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Query: UMLS:C0476089 (endometrial cancer)
 11,379 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

We report a family manifesting the cancer-family syndrome in which 11 family members had colonic carcinomas (predominantly involving the proximal colon, in the absence of polyposis), with an average age at onset of 35 years. Three women had endometrial or endocervical cancers. The kindred is notable in that its full evaluation was predicated upon the recognition of features consistent with the cancer-family syndrome in only two sisters. The ascertainment and evaluation of the kindred demonstrates the clinical utility of regarding such criteria (early cancer onset, multiple primary cancers, proximal colonic involvement) as a basis for selecting cases for more thorough family-history evaluation. Although such selection criteria are not pathognomonic for the syndrome, identification of a more extensive family cancer history sometimes enables the initiation of a highly specific cancer surveillance program. Specific attention has been given to the problems of screening patients at risk for the development of proximal colonic cancer, an important feature of the cancer-family syndrome. Innovative operative management is also indicated, such as total colectomy for initial colonic cancer, and consideration of prophylactic hysterectomy for women with colonic cancer (because of the high risk of development of endometrial carcinoma).
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PMID:The cancer-family syndrome: a pragmatic basis for syndrome identification. 42 75

Hereditary non-polyposis colorectal cancer (HNPCC) probably constitutes 5% of all the cases of sporadic colorectal cancer. At present, the diagnosis can only be established on the basis of a family history which should fulfill the "Amsterdam criteria": 1) Colorectal cancer in at least three family members, 2) One family member must be a close relative of the other two, and 3) The diagnosis must have been established prior to the age of 50 years in at least one relative. Other forms of cancer also occur in the HNPCC syndrome, particularly endometrial cancer. The syndrome has a dominant inheritance and, therefore, all close relatives should be submitted to control examinations for the most important forms of cancer associated with the syndrome.
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PMID:[Hereditary non-polyposis colorectal cancer]. 158

The hereditary colonic cancer syndrome without polyposis, hereditary non-polyposis colorectal cancer (HNPCC), is usually divided into 2 main categories: hereditary site-specific colorectal cancer (Lynch syndrome I) and colorectal cancer in association with other forms of cancer (Lynch syndrome II). One problem associated with Lynch II is the uncertainty as to which types of cancer form part of the hereditary tumour spectrum. The present study was performed to obtain more information about the tumour spectrum of HNPCC. In the 24 HNPCC families studied, 104 patients had colorectal cancer (mean age at diagnosis: 46 years) and in 4 of the families this was the only type of cancer to occur. Sixty-five extra-colonic tumours were diagnosed in 20 families. Endometrial carcinoma was found in 16 patients belonging to 12 families. Cancer of the stomach occurred in 10 patients representing 5 families, and mainly in the older generations. Urinary-tract tumours were found in 8 patients from 4 families. Second primary tumours were diagnosed in 13 of the 16 patients with endometrial cancer, in 4 of the 10 patients with stomach cancer and in 7 of the 8 patients with a urinary-tract tumour. Many other types of carcinoma were found as well, but less frequently. In our families, the trait appears to be transmitted by patients with cancer of the stomach, endometrium or urinary tract, because some of their children have developed colorectal cancer. The findings suggest that, in these 24 HNPCC families, carcinomas of the endometrium, stomach and urinary tract belong to the hereditary tumour spectrum. Definite assignment of tumours to this spectrum will become possible only after a sensitive and specific biomarker becomes available. The screening programme should depend on which and how many extra-colonic tumours occur in a family.
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PMID:The tumour spectrum in hereditary non-polyposis colorectal cancer: a study of 24 kindreds in the Netherlands. 236 99

A mass screening has been performed for the early detection of colon cancer by evaluating Hemocult II slides of blood relatives of patients with endometrial cancer. Though the defect of this screening is that the subject of the investigation, which was undertaken in all parts of Japan, is restricted, one case of colon cancer, two cases of colon polyposis, two cases of hemorrhoids, and one case of colon diverticulum have been uncovered by this screening. The rate of discovery of colon cancer proved to be 0.45%, a rate that is higher than seen in usual screening method. It has been concluded that blood relatives of patients with endometrial cancer should be screened, since they represent a high risk group for developing colon cancer.
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PMID:[Mass screening for the early detection of colon cancer in patients with endometrial cancer]. 284 10

Lymphocytes in the endometrium were counted during infancy, the reproductive age including pregnancy and the postmenopausal era and in various pathological states (cystic-glandular hyperplasia, adenomatous hyperplasia, endometrial polyposis, endometrium after long-standing ingestion of oral contraceptives, endometrial carcinoma). Compared with the child-bearing era, the lymphocyte concentrations in endometrium were markedly lower during infancy and after the menopause. Lymphocyte concentrations were high in cystic-glandular hyperplasia, endometrial carcinoma and pregnancy, and low in focal adenomatous hyperplasia and endometrial polyposis. Although histological examination of the endometrium after long-standing ingestion of oral contraceptives showed atrophy, the lymphocyte count was high.
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PMID:Lymphocytes in the epithelial layers of decidua and normal or abnormal endometrium. 716 95

The importance of heredity in the etiology of endometrial cancer (EC) was examined in a series of 326 patients with EC diagnosed at age 60 years or less. If one or both of the proband's parents had died of cancer, a thorough family history of malignancies was studied. Altogether 291 cases with complete parental data were found. Nine kindred (3.1%) showed features compatible with the dominantly inherited cancer trait known as hereditary non-polyposis colorectal cancer (HNPCC). In another 9 cases, clustering of malignancies in 2 or more successive generations was indicative of familial cancer. Aspecific cancer aggregates were found in 112 probands' families, and family history was negative in 161 cases. No families had gynecological cancer as the only malignancy. HNPCC, the genetic etiology of which was recently revealed, seems to be an important risk factor for EC, indicating the significance of family-history investigations of all patients with EC. Colorectal carcinoma (CRC) was here associated with EC also in families with clusterings of malignancies, but in these families no typical features of any known hereditary cancer syndrome could be found. On the basis of the results of the present study, proper surveillance for colorectal cancer should be recommended for patients with endometrial carcinoma if they belong to a family with features indicative of HNPCC. Furthermore, healthy gene carriers in an HNPCC family also need careful surveillance for CRC, EC and perhaps for other extra-colonic malignancies typical for HNPCC. Prophylactic surgery should even be considered in these cases.
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PMID:Hereditary aspects of endometrial adenocarcinoma. 762 85

The isolation of genes that predispose to familial disease is an important goal in cancer research. The identification of such genes "opens up" the possibility of genetic diagnosis in families so that individuals who are at risk of cancer through inheriting a predisposing mutation can be identified. Genes that are involved in familial cancer syndromes may also be important in the pathogenesis of sporadic forms of the disease, which are often more common. In the search for genes that predispose to familial breast and ovarian cancer much recent progress has been made. A locus on the long arm of chromosome 17, in the interval 17q12-21, has been identified by genetic linkage, and appears to be responsible for disease in approximately 40% of breast cancer families and most families that contain breast and ovarian cancer. The region containing this locus, which has been called BRCA1, has been narrowed to a 3-4 cM interval defined by THRA1, the thyroid hormone receptor locus alpha, and D17S183, an anonymous microsatellite polymorphism. Loci other than BRCA1 that have been identified appear not only to predispose to breast and/or ovarian tumors, but to tumors at other sites too. A new locus has been identified on chromosome 2 which is linked to hereditary non-polyposis colorectal cancer (HNPCC). Families with HNPCC are also at risk of endometrial cancer and tumors of the ovary, amongst other cancer sites. Finally, mutations in the p53 gene are inherited in families with Li-Fraumeni syndrome, a rare cancer syndrome predisposing to breast tumors, sarcomas, leukemia and other cancers. Li-Fraumeni syndrome is also the only inherited cancer syndrome that predisposes at least in part to breast cancer where the actual predisposing gene is known. For the other cancer syndromes, the cloning of the predisposing genes is eagerly awaited.
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PMID:Predisposing genes in breast and ovarian cancer: an overview. 811 68

Microsatellite instability (MI), detected as electrophoretic shifts in allele sizes of microsatellite DNA sequences, has been identified in some colorectal carcinomas. Investigators have previously attributed such microsatellite instability to replication errors (RER). The colorectal carcinomas with RER have been found to arise either sporadically or in association with the hereditary non-polyposis colorectal cancer (HNPCC) syndrome. Because endometrial carcinoma is also commonly associated with HNPCC, we studied 30 cases of endometrial carcinoma to characterize the presence of MI in these neoplasms. Seven cases (23%) showed MI. Four cases showed both Type I (large shifts) and Type II (small shifts) mutation patterns and the remaining three cases showed Type I mutations only. We conclude that MI frequently occurs in endometrial cancers and that this type of genetic alteration may be an important pathogenetic feature of this tumor type.
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PMID:Microsatellite instability in endometrial carcinoma. 813 18

Identification of hereditary non-polyposis colorectal cancer (HNPCC) indicates theoretical life-time risks of 50% for the descendants of an affected family member and of 100% for the true gene carriers. However, besides colorectal cancer (CRC), many other cancer types and sites are also involved, which gives reason to evaluate the magnitude of risk for various other cancer types. A detailed pedigree analysis of 40 families with HNPCC identified 414 patients affected with cancer. A Kaplan-Meier life-table analysis for the cumulative risk of various cancers was performed on the basis of the 293 putative gene carriers who had adequate clinical and histological documentation of their tumors. Cumulative risks were highest for colorectal (78%) and endometrial cancers (43%, women only), followed by gastric, biliary tract, urinary tract and ovarian cancers (19-9%). For the other probably HNPCC-related cancer types, such as small bowel carcinoma and brain tumors, the life-time risk was only 1%. The risk of any metachronous cancer reached 90% after treatment of CRC and 75% after endometrial cancer; the second tumor was most often a new CRC or endometrial cancer. CRC remains the most important cancer type in the HNPCC syndrome but does not develop in all gene carriers. This makes the decision of possible prophylactic colectomy for test-detected gene carriers difficult. Of the many other cancer types involved, at least endometrial cancer is common enough to necessitate a specific surveillance program.
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PMID:Life-time risk of different cancers in hereditary non-polyposis colorectal cancer (HNPCC) syndrome. 855 Feb 46

Hereditary non-polyposis colorectal cancer (HNPCC) is an autosomal, dominantly inherited disease leading to a marked increase in cancer susceptibility, notably colorectal cancer, affecting up to one in 400 individuals in the Western world. Four genes responsible for the majority of cases have been identified. Colorectal cancer in affected people tends to be right sided, occur at an earlier age, and there is a propensity for synchronous or metachronous lesions. Extra-colonic tumours may occur with an elevated frequency, most importantly cancer of the endometrium, but also stomach, hepatobiliary system, small bowel, proximal ureter and renal pelvis, and ovary. On account of these features, management guidelines for members of HNPCC kindreds require modification from those generally advised for patients with sporadic tumours. The cardinal feature for the identification of affected families is the family history. All clinicians have a duty to identify such patients under their care as appropriate screening and surgery should lead to an improved prognosis for such patients and their families.
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PMID:[Hereditary nonpolyposis colorectal cancers]. 884 75


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