'Malignant Brenner tumor', 4); ++i outline[i] = new item(false, 'Malignant Brenner Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Malignant Brenner Tumor. High power.', 5); ++i outline[i] = new item(true, 'Borderline tumor', 3); ++i outline[i] = new item(true, 'Borderline Brenner tumor', 4); ++i outline[i] = new item(false, 'Borderline Brenner Tumor. High power.', 5); ++i outline[i] = new item(false, 'Borderline Brenner Tumor. High power.', 5); ++i outline[i] = new item(false, 'Borderline Brenner Tumor. High power.', 5); ++i outline[i] = new item(true, 'Borderline Brenner tumor - proliferating variant', 4); ++i outline[i] = new item(true, 'Benign', 3); ++i outline[i] = new item(true, 'Brenner tumor', 4); ++i outline[i] = new item(false, 'Benign Brenner Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Benign Brenner Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Benign Brenner Tumor. High power.', 5); ++i outline[i] = new item(false, 'Brenner Tumor with Heterologous Mucinous Glands. Low power.', 5); ++i outline[i] = new item(false, 'Brenner Tumor with Heterologous Mucinous Glands. High power.', 5); ++i outline[i] = new item(true, 'Brenner tumor - metaplastic variant', 3); ++i outline[i] = new item(true, 'Squamous cell tumors', 2); ++i outline[i] = new item(true, 'Squamous cell carcinoma', 3); ++i outline[i] = new item(true, 'Epidermoid cyst', 3); ++i outline[i] = new item(true, 'Mixed epithelial tumors', 2); ++i outline[i] = new item(true, 'Malignant', 3); ++i outline[i] = new item(true, 'Borderline', 3); ++i outline[i] = new item(false, 'Borderline Mixed Epithelial Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Borderline Mixed Epithelial Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Borderline Mixed Epithelial Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Borderline Mixed Epithelial Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Borderline Mixed Epithelial Tumor. High power.', 4); ++i outline[i] = new item(true, 'Benign', 3); ++i outline[i] = new item(true, 'Undifferentiated and unclassified tumors', 2); ++i outline[i] = new item(true, 'Undifferentiated carcinoma', 3); ++i outline[i] = new item(true, 'Adenocarcinoma, not otherwise specified', 3); ++i outline[i] = new item(true, 'Sex cord-stromal tumors', 1); ++i outline[i] = new item(true, 'Granulosa-stromal cell tumors', 2); ++i outline[i] = new item(true, 'Granulosa cell tumor group', 3); ++i outline[i] = new item(true, 'Adult granulosa cell tumor', 4); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. Medium power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. Medium power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. Inhibin immunostain. Low power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. PR immunostain. Low power.', 5); ++i outline[i] = new item(false, 'Adult Granulosa Cell Tumor. Reticulin stain. Low power.', 5); ++i outline[i] = new item(true, 'Juvenile granulose cell tumor', 4); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. Low power.', 5); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. Medium power.', 5); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. Medium power.', 5); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(false, 'Juvenile Granulosa Cell Tumor. High power.', 5); ++i outline[i] = new item(true, 'Thecoma-fibroma group', 3); ++i outline[i] = new item(true, 'Thecoma', 4); ++i outline[i] = new item(true, 'Typical', 5); ++i outline[i] = new item(false, 'Thecoma. High power.', 6); ++i outline[i] = new item(false, 'Thecoma. High power.', 6); ++i outline[i] = new item(true, 'Luteinized', 5); ++i outline[i] = new item(false, 'Luteinized Thecoma. Low power.', 6); ++i outline[i] = new item(false, 'Luteinized Thecoma. High power.', 6); ++i outline[i] = new item(true, 'Fibroma', 4); ++i outline[i] = new item(false, 'Fibroma. High power.', 5); ++i outline[i] = new item(true, 'Cellular fibroma', 4); ++i outline[i] = new item(false, 'Cellular Fibroma. Low power.', 5); ++i outline[i] = new item(false, 'Cellular Fibroma. High power.', 5); ++i outline[i] = new item(false, 'Cellular Fibroma. High power.', 5); ++i outline[i] = new item(false, 'Cellular Fibroma. High power.', 5); ++i outline[i] = new item(false, 'Cellular Fibroma. High power.', 5); ++i outline[i] = new item(true, 'Fibrosarcoma', 4); ++i outline[i] = new item(true, 'Stromal tumor with minor sex cord elements', 4); ++i outline[i] = new item(true, 'Sclerosing stromal tumor', 4); ++i outline[i] = new item(true, 'Signet-ring stromal tumor', 4); ++i outline[i] = new item(true, 'Unclassified', 4); ++i outline[i] = new item(true, 'Sertoli-stromal cell tumors', 2); ++i outline[i] = new item(true, 'Sertoli-Leydig cell tumor group (androblastomas)', 3); ++i outline[i] = new item(true, 'Well differentiated', 4); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Well Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Well Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Well Differentiated. High power.', 5); ++i outline[i] = new item(true, 'Of intermediate differentation', 4); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. Low power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. Low power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. Low power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. Low power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Intermediate Differentiation. High power.', 5); ++i outline[i] = new item(true, 'Variant with heterologous elements', 5); ++i outline[i] = new item(true, 'Poorly differentiated (sarcomatoid)', 4); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. Low power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. Low power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. Low power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(false, 'Sertoli-Leydig Cell Tumor, Poorly Differentiated. High power.', 5); ++i outline[i] = new item(true, 'Variant with heterologous elements', 5); ++i outline[i] = new item(true, 'Retiform', 4); ++i outline[i] = new item(true, 'Variant with heterologous elements', 5); ++i outline[i] = new item(true, 'Sertoli cell tumor', 3); ++i outline[i] = new item(true, 'Stromal-Leydig cell tumor', 3); ++i outline[i] = new item(false, 'Stromal Leydig Cell Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Stromal Leydig Cell Tumor. High power.', 4); ++i outline[i] = new item(false, 'Stromal Leydig Cell Tumor. High power.', 4); ++i outline[i] = new item(true, 'Sex cord-stromal tumors of mixed or unclassified cell types', 2); ++i outline[i] = new item(true, 'Sex cord tumor with annular tubules', 3); ++i outline[i] = new item(false, 'Sex Cord Tumor with Annular Tubules. Low power.', 4); ++i outline[i] = new item(false, 'Sex Cord Tumor with Annular Tubules. Low power.', 4); ++i outline[i] = new item(false, 'Sex Cord Tumor with Annular Tubules. Low power.', 4); ++i outline[i] = new item(false, 'Sex Cord Tumor with Annular Tubules. High power.', 4); ++i outline[i] = new item(true, 'Gynandroblastoma', 3); ++i outline[i] = new item(true, 'Sex cord-stromal tumor, unclassified', 3); ++i outline[i] = new item(true, 'Steroid cell tumors', 2); ++i outline[i] = new item(true, 'Stromal luteoma', 3); ++i outline[i] = new item(true, 'Leydig cell tumor group', 3); ++i outline[i] = new item(true, 'Hilus cell tumor', 4); ++i outline[i] = new item(true, 'Leydig cell tumor, non hilar type', 4); ++i outline[i] = new item(true, 'Leydig cell tumor, not otherwise specified', 4); ++i outline[i] = new item(true, 'Steroid cell tumor', 3); ++i outline[i] = new item(false, 'Steroid Cell Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Steroid Cell Tumor. High power.', 4); ++i outline[i] = new item(false, 'Steroid Cell Tumor. High power.', 4); ++i outline[i] = new item(false, 'Steroid Cell Tumor. High power.', 4); ++i outline[i] = new item(false, 'Steroid Cell Tumor. High power.', 4); ++i outline[i] = new item(true, 'Germ cell tumors', 1); ++i outline[i] = new item(true, 'Primitive germ cell tumors', 2); ++i outline[i] = new item(true, 'Dysgerminoma', 3); ++i outline[i] = new item(false, 'Dysgerminoma. Low power.', 4); ++i outline[i] = new item(false, 'Dysgerminoma. High power.', 4); ++i outline[i] = new item(false, 'Dysgerminoma. High power.', 4); ++i outline[i] = new item(false, 'Dysgerminoma. High power.', 4); ++i outline[i] = new item(false, 'Dysgerminoma. High power.', 4); ++i outline[i] = new item(false, 'Dysgerminoma. High power.', 4); ++i outline[i] = new item(false, 'Dysgerminoma. High power.', 4); ++i outline[i] = new item(false, 'Dysgerminoma. High power.', 4); ++i outline[i] = new item(true, 'Yolk sac tumor', 3); ++i outline[i] = new item(false, 'Yolk Sac Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Yolk Sac Tumor. High power.', 4); ++i outline[i] = new item(false, 'Yolk Sac Tumor. High power.', 4); ++i outline[i] = new item(false, 'Yolk Sac Tumor. High power.', 4); ++i outline[i] = new item(false, 'Yolk Sac Tumor. High power.', 4); ++i outline[i] = new item(false, 'Yolk Sac Tumor. High power.', 4); ++i outline[i] = new item(false, 'Yolk Sac Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Yolk Sac Tumor. High power.', 4); ++i outline[i] = new item(true, 'Polyvesicular vitelline tumor', 4); ++i outline[i] = new item(false, 'Yolk Sac Tumor, Polyvesicular Vitelline Tumor. High power.', 5); ++i outline[i] = new item(true, 'Glandular variant', 4); ++i outline[i] = new item(true, 'Hepatoid variant', 4); ++i outline[i] = new item(true, 'Embryonal carcinoma', 3); ++i outline[i] = new item(true, 'Polyembryoma', 3); ++i outline[i] = new item(false, 'Polyembryoma. Low power.', 4); ++i outline[i] = new item(false, 'Polyembryoma. Low power.', 4); ++i outline[i] = new item(false, 'Polyembryoma. Medium power.', 4); ++i outline[i] = new item(true, 'Non-gestational choriocarcinoma', 3); ++i outline[i] = new item(true, 'Mixed germ cell tumor', 3); ++i outline[i] = new item(true, 'Biphasic or triphasic teratoma', 2); ++i outline[i] = new item(false, 'Malignant Teratoma. Low power.', 3); ++i outline[i] = new item(false, 'Malignant Teratoma. Low power.', 3); ++i outline[i] = new item(true, 'Immature teratoma', 3); ++i outline[i] = new item(false, 'Immature Teratoma. Low power.', 4); ++i outline[i] = new item(false, 'Immature Teratoma. Low power.', 4); ++i outline[i] = new item(false, 'Immature Teratoma. Low power.', 4); ++i outline[i] = new item(false, 'Immature Teratoma. Low power.', 4); ++i outline[i] = new item(true, 'Mature teratoma (homunculus)', 3); ++i outline[i] = new item(false, 'Mature Teratoma. Low power.', 4); ++i outline[i] = new item(false, 'Mature Teratoma. Low power.', 4); ++i outline[i] = new item(false, 'Mature Teratoma. Low power.', 4); ++i outline[i] = new item(false, 'Mature Teratoma. Low power.', 4); ++i outline[i] = new item(false, 'Mature Teratoma. Low power.', 4); ++i outline[i] = new item(true, 'Solid', 4); ++i outline[i] = new item(true, 'Cystic', 4); ++i outline[i] = new item(true, 'Dermoid cyst', 5); ++i outline[i] = new item(true, 'Fetiform tertoma (homunculus)', 4); ++i outline[i] = new item(true, 'Monodermal teratoma and somatic-type tumors associated with dermoid cysts', 2); ++i outline[i] = new item(true, 'Thyroid tumor group', 3); ++i outline[i] = new item(true, 'Struma ovarii', 4); ++i outline[i] = new item(true, 'Benign', 5); ++i outline[i] = new item(false, 'Struma Ovarii. Low power.', 6); ++i outline[i] = new item(false, 'Struma Ovarii. High power.', 6); ++i outline[i] = new item(true, 'Malignant', 5); ++i outline[i] = new item(true, 'Carcinoid', 3); ++i outline[i] = new item(false, 'Carcinoid Tumor. Low power.', 4); ++i outline[i] = new item(false, 'Carcinoid Tumor. High power.', 4); ++i outline[i] = new item(false, 'Carcinoid Tumor. High power.', 4); ++i outline[i] = new item(false, 'Carcinoid Tumor. High power.', 4); ++i outline[i] = new item(true, 'Strumal carcinoid', 4); ++i outline[i] = new item(true, 'Carcinoma group', 3); ++i outline[i] = new item(true, 'Squamous cell carcinoma', 4); ++i outline[i] = new item(true, 'Adenocarcinoma', 4); ++i outline[i] = new item(true, 'Others', 4); ++i outline[i] = new item(true, 'Melanocytic group', 3); ++i outline[i] = new item(true, 'Malignant melanoma', 4); ++i outline[i] = new item(false, 'Malignant Melanoma. Low power.', 5); ++i outline[i] = new item(false, 'Malignant Melanoma. High power.', 5); ++i outline[i] = new item(false, 'Malignant Melanoma. High power.', 5); ++i outline[i] = new item(false, 'Malignant Melanoma. High power.', 5); ++i outline[i] = new item(false, 'Malignant Melanoma. High power.', 5); ++i outline[i] = new item(false, 'Malignant Melanoma. High power.', 5); ++i outline[i] = new item(false, 'Malignant Melanoma. High power.', 5); ++i outline[i] = new item(true, 'Melanocytic nevus', 4); ++i outline[i] = new item(true, 'Sarcoma group', 3); ++i outline[i] = new item(true, 'Retinal anlage tumor group', 3); ++i outline[i] = new item(true, 'Germ cell sex cord-stromal tumors', 2); ++i outline[i] = new item(true, 'Gonadoblastoma', 3); ++i outline[i] = new item(true, 'Mixed germ cell-sex cord-stromal tumor', 3); ++i outline[i] = new item(true, 'Miscellaneous tumors', 1); ++i outline[i] = new item(true, 'Small cell carcinoma, hypercalcaemic type', 2); ++i outline[i] = new item(false, 'Small Cell Carcinoma. Low power.', 3); ++i outline[i] = new item(false, 'Small Cell Carcinoma. Low power.', 3); ++i outline[i] = new item(false, 'Small Cell Carcinoma. High power.', 3); ++i outline[i] = new item(false, 'Small Cell Carcinoma. High power.', 3); ++i outline[i] = new item(true, 'Small cell carcinoma, pulmonary type', 2); ++i outline[i] = new item(true, 'Large cell neuroendocrine carcinoma', 2); ++i outline[i] = new item(true, 'Hepatoid carcinoma', 2); ++i outline[i] = new item(true, 'Primary ovarian mesothelioma', 2); ++i outline[i] = new item(true, 'Gestational choriocarcinoma', 2); ++i outline[i] = new item(false, 'Choriocarcinoma. High power.', 3); ++i outline[i] = new item(true, 'Hyatidiform mole', 2); ++i outline[i] = new item(true, 'Female Adnexal Tumor of Wolffian origin', 2); ++i outline[i] = new item(false, 'Female Adnexal Tumor of Wolffian Origin. Low power.', 3); ++i outline[i] = new item(false, 'Female Adnexal Tumor of Wolffian Origin. Medium power.', 3); ++i outline[i] = new item(false, 'Female Adnexal Tumor of Wolffian origin. Medium power.', 3); ++i outline[i] = new item(false, 'Female Adnexal Tumor of Wolffian origin. E-Cadherin. High power.', 3); ++i outline[i] = new item(false, 'Female Adnexal Tumor of Wolffian origin. Mib-1 immunostain. Medium power.', 3); ++i outline[i] = new item(true, 'Tumor-like conditions', 1); ++i outline[i] = new item(true, 'Luteoma of pregnancy', 2); ++i outline[i] = new item(false, 'Luteoma of Pregnancy. Low power.', 3); ++i outline[i] = new item(false, 'Luteoma of Pregnancy. High power.', 3); ++i outline[i] = new item(false, 'Luteoma of Pregnancy. High power.', 3); ++i outline[i] = new item(true, 'Stromal hyperthecosis', 2); ++i outline[i] = new item(true, 'Stromal hyperplasia', 2); ++i outline[i] = new item(true, 'Fibromatosis', 2); ++i outline[i] = new item(true, 'Massive ovarian oedema', 2); ++i outline[i] = new item(true, 'Others', 2); ++i outline[i] = new item(true, 'Lymphoid and hematopoetic tumors', 1); ++i outline[i] = new item(true, 'Malignant Lymphoma', 2); ++i outline[i] = new item(true, 'Leukemia', 2); ++i outline[i] = new item(false, 'Leukemia Involving the Ovary. Medium power.', 3); ++i outline[i] = new item(false, 'Leukemia Involving the Ovary. High power.', 3); ++i outline[i] = new item(true, 'Plasmacytoma', 2); ++i outline[i] = new item(true, 'Secondary tumors', 1); ++i outline[i] = new item(false, 'Metastatic Lobular Carcinoma of Breast, Ovary. Low power.', 2); ++i outline[i] = new item(false, 'Metastatic Lobular Carcinoma of Breast, Ovary. High power.', 2); ++i outline[i] = new item(false, 'Metastatic Pancreatic Carcinoma. Low power.', 2); ++i outline[i] = new item(false, 'Metastatic Pancreatic Carcinoma. Low power.', 2); ++i outline[i] = new item(false, 'Metastatic Pancreatic Carcinoma, Mucinous Type. Low power.', 2); ++i outline[i] = new item(false, 'Krukenberg Tumor. High power.', 2); ++i outline[i] = new item(false, 'Diffuse Malignant Mesothelioma Involving the Ovary. High power.', 2); ++i outline[i] = new item(true, 'Metastatic Gastric Carcinoma to the Ovary', 2); ++i outline[i] = new item(false, 'Metastatic Gastric Carcinoma to the Ovary. High power.', 3); ++i outline[i] = new item(false, 'Metastatic Gastric Carcinoma to the Ovary. High power.', 3); ++i outline[i] = new item(true, 'Prophylactic oophorectomy in BRCA mutations', 1); ++i outline[i] = new item(false, 'Benign Proliferation of Surface Epithelium. Low power.', 2); ++i outline[i] = new item(false, 'Benign and Malignant Epithelium. High power.', 2); ++i outline[i] = new item(true, 'Non-neoplastic ovary', 0); ++i outline[i] = new item(true, 'Normal', 1); ++i outline[i] = new item(false, 'Normal Ovary. Low power.', 2); ++i outline[i] = new item(false, 'Normal Ovary. Low power.', 2); ++i outline[i] = new item(false, 'Surface Epithelium, Normal Ovary. High power.', 2); ++i outline[i] = new item(false, 'Normal Ovary, Cystic Follicle. Low power.', 2); ++i outline[i] = new item(false, 'Normal Ovary, Cystic Follicle. High power.', 2); ++i outline[i] = new item(false, 'Normal Ovary, Larger Follicle. High power.', 2); ++i outline[i] = new item(false, 'Normal Ovary with Mullerian Inclusions. High power.', 2); ++i outline[i] = new item(false, 'Ovary with Endosalpingiosis. High power.', 2); ++i outline[i] = new item(true, 'Endometriosis', 1); ++i outline[i] = new item(false, 'Endometriosis of Ovary. Low power.', 2); ++i outline[i] = new item(false, 'Endometriosis of Ovary. High power.', 2); ++i outline[i] = new item(false, 'Endometriosis of Ovary. High power.', 2); ++i outline[i] = new item(true, 'Follicular Cysts', 1); ++i outline[i] = new item(false, 'Follicular Cysts. Low power.', 2); ++i outline[i] = new item(false, 'Follicular Cysts. High power.', 2); ++i outline[i] = new item(true, 'Hyperreactio Luteinalis', 1); ++i outline[i] = new item(false, 'Hyperreactio Luteinalis. Low power.', 2); ++i outline[i] = new item(false, 'Hyperreactio Luteinalis. Low power.', 2); ++i outline[i] = new item(false, 'Hyperreactio Luteinalis. High power.', 2); ++i outline[i] = new item(false, 'Benign Mullerian inclusions in pelvic lymph nodes. ', 1); ++i setStates() setImages() } function setStates() { var storedValue = getCookie("outline") if (!storedValue) { for (var i = 0; i < outline.length; ++i) { if (outline[i].depth == 0) outline[i].state = true else outline[i].state = false } } else { for (var i = 0; i < outline.length; ++i) { if (storedValue.charAt(i) == '1') outline[i].state = true else outline[i].state = false } } } function setImages() { for (var i = 0; i < outline.length; ++i) { if (outline[i].state) if (outline[i].parent) if (outline[i + 1].state) outline[i].pic = '

' else outline[i].pic = '

' else outline[i].pic = '

' } } function toggle(num) { for (var i = num + 1; i < outline.length && outline[i].depth >= outline[num].depth + 1; ++i) { if (outline[i].depth == outline[num].depth + 1) outline[i].state = !outline[i].state } setStorage() history.go(0) } function setStorage() { var text = "" for (var i = 0; i < outline.length; ++i) { text += (outline[i].state) ? "1" : "0" } setCookie("outline", text) } function openall() { for (var i = 0; i < outline.length; ++i) { if (outline[i].depth == 0) outline[i].state = true else outline[i].state = true } setStorage() history.go(0) }makeDatabase()