Phospholipase activity in the endometrium of women with normal menstrual blood loss and women with proven ovulatory menorrhagia
Phospholipase A2 type 1 and 2 activities increased in the secretory phase of the menstrual cycle in both normal and menorrhagia groups, while phospholipase C was higher in women with menorrhagia.
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References (26)
- Endometrial phospholipase A2 enzymes and their regulation by steroid hormones via openalex
- PHOSPHOLIPASE C ACTIVITY IN HUMAN ENDOMETRIUM: ITS SIGNIFICANCE IN ENDOMETRIAL PATHOLOGY via openalex
- Prostaglandins in menstrual fluid in menorrhagia and dysmenorrhoea via openalex
- PROSTAGLANDIN SYNTHESIS IN THE ENDOMETRIUM OF WOMEN WITH OVULAR DYSFUNCTIONAL UTERINE BLEEDING via openalex
- REDUCTION OF MENSTRUAL BLOOD-LOSS BY PROSTAGLANDIN-SYNTHETASE INHIBITORS via openalex
- The activity of calcium dependent and calcium independent phospholipase A2 in normal endometrium and in endometrium from women suffering from menorrhagia and polycystic ovary syndrome via openalex
- The measurement of phospholipase A2 activity in human myometrium: Physiological and pathological implications via openalex
- W2056895439 via openalex
- W2064947328 via openalex
- W2075790322 via openalex
- W2080013813 via openalex
- W2083717098 via openalex
- W2099229592 via openalex
- W2156179120 via openalex
- W2283464601 via openalex
- W2404113641 via openalex
- W2404134039 via openalex
- W2416734974 via openalex
- W120375644 via openalex
- W4247840597 via openalex
- W1775749144 via openalex
- W1964830004 via openalex
- W1967196000 via openalex
- W1992022631 via openalex
- W2019141350 via openalex
- W2040509830 via openalex
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