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1.
Innovation ; : 68-69, 2015.
Artículo en Inglés | WPRIM | ID: wpr-975408

RESUMEN

Cervical cancer is commonly caused by infection with human papilloma virus(HPV) and some risk factors are involved in the etiology of it.1 All over the world 437000 people are diagnosed with cervical disorders and half of them die due to cervical cancer.2 Annually 12000 new cases of cervical cancer are detected and 5000 women die because of it. In Spain about 2000 women are determined in the 3rd and 4th stage of the disease per year.3 Over the period 2000-2008 cervical cancer rate is 8 %among all cancers in Mongolia. Approximately 16 % of women’s cancer is cervical cancer. 4 In developing nations prevalence rate of cervical cancer is higher because of malnutrition, quality and framework for early detection are not satisfying and some reproductive risk factors also influence on it. 5 Worldwide diagnosing early and rapid management of precancerous condition and cervical abnormalities turn into main issue. Therefore based on these detection of premalignant lesion of cervix by colposcopy the main objective of the study. The overall goal of the study is to detect the premalignant lesion of cervix by colposcopy and determine of some risk factors and study the results.A total of 71 women, who are treated in Women’s inflammatory disease unit, Infertility and Women’s endocrine disorder unit are recruited for the cross sectional study. The women, who conducted the study were selected by accidently and colposcopy was done. They also have completed special questionnaires. The data were analyzed using the SPSS 19.0, Windows Office. The average age of the women was 38±9.4. Colposcopy was done 90.1% (n=64) of women, 9.9% (n=7) of women had not colposcopy. Among the women who had colposcopy, biopsies were taken 56.3% (n=36). During colposcopy we analyzed condition of cervix then we took biopsy from suspected areas and sent it histology laboratory. We compared predictive diagnosis, histology results after colposcopy and 33.3% (n=12) were identified as normal, CIN I was 52.7%, (n=19), CIN II was 5.5% (n=2), CINIII was 2.7% (n=1), cervical cancer is confirmed in 5.5% (n=2). We studied risk factors that can influence the cervical disorders among the women recruited in the study and age of first sexual intercourse (r=0.356, p=0.033), number of abortion (r=0.412, p=0.029) were statistically significant. However age of the women, parity, usage of contraceptive pills, smoking, number of sexual partners were statistically not significant.(p>0.05) When women’s age of first sexual intercourse is younger, cervical cancer disorder occurs30% greater comparing to women having first sexual intercourse later, (p<0.05, R=0.3), when number of abortion increases cervical cancer disorder increases 40%(p<0.05, R=0.41).F-1 to recruit osteoprogenitor /mesenchymal stem cells in the bone regeneration process.

2.
Innovation ; : 16-19, 2015.
Artículo en Inglés | WPRIM | ID: wpr-975396

RESUMEN

Trough WHO recommendation hysteroscopy is the golden standart technique of uterine cavity evalution. First Maternity Hospital of Mongolia have been implemented gynecological laparoscopic surgery since 2009, then from 2013 we have started diagnostic and operative hysteroscopy. A hysteroscopy may be done to find the cause of abnormal bleeding or bleeding that occurs after a woman has passed menopause. It also may be done to diagnose infertility. Also a hysteroscopy can be used to remove growths in the uterus, such as fibroids or polyps. We evaluated results of gynecological diagnostic and operative hysteroscopy, which was done in First maternity hospital.We took special questionnaires from 39 women and did prospective analyses.39 patients, who were done hysteroscopy were involved our study from November 2013 to January 2015. 51% of participants were reproductive age women. Under 20 years old participants who underwent diagnostic hysteroscopy due to hyperplasia of endometrium were 3%, they were performed biopsy. From all participants 87,2% performed operative hysteroscopy, 12,8% was diagnostic hysteroscopy. After diagnostic and operative hysteroscopy, 97% of patients had no symptoms, but last 3% of patients had lower abdominal pain. If clarify diagnosis which is approved after diagnostic and operative hysteroscopy 51.3% was displaced IUD, 35.9% was endometrial polyp, 2.6% was hyperplasia endometrium, 10.3% was infertility. Complication was 2.6% through postmenopausal participants if compared with premenopausal women. Diagnostic and operative hysteroscopic procedure has benefits for synehia, septum of uterus, endometrial hyperplasia, abnormal uterine bleeding, submucosal myomectomy. From all participants 87,2% performed operative hysteroscopy, 12,8% was diagnostic hysteroscopy. Hysteroscopy was done when displaced IUD (51.3%), polyp of endometrium (35.9%), hyperplasia of endometrium (2.6%), and infertility (10.3%).Complications after hysteroscopy depends from menopause.

3.
Innovation ; : 16-19, 2015.
Artículo en Inglés | WPRIM | ID: wpr-631215

RESUMEN

Trough WHO recommendation hysteroscopy is the golden standart technique of uterine cavity evalution. First Maternity Hospital of Mongolia have been implemented gynecological laparoscopic surgery since 2009, then from 2013 we have started diagnostic and operative hysteroscopy. A hysteroscopy may be done to find the cause of abnormal bleeding or bleeding that occurs after a woman has passed menopause. It also may be done to diagnose infertility. Also a hysteroscopy can be used to remove growths in the uterus, such as fibroids or polyps. We evaluated results of gynecological diagnostic and operative hysteroscopy, which was done in First maternity hospital.We took special questionnaires from 39 women and did prospective analyses.39 patients, who were done hysteroscopy were involved our study from November 2013 to January 2015. 51% of participants were reproductive age women. Under 20 years old participants who underwent diagnostic hysteroscopy due to hyperplasia of endometrium were 3%, they were performed biopsy. From all participants 87,2% performed operative hysteroscopy, 12,8% was diagnostic hysteroscopy. After diagnostic and operative hysteroscopy, 97% of patients had no symptoms, but last 3% of patients had lower abdominal pain. If clarify diagnosis which is approved after diagnostic and operative hysteroscopy 51.3% was displaced IUD, 35.9% was endometrial polyp, 2.6% was hyperplasia endometrium, 10.3% was infertility. Complication was 2.6% through postmenopausal participants if compared with premenopausal women. Diagnostic and operative hysteroscopic procedure has benefits for synehia, septum of uterus, endometrial hyperplasia, abnormal uterine bleeding, submucosal myomectomy. From all participants 87,2% performed operative hysteroscopy, 12,8% was diagnostic hysteroscopy. Hysteroscopy was done when displaced IUD (51.3%), polyp of endometrium (35.9%), hyperplasia of endometrium (2.6%), and infertility (10.3%).Complications after hysteroscopy depends from menopause.

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