• The Journal of Korean Obstetrics and Gynecology
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• v.32 no.3
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• pp.116-127
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• 2019

Objectives: The purpose of this study is to evaluate the effects of Gamitonggyung-tang on Primary Dysmenorrhea. Methods: We treated 33 cases of primary dysmenorrhea patients with Gamitonggyung-tang for three menstrual cycles. We estimated the effects by Visual Analog Scale (VAS), Menstrual Distress Questionnaire (MDQ) and checked amount of the analgesics taken during menstrual phase. Results: After treatment, the mean of VAS, MDQ Score and amount of the analgesics taken were decreased. Conclusions: This case shows that Gamitonggyung-tang is effective in treating primary dysmenorrhea patients.

• Journal of Oral Medicine and Pain
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• v.26 no.1
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• pp.17-25
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• 2001

The purpose of this study is to evaluate the relationship of menstrual cycle and halitosis by measuring the concentrations of Voltile Sulfur Compounds, secretion rate of unstimulated saliva, secretion rate of stimulated saliva and viscosity of saliva during the menstrual cycle. The subjects were 19 female dental students of Yonsei University who had relatively good alignment of the teeth. They hadn't taken antibiotics or oral contraceptive pills during the few months prior to the experiment, and they didn't have any dental caries involving the pulp or periodontal disease. Lady-$Q^{(R)}$(Alpain Korea, Korea), which confirms the ovulation using saliva, was used to find out the menstrual cycle of subjects. Their history was taken and their basal body temperature was measured. On the basis of these data, the amount of Volatile Sulfur Compounds, secretion rate of unstimulated saliva, secretion rate of stimulated saliva, viscosity of saliva were measured during 1 day of the proliferative phase, 3 days of ovulatory phase and 1 day of the luteal phase within the menstrual cycle. The results were as follows : 1. The amount of Volatile Sulfur Compounds, secretion rate of unstimulated saliva, secretion rate of stimulated saliva, and viscosity of saliva showed no statistically significant cyclic change during proliferative phase, ovulatory phase, and luteal phase(p<0.05). 2. Between the secretion rate of unstimulated saliva and secretion rate of stimulated saliva, there was significant correlation during proliferative phase and luteal phase(p<0.05) and there was no significant correlation during ovulatory phase but relatively close result was seen. 3. The amount of Volatile Sulfur Compounds during proliferative phase and luteal phase had statistically significant correlation(p<0.05). 4. Secretion rate of stimulated saliva during proliferative phase and ovulatory phase, proliferative phase and luteal phase, ovulatory phase and luteal phase had significant correlations (p<0.01).

• Women's Health Nursing
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• v.24 no.4
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• pp.392-403
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• 2018

Purpose: To identify factors associated with menstrual distress and characterize the relationship between menstrual distress and sleep disturbance in middle-school girls. Methods: Participants in this correlational study were 117 middle-school girls who were recruited through convenience sampling. Data were collected from March 2018 to April 2018 using self-reported structured questionnaires and analyzed using IBM SPSS Statistics 23.0. Factors associated with menstrual distress included physiological, psychological, and situational factors based on the theory of unpleasant symptoms. Results: Age of menarche (${\beta}=-.28$, p<.001), amount of menstruation (${\beta}=.23$, p=.004), lifestyle-related exposure to endocrine-disrupting chemicals (${\beta}=.21$, p=.027), and academic and peer-relationship stress (${\beta}=.19$, p=.025) influenced menstrual distress, explaining 47.4% of the variance in this regression model. The relationship between menstrual distress and sleep disturbance was statistically significant. Sleep disturbance was increased 1.26 folds when dysmenorrhea score increased by one unit (OR=1.26, 95% CI: 1.01~1.58). However, parental support was not a significant moderating factor of sleep disturbance. Conclusion: This study provides basis to develop an intervention strategy to alleviate menstrual discomfort in adolescents and improve their quality of sleep.

• 모자간호학회지
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• v.2 no.1
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• pp.55-69
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• 1992

This study was planned and carried out 1) to identify the general menstrual characteristics, 2) to understand perimenstrual discomfort, menstrual attitude, and sex role acceptance, 3) to investigate the correlation between perimenstrual discomfort, menstrual attitude, sex role acceptance in order to provide basic information about menstruation. The subjects of this study were 313 college women and they were asked to check Menstrual Discomfort questionnaire, Menstrual Attitude Questionnaire, and Role Acceptance Scale. Data were gathered from April 1 to June 24, 1992. The results were as follows : 1) The mean age of the subjects was 19, and the mean age of monarch was 13.6 ranged from 11 to 19. The distribution of menstrual cycle showed a wide variation and the mean cycle was 29.7 days. The duration of menstrual cycle was between 2-8 days, and in 65.8% the amount of menstrual fluid was within normal limit. 2) The frequencies of perimenstrual discomfort was 56.9% when asked to check it on 5 point scale. 3) All scores of perimenstrual discomfort were higher on premenstrual period than intermenstrual period, and higher on menstrual period than premenstrual period. They were statistically significant. 4) In general, the college women perceived menstruation as natural, somewhat bothersome, and not very debilitating or predictable, although they did not deny that menstruation had some effects. 5) The correlation between perimenstrual discomfort and menstrual attitude was significant. 6) The correlation between perimenstrual discomfort and sex role acceptance was significant. 7) The correlation between menstrual attitude and sex role acceptance was significant.

• Clinical and Experimental Reproductive Medicine
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• v.10 no.1
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• pp.1-6
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• 1983

Women were used as their own controls in the comparison of presterilization and poststerilization menstrual patterns. Five parameters were studied: regularity of cycle length, duration and amount of flow and incidence of dysmenorrhea and intermenstrual bleeding. Three parameters in the electrocoagulation group (regularity of cycle length and duration and amount of flow) and one parameter in the tubal ring group (duration of flow) showed significant changes after sterilization. However, by controlling for the effect of previous contraceptive methods used, no significant menstrual pattern changes following sterilization were discerned in either technique group.

• Women's Health Nursing
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• v.18 no.3
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• pp.170-179
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• 2012

Purpose: The purpose of this study was to identify menstrual distress, coping method and relief of symptoms among female nurses who worked with 3-shift. Methods: A total of 185 participants were recruited from November 18, 2011 to January 30, 2012. The measurement included menstrual distress and coping method questionnaire and relief of symptoms. The data were analyzed using t-test, ANOVA, Pearson's correlation coefficients with SPSS 19.0 Results: The level of menstrual distress was moderate (mean 3.0), and there were significant differences in menstrual distress by age, education, stress, regularity of menstrual cycle. Among the coping methods, coping according to menstrual cycle specific was the most frequently used, followed by active recognizing coping, active behavioral coping, and avoidance coping. Among the degree of symptom relief, symptom relief score was the highest when used coping according to menstrual cycle specific. Menstrual distress was associated with stress, adequate amount of sleep, dysmenorrhea and number of coping method total. Conclusion: Nurses experienced moderate levels of menstrual distress and used various types of coping to relieve it. There is a need for hospital nurses to develop an effective nursing intervention to relieve the menstrual distress and utilize active coping methods.

• The Journal of Korean Obstetrics and Gynecology
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• v.24 no.3
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• pp.156-170
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• 2011

Objectives: The purpose of this study is to recognize change of menstrual patterns and dysmenorrhea according to obesity indices and physical activity in female college students. Methods: From March 22nd to May 14th, 2010 we researched 1,407 women students at OO College by questionnaires to investigate their menstruation, dysmenorrhea, obesity and physical activity. Results: 1. Triglyceride(TG) was decreased statistically in the regular group of menstrual cycle as compared with the irregular group. 2. Menstrual duration was not associated with obesity indices. 3. Higher BMI was associated with more menstrual amount. 4. Dysmenorrhea was increased with decreasing BMI. 5. Neither menstrual patterns nor dysmenorrhea were associated with physical activity, but dysmenorrhea was decreased in minimally active group. Conclusion: This study showed the significant effect of menstruation and dysmenorrhea on obesity indices and physical activity. Obesity is related to menstruation and dysmenorrhea, but physical activity isn't related to them.

• Clinical and Experimental Reproductive Medicine
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• v.15 no.1
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• pp.40-52
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• 1988

Estradiol-17${\beta}$($E_2$) levels in the blood were estimated according to varying the time and amount of the administration of $Clomid^{(R)}$. $Clomid^{(R)}$ were administered on the 2nd, 3rd and 4th menstrual day corresponding to the recruitment period and on the 5th menstrual day corresponding to the selection period of the ovarian follicles, respectively. And $Clomid^{(R)}$ were administered 50 mg, 100 mg and 150 mg/day, repectively. The effects of the sequential HMG to $E_2$ levels in the blood were also estimated. The results were as following : 1. Blood $E_2$ levels according to the day and amount of administration of $Clomid^{(R)}$ were the highest in the group 3(D $2{\sim}6$, 150 mg/day, with HMG) and the lowest in the group 6(D $5{\sim]9$, 50 mg/day, without HMG). $E_2$ levels showed increasing tendency to 0 day. 2. In the cases of the administration of $Clomid^{(R)}$ during the $2nd{\sim}6th$ menstrual day, $E_2$ levels according to the amount were similar among groups and showed increasing tendency daily. 3. In the cases of administration of $Clomid^{(R)}$ during the $2nd{\sim}6th$ menstrual day, $E_2$ levels according to the sequential HMG independent of the amount of $Clomid^{(R)}$ were higher in the with HMG group than without HMG groups. 4. In the case of the administration of $Clomid^{(R)}$ during the $5th{\sim}9th$ menstrual day, $E_2$ levels according to the amount were the highest in the 100 mg/day group and the lowest in the 50mg/day group. 5. In the cases of administration of $Clomid^{(R)}$ independent of the amount during the 5th${\sim}$9th menstrual day, $E_2$ levels according to the sequential HMG were higher in the with HMG group than without HMG group. 6. $E_2$ levels according to the amount independent of the day of the administration of $Clomid^{(R)}$ were the highest in the 100 mg/day group and 150 mg/day, 50 mg/day group in low sequence. 7. $E_2$ levels according to the sequential HMG independent of the day and amount of the administration of $Clomid^{(R)}$ were higher in the with HMG group than the without HMG group. 8. $E_2$ levels according to the day of the administration of $Clomid^{(R)}$ independent of the amount of $Clomid^{(R)}$ and sequential HMG were the highest in the group D 2${\sim}$6 and the lowest in the group D 5${\sim}$9. According to the above results, there were higher $E_2$ levels in the group with sequential HMG than without HMG. Therefore, the hypothesis, postulated initially by the author, was not verified that sequential HMG would not affect the $E_2$ levels which were related to the process of the selection of the ovarian follicle in the connection with 'FSH window'. Because it may be the stimulation after the selection of later predominant follicle. And the highest level of $E_2$ was estimated in the $Clomid^{(R)}$ 150 mg/day group with sequential HMG on the 2nd${\sim}$6th day, and the higher levels were estimated in the 2nd${\sim}$6th day, 3rd${\sim}$7th day and 4th${\sim}$8th day groups than the 5th${\sim}$9th day group. The lower levels were estimated in the $Clomid^{(R)}$ 50 mg/day group without HMG than 100 mg/day and 150 mg/day on the 5th${\sim}$9th day. Therefore, further study will be needed that combines analyses of the E2 levels in the blood according to the various administration of $Clomid^{(R)}$ with or without sequential HMG and determination of the numbers and size of the ovarian follicles by ultrasonogram.

• Journal of the Korean Society of School Health
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• v.20 no.1
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• pp.91-101
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• 2007

Purpose: The present study intended to reveal the association between the physique of adolescent women and dysmenorrhea, and the factors related to the frequency of dysmenorrhea. Methods: The study subjects included 511 girls of a women's high school in Daejeon city and they were, during the period of March 1st through April 30th, 2005, given self-administered questionnaires about frequency of menstruation, age, physique, exercise, and such menstruation-related items as age of menarche, menstrual period and days, and amount. Results: As with the frequency of dysmenorrhea, 38.4% experienced it 「always」, 44.6% 「occasionally」, and 17.0% 「almost scarcely」, and those with dysmenorrhea accounted for 83.0% of the subjects. The frequency of dysmenorrhea was not significant difference according to the BMI and HPI. However, the lower the age of menarche and the greater the amount of menstrual flow, the more frequent dysmenorrhea. The symptoms of dysmenorrhea included the highest frequency of low back pain(68.5%) and it was followed by abdominal pain(65.9%), sensibility(54.0%), fatigue(51.7%), and nervousness(49.5%). These accompanied symptoms tended to be worse as the frequency of dysmenorrhea increased. The multiple logistic regression analysis revealed that the relative risk of frequency of dysmenorrhea is 2.2 times in age of 14, by a standard age of 15 as menarchial age, 2.2 in 13, and 3.1 in below 12. The menstrual days was 3.0 times in both below 2 days and over 8 days with the standard days of 3-7 days. The menstrual amount was 1.9 times in the group with a greater amount of menstrual bleeding and 1.5 times in the group with a less amount than the normal group, respectively. Conclusion: The above results suggest that the rate of experiencing dysmenorrhea was up to 83.0% and 38.4% from these had dysmenorrhea upon every menstruation. It is thought that dysmenorrhea could be a great disadvantage sufficient to impair optimal health to a larger body of school girls. Further, for quality of life, it is required that more fundamental strategies instead of pain killers or others for palliation of dysmenorrhea would be established among adolescents.

• The Journal of Korean Obstetrics and Gynecology
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• v.24 no.1
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• pp.99-108
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• 2011

Objectives: The purpose of this study is to recognize the relation of menstrual pattern and dysmenorrhea affected by obesity of first-year female college students. Methods: From March 22th to April 2nd, 2010 we researched 251 first-year female students at OOcollege, aged 19(born after March 1991 to February 1992) by questionnaires to investigate their Body Mass Index(BMI), menstruation and dysmenorrhea. The BMI range of normal group is 18.5~25, abnormal group is over 25. Results: 1. The normal group was 227 people(90.4%) and the abnormal group(over BMI 25) was 24 people(9.6%). 2. In the mean of BMI, the normal group was $21.08{\pm}1.64$ and the abnormal group was $27.94{\pm}2.19$. 3. There was no statistical difference between the normal group and the abnormal group in menstrual cycle, menstrual amount, menstrual color and menstrual blood clot. 4. There was statistical difference between the normal group and the abnormal group in menarcheal age, menstrual duration and dysmenorrhea. 5. In the mean of VAS, the normal group was $3.68{\pm}2.45$ and the abnormal group was $3.21{\pm}2.05$, and two groups were not different statistically. Conclusion: This study showed the relation of menstrual pattern and dysmenorrhea affected by obesity. The normal group and the abnormal group were different statistically in menarcheal age, menstrual duration and dysmenorrhea. In consequence of this study, it was supposed that obesity had an effect on menstruation.