Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C1140680 (ovarian cancer)
 28,141 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Colon-specific antigen-p, or CSAp, was originally extracted from GW-39 tumors, which are human colonic carcinomas serially transplanted in golden hamsters, and antibodies to CSAp have been produced in the same animal hosts. By means of immunodiffusion and a hemagglutination-inhibition assay, CSAp has been found to be restricted to adult and fetal small intestine, neoplastic gastric and colonic tissues, inflamed colon, and cystic mucinous tumors of the ovary. CSAp was shown to be distinct from blood group antigens, including Lea and Leb blood group substances, liver ferritin, AFP, CEA, CSA, CMA, ZGM, and BOFA, and to have the electrophoretic mobility of an alpha2-globulin. Gel filtration studies indicated that CSAp in GW-39 tumor, primary human colonic carcinoma, and ovarian cancer mucinous cyst fluid had a peak molecular size range of 70,000--110,000. Quantitation of CSAp in 214 tissue specimens by the hemagglutination-inhibition assay revealed a progressive increase in fetal, inflamed, and neoplastic intestine, such that CSAp in colonic tumors was increased over normal colon tissue. Thus, CSAp appears to be an organ-specific antigen showing increased levels in some gastrointestinal and ovarian neoplasms, as well as in specimens with colitis.
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PMID:Further characterization of CSAp, an antigen associated with gastrointestinal and ovarian tumors. 8 13

The success of the Pap smear in screening for cervical cancer illustrates many of the tenets of screening for disease. Unfortunately, no other gynecologic malignancy shares this success. Detection of most gynecologic malignancies occurs once they have become symptomatic and on clinical examination at the interval cancer-related checkup as recommended by the ACS. These examinations, done yearly in women older than 40 and every 3 years in younger women, can go a long way in the detection of genital tract disease. In detecting vulvar neoplasms, visual inspection of the entire perineum coupled with palpation to include Bartholin's glands and early biopsy of suspicious vulvar lesions promotes earlier diagnosis. Self-examination similar to breast self-examination and increased patient awareness are potential education goals for physicians as well as cancer and medical societies. Vaginal examination at the cancer checkup should continue. The finding that most vaginal cancers are picked up by abnormal cytology while they are still asymptomatic argues strongly for Pap testing after menopause. The knowledge that women who are status posthysterectomy for benign disease are not protected from developing vaginal cancers mandates continued Pap testing in this population as well. Because endometrial cancer is common, primary care physicians should maintain a high index of suspicion. Aspiration biopsy is a simple office-based procedure with low risk and good yield, and any woman in the perimenopausal and postmenopausal period who presents with atypical bleeding patterns should be evaluated. Although not recommended as a general screening test, the ACS does advocate endometrial sampling in the high risk woman at the time of menopause. The greatest challenge to primary care physicians may be the early detection of ovarian cancer. No single test is available, nor is any advocated in screening for this lethal disease. Currently, only periodic physical examination is recommended at the cancer checkup interval. Ultrasound, both transabdominal and transvaginal, may help in detecting adnexal masses, but is not sensitive enough to differentiate benign from malignant lesions. In this setting, and in the patient with suspected ovarian cancer, CA 125 and AFP may be helpful in determining which patients require surgical exploration. Women with positive family histories for ovarian cancer require greater vigilance and close follow-up with serial ultrasound and CA 125 determinations. As the population ages, cancer, which is primarily a disease of age, will continue to increase in incidence.(ABSTRACT TRUNCATED AT 400 WORDS)
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PMID:Screening for gynecologic cancer. Vulvar, vaginal, endometrial, and ovarian neoplasms. 141 66

A histopathological and immunohistochemical study has been made on a case of an ovarian cancer that developed into a dermoid cyst with a malignant transformation. The case involved a 64-year-old married woman and her clinical grading was determined as being in Stage Ia (i). The ovarian tumor, weighing 1550 g, consisted of large cystic and small solid parts, and a well-differentiated squamous cell carcinoma (large cell, keratinized type) was observed in the solid part. By using an immunoperoxidase technique (the ABC method), the SCC was found to be positive in many cancer cells and the TPA also was positive in some cancer cells, though both the CEA and AFP were found to be negative.
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PMID:[A case report of ovarian squamous cell carcinoma developing into a dermoid cyst with malignant transformation--immunohistochemical study]. 244 9

The significance of CEA, AFP, HCG and SP1 determinations in 85 patients with ovarian cancer were analyzed from the point of view of evaluation of the clinical status of the patients. On the basis of the trials it was stated that a satisfactory correlation between the extension of the tumor and the serum CEA level was observed in 26.6% of the cases. The efficiency of monitoring by systematic CEA tests was found to be 17.3%. The determination of AFP and HCG is useful only in cases of tumors with specific histological structures and in problems of differential diagnostics. The testing of SP1 is of no value in clinical practice.
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PMID:Significance of CEA, AFP, SP1 and HCG as tumor markers in ovarian carcinoma. 244 10

Comparison of basic fetoprotein (BFP) with 10 other tumor markers was made with sera from 549 patients with benign diseases and 870 patients with cancers, using BFP-EIA kit and commercial kits for others. BFP-positive rates higher than CEA or CA19-9 were found in various cancers except CEA in cancer of the colon, pancreas and lung, or CA19-9 in cancer of pancreas and bile duct. Furthermore, BFP showed higher positive rates in comparison with AFP in cancer of liver and testis, SLX(sialyl SSEA-1) or SCC in lung cancer and CA125 in uterine cancer. The correlation coefficient of BFP with other tumor markers except for SCC in lung cancer were low (below 0.262) in cancer and benign diseases. The combined assay of BFP with some other makers such as CEA in cancer of the digestive organ, lung, markers ovary and uterus, CA19-9 in cancer of the bile duct and lung, CA125 in ovarian cancer, AFP in cancer of the liver and testis, and PAP in prostatic cancer, showed an elevation of diagnostic efficiency compared with single assay. These results indicate that BFP is superior to other tumor markers for serological diagnosis of various cancer and also available for the combined assays.
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PMID:[Clinical evaluation on an enzyme immunoassay kit for basic fetoprotein (BFP). (2) Comparison and combination of BFP with other tumor markers]. 245 40

We measured the six tumor markers, CA125, TPA, Fr, CEA, AFP, and PPA simultaneously in serodiagnostic testing as a method for the early detection of ovarian cancer. To decrease the false negativity in the combination assay, statistical discriminating analysis was applied to serum values for tumor markers. "The ovarian cancer screening test" designed by us has been enforced in Shizuoka Prefecture since September, 1985. Twenty-one thousand nine hundred serum samples had been analysed by December, 1988. Eighty-four cases out of the 125 patients with ovarian cancer were suspected of being malignant pretherapeutically in a clinical diagnostic procedure which included echography. On the other hand, malignancy was justified before treatment in 109 patients in the combination assay and statistical analysis. One hundred patients were diagnosed as malignant in the combination assay and 9 cases by statistical analysis. However, we overlooked 4 patients (3 patients were found to be in stage I and one in stage III, respectively) even when both methods were used. Altogether 37 more patients with ovarian cancer could be found by the serodiagnostic screening method with discriminating analysis using tumor markers than by clinical findings such as image diagnosis and others. To conclude, the discriminating analysis was, therefore, verified as a useful technique for the diagnosis of ovarian cancer.
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PMID:[Field trial of the early detection in patients with ovarian cancer]. 248 Mar 93

Variations in tumoral markers (CA 125, CEA, AFP) in women with primary epithelial invasive ovarian cancer, after surgical operation for hysterectomy and chemotherapeutic treatment have been studied. The Authors stress the importance of alpha-fetoprotein monitoring in these women in order to evaluate a cytotoxic effect of the drugs used for the chemiotherapy on liver tissue.
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PMID:Chemotherapy and tumoral markers in ovarian carcinoma. 248 Apr 7

Serum levels of CA 125 and markers reputed as specific for cancers in relevant locations (squamous cell carcinoma, SCC, carcinoembryonic antigen, CEA, CA 19.9, alpha-fetoprotein, AFP) were determined in 107 patients with gastrointestinal (GI) carcinomas. The aim of this study was to assess their individual and combined sensitivities, and the power of CA 125 in excluding primary ovarian epithelial cancer from GI primary. Serum CA 125 levels (in U/ml) ranged from nondetectable to 400 in patients with esophageal, to 570 in those with gastric, and to 300 in patients with colorectal carcinoma. The levels for liver secondaries, pancreatic, and hepatocellular carcinoma were 480, 2,720 and 1,100 U/ml, respectively. Serum SCC antigen was elevated in all patients with esophageal cancer, CEA or CA 19.9 in 52% of patients with gastric cancer and in 63% with liver secondaries, and CEA in 95% of patients with colorectal cancer; whereas serum CA 125 above 65 U/ml was found in 25% of this subgroup, but only in those with already an elevated concentration of specific marker(s). Serum CEA or CA 19.9 was elevated in 71%, CA 125 in 59% of patients with pancreatic cancer; the latter mostly in those with already elevated CEA or CA 19.9. Serum AFP was elevated in 84% and CA 125 in 40% of patients with hepatoma; the latter mostly in those with already an elevated AFP. CA 125 values exceeding 1,000 U/ml were found in 1 patient with pancreatic cancer (2,720 U/ml) and in 2 with hepatoma (1,050 and 1,100 U/ml). These findings illustrate the nonspecificity of the CA 125 antigen, its small if any advantage compared to the specific markers, and they diminish its role as a marker for primary ovarian cancer from GI primary unless it exceeds 2,800 U/ml.
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PMID:Serum levels of CA 125 in patients with gastrointestinal cancers. 248 Jun 31

Twenty-three patients previously diagnosed as having ovarian cancer were examined with both serum tumor markers (CA 125, CA 19-9, TPA, IAP, AFP) and a pelvic CT scan. The tumor markers predict the clinical outcome more accurately than the CT scan. Further, the tumor markers showed a clear correlation with the clinical course. But in one case, however, the tumor markers were seen to reduce below the normal level from chemotherapy, while the CT scan showed a tumor mass. Thus, both, a CT scan and tumor marker assays are felt to be indispensable for detecting the recurrence of an ovarian cancer.
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PMID:[The accuracy of CT and tumor markers in the detection of a recurrent ovarian carcinoma]. 255 Jun 84

Tumour markers are often circulating tumour-associated indicators of tumour development. As such they are not suitable for tumour screening and localization, but valuable as adjuncts for medical follow-up care of tumour patients, where their serum level alterations may anticipate the clinical detection of tumour behaviour by a lead time of 1 to 6 months before other methods. The following tumour may be controlled by established markers: endocrine tumours by NSE, calcitonin, parathormone, 5-HIAA, catecholamines/metabolites etc.; head-neck tumours: SCC, CEA; thyroid carcinoma: TG, calcitonin; lung cancer: CEA, NSE, SCC; liver cancer: AFP (PLC), CA 19-9 (cholangiocell.), CEA (secondary): biliary tract and pancreatic cancer: CA 19-9; colorectal carcinoma: CEA, CA 19-9; squamous cell carcinoma (ENT, oesophagus, anal): SCC; breast cancer: CEA and CA 15-3; ovarian cancer: CA 125 (epithelial), CA 19-9 (mucinous); germ cell tumours (ovary including trophoblastic tumours/testes): AFP and HCG; prostatic cancer: PAP and PSA; bladder cancer: TPA.
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PMID:[Clinical relevance of tumor markers]. 267 6


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