Ovarian Cancer Detection and Treatment: Current Situation and Future Prospects
Between 70 and 75% of ovarian carcinomas are not discovered until they have reached an advanced stage III or later. Efforts should therefore be concentrated on earlier diagnosis. Ovarian cancer is not an entirely silent disease. Today, it is known that there are key symptoms which, depending on thei...
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Veröffentlicht in: | Anticancer research 2008-09, Vol.28 (5B), p.3135-3138 |
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Sprache: | eng |
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Zusammenfassung: | Between 70 and 75% of ovarian carcinomas are not discovered until they have reached an advanced stage III or later. Efforts
should therefore be concentrated on earlier diagnosis. Ovarian cancer is not an entirely silent disease. Today, it is known
that there are key symptoms which, depending on their frequency and intensity, can serve as warning signs to clinicians and
patients. Mass screening for ovarian cancer is not currently possible because of a lack of specific markers for use in biological
and imaging techniques, although new markers are now being developed. Screening every six or twelve months with the CA 125
blood test plus a transvaginal ultrasound is restricted to women at risk. Certain teams have proposed preventive bilateral
adnexectomy for such women. The ovary is a complex organ subjected to a hormonal environment and affected by immune system
dysfunctions. There now appears to be consensus on the influence of hormones in ovarian cancer, namely the beneficial role
of pregnancy, breast feeding and in particular oral contraception, as well as the deleterious role of hormone replacement
therapy (HRT). However, the two main arguments put forward, incessant ovulation and exposure to gonadotropins, do not explain
all the epidemiological data. It is through a better understanding of the etiology of ovarian cancer that new therapies can
be developed. The theory of cancer immune surveillance, whereby lymphocytes have a sentinel role of recognizing and constantly
suppressing malignant cells, provided a starting point for research into antitumoral immunotherapy. The first trials of vaccination
by direct injection of tumor antigens or âloadedâ dendritic cells today offer considerable hope for patients. |
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ISSN: | 0250-7005 1791-7530 |