1.Neuroendocrine Regulation of the Menstrual Cycle.
Journal of Korean Society of Endocrinology 2002;17(6):740-755
No abstract available.
Female
;
Menstrual Cycle*
2.Hyperprolactinemic patients with normal menstrual cycle.
In Suk YOON ; Young Bae CHOI ; Young Sun SHON ; Young Il LEE ; Young Su HONG ; Kil Chung KANG
Korean Journal of Obstetrics and Gynecology 1992;35(3):388-392
No abstract available.
Female
;
Humans
;
Menstrual Cycle*
3.The value of urocytogramme in normal menstruation period of adolescent girls
Yen Thi Thuy Hoang ; Nhan Thu Nguyen ; Hop Van Tran
Journal of Medical Research 2007;55(6):168-172
Background:The urocytogramme is a certain laboratory tests, although older. By studying the cellular elements from the wall of the bladder trigone desquamated in the urine, it allows cyto-hormonal diagnosis. It allows to assess the presence and importance of the biological effect of sex steroids. This examination is not commonly used because they are poorly known in our country. It's a review of how simple, noninvasive, inexpensive. Objectives:This study aims to learn about the value of urocytogramme in normal menstruation period of girls. Subjects and method:A study was conducted on 143 high school girls of Hai Ba Trung Secondary School, Hue city. The mean age was 15\xb18 months, completely puberty; the average weight was 45.7\xb16.8 kg; average height was 156.8 \xb18.5 cm. The duration of study was from September 2006 to May 2007. Results:Urocytogramme had the index which changed according to the phase of the menstrual cycle and correlated closely with sex hormone concentrations in the ovulatory phase. The IK index had the value in ovulation diagnostic phase with the sensitivity and specificity concentrations equivalent to LH and plasma Estradiol. Conclusion:Urocytogram was a useful test for the diagnosis of in normal menstruation period of adolescent girls. It was easy, cheap and truly reflected oestrogen activity to help doctors making decision for the treatment of lasting amenorrhea disorders.
Menstrual Cycle
;
Adolescent
4.Change of estrogen concentration in the menstrual cycle
Soan Thu Hoang ; Hung Ngoc Le ; Tien Viet Nguyen
Journal of Medical Research 2008;59(6):100-104
Background: Many research works showed that menstruation is caused by the sudden reduction of the estrogens and progesterone to low levels of secretion at the end of the menstrual cycle. However, it should be investigated to which levels the concentration of these two hormones sharply reduces to cause menstruation. Objective: To determine estradiol concentration at the beginning of menstruation, the second day of menstruation and the ending of menstruation during the menstrual cycle. Subject and methods: 30 women with the normal menstrual cycle and 30 women with the long menstrual cycle were used as subjects to determine estradiol concentration at the day at the beginning of menstruation, the second day of menstruation and the last day of menstruation during the menstrual cycle. Result and Conclusion: In the women group with the normal menstrual cycle, the estradiol concentration: at the day at the beginning of menstruation is 159.93 \xb1 51.29 pmol/L, at the second day of menstruation is 170.58 \xb1 46.54 pmol/L and at the lastday of menstruation is 177.55 \xb1 46.42 pmol/L. In women in the group with long menstrual cycle, the estradiol concentration: at the day of beginning of menstruation is 154.55 \xb1 61.60 pmol/L and at the last day of menstruation is 154.55 \xb1 61.60 pmol/L.
menstrual cycle
;
estrogen
;
estradiol
5.Endometrial biopsy in early stage of menstrual cycle
Journal of Medical and Pharmaceutical Information 1998;(1):49-51
In the period from 1995 to 1997, this simple method was performed at the Institute of Mothers and Neonates Protection and Care in 107 female subjects to investigate the endocrinological function. The method is preferable in the early stage of menstrual cycle, especially for retrospective diagnosis to check the response to the treatment.
Menstrual cycle
;
Biopsy
6.Some opinions of pathology in the menopausal ages
Journal of Medical and Pharmaceutical Information 2001;1():10-12
In menopausal ages, the development of tumors and menstrual disorders was higher 2 times than younger ages. The infection in these ages was common, followed by lesions/proliferative tumors and menstrual disorder. The characteristics of internal pathology in menopausal ages including hypertension, hyper lipidemia and diabetes mellitus type II
Menopause
;
Menstrual Cycle
7.Study on the menstrual cycle among women in Hue City
Journal of Medical Research 2002;18(2):30-34
4233 healthy female students and women from 9-75 years of age were randomly selected in our study. The results showed: - The mean age of the first menstrual bleeding was 13.58 +/- 1.10 years during the 90s decade. The first mentruation began at the younger age during the 90 s decade if comparing with that of previous decades. - The average length of menstrual cycle was about 28 - 30 days. The mean bleeding duration in menstrual cycle was 3.66 +/- 1.04 days. - The mean age of menopause among women in Hue was 49.61 +/- 3.42 years during 90 decade. This age was older than of previous decades.
Menstrual Cycle
;
Menopause
;
women
8.Study on the blood estradiol level and follicle development in induced superovulation of insufficient menstrual cycles.
Seung Gwan CHOI ; Jae Myeoung KIM ; Chung Soon BAIK ; Gi Soon LEE ; Byung Hee SUH ; Jae Hyun LEE
Korean Journal of Obstetrics and Gynecology 1992;35(2):256-271
No abstract available.
Estradiol*
;
Female
;
Menstrual Cycle*
;
Superovulation*
9.Energy and Macronutrient Intakes during Menstrual Cycle in Young Women.
Seok Young KIM ; Bok Kyeong CHA ; Phil Sook PARK
Korean Journal of Community Nutrition 1998;3(2):210-217
The purpose of this study was to examine changes in energy and macronutrient intakes during the premenstrual(days -10-1) and postmenstrual(days 5-14) phases. Thirty-two college female students recorded their food consumption and dietary patterns over 5 weeks from September 8 to October 12, 1997. Mean daily energy and macronutrient intakes and the percentage of energy intake from protein and carbohydrate were relatively consstant over the two menstrual cycle phases, but the energy intake from fat increased 1%(P<0.05)during the postmenstrual phase. Two different dietary patterns were identified by the shifts in energy intake between postmenstrual and premenstrual phases. Seventy five percent of subjects revealed a consistent pattern with the results of previous studies investigating food intake over the menstrual cycle, in which the premenstrual phase is associated with an increment in energy, carbohydrate, and protein intake. Incontrast, energy, protein, and fat intakes increased during the postmenstrual phase in 25% of the subjects. We conclude that cyclical fluctuations in energy and macronutrient intakes occur in both postmenstrual and premenstrual dietary pattern groups across the two menstrual phased with the opposite directions.
Eating
;
Energy Intake
;
Female
;
Humans
;
Menstrual Cycle*
10.Prostaglandin E2 and F2?concentrations in human oviductal tissue during different phases of the menstrual cycle.
In Sook SOHN ; Chan Ho SONG ; Ki Hyun PARK ; Young Ja PARK ; Kyung Ja YU
Korean Journal of Obstetrics and Gynecology 1993;36(7):2262-2269
No abstract available.
Animals
;
Dinoprostone*
;
Female
;
Humans*
;
Menstrual Cycle*
;
Oviducts*