[1]ÍõÁÕ*,¹¢Å®,Ôø±ò,µÈ.ѪÇåÄÚÖ¬ËØˮƽÓë¶àÄÒÂѳ²×ÛºÏÕ÷»¼Õß×Ó¹¬ÄÚĤ²¡Àí״̬µÄ¹Øϵ·ÖÎö[J].Öйú¼Æ»®ÉúÓýºÍ¸¾²ú¿Æ,2020,(7):64-67.
¡¡WANG Lin*,GENG Nv,ZENG Bin,et al.Relationship between serum visfatin level and endometrial pathological status of patients with polycystic ovary syndrome[J].Chinese Journal of Family Planning & Gynecotokology,2020,(7):64-67.
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64-67
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2020-07-25

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Title:
Relationship between serum visfatin level and endometrial pathological status of patients with polycystic ovary syndrome
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Author(s):
WANG Lin1*GENG Nv2ZENG Bin2LI Cui2HAN Baosheng2FAN Guiling2
1. Department of Family Planning; 2. Department of Reproductive Genetics£¬Tangshan Maternal and Child Health Hospital£¬Tangshan Hebei 063000,P.R.China
¹Ø¼ü´Ê:
ÄÚÖ¬ËضàÄÒÂѳ²×ÛºÏÕ÷×Ó¹¬ÄÚĤÔöÉú°©±ä
Keywords:
visfatinpolycystic ovary syndromeendometrial hyperplasiacarcinogenesis
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R 711ª±75
ÕªÒª:
Ä¿µÄ̽ÌÖѪÇåÄÚÖ¬ËØˮƽÓë¶àÄÒÂѳ²×ÛºÏÕ÷£¨polycystic ovary syndrome£¬PCOS£©»¼Õß×Ó¹¬ÄÚĤ²¡Àí״̬µÄ¹Øϵ£¬ÎªPCOS»¼Õß×Ó¹¬ÄÚĤ²¡±äµÄÕï¶ÏÌṩָµ¼¡£·½·¨Ñ¡È¡2018Äê1ÔÂÖÁ2019Äê5ÔÂÔÚÌÆɽÊи¾Ó×±£½¡ÔºÊÕÖεÄPCOS»¼Õß68Àý£¬¸ù¾Ý×Ó¹¬ÄÚĤ²¡Àí¼ì²é½á¹û·ÖΪ·ÇÕý³£×Ó¹¬ÄÚĤ×飨n=27£©ºÍÕý³£×Ó¹¬ÄÚĤ×飨n=41£©£¬ÁíѡͬÆÚ½¡¿µÌå¼ìÅ®ÐÔ30ÀýΪ¶ÔÕÕ×é¡£±È½Ï3×éÒ»°ã×ÊÁϼ°ÐÔ¼¤ËØ¡¢ÑªÖ¬¡¢Òȵº¹¦Äܼ°ÄÚÖ¬ËØˮƽ£¬¶àÒòËØLogistic»Ø¹é·ÖÎöPCOS»¼Õß×Ó¹¬ÄÚĤÔöÉú¼°°©±äµÄ¶ÀÁ¢Ó°ÏìÒòËØ£¬ÀûÓÃÊÜÊÔÕß¹¤×÷ÌØÕ÷£¨ROC£©ÇúÏß·ÖÎöÄÚÖ¬ËضÔPCOS»¼Õß×Ó¹¬ÄÚĤ²¡±äµÄÕï¶Ï¼ÛÖµ¡£½á¹ûÓë¶ÔÕÕ×éÏà±È£¬·ÇÕý³£×Ó¹¬ÄÚĤ×é¡¢Õý³£×Ó¹¬ÄÚĤ×éÌåÖÊÁ¿Ö¸Êý¡¢ÑüÍαȡ¢×ܵ¨¹Ì´¼¡¢¸ÊÓÍÈýõ¥¡¢¿Õ¸¹ÒȵºËØ£¨fasting insulin£¬FINS£©¡¢ÒȵºËصֿ¹Ö¸Êý£¨homeostasis model assessment of insulin resistance£¬HOMAª²IR£©¡¢Òȵº¦Âϸ°û·ÖÃÚÖ¸Êý£¨islets ¦Â cell secretory index£¬HOMAª²¦Â£©¡¢´Ù»ÆÌåÉú³ÉËØ¡¢ØºÍª¼°ÄÚÖ¬ËØˮƽ¾ùÃ÷ÏÔÔö¸ß£¨P<0ª±05£©£»ÓëÕý³£×Ó¹¬ÄÚĤ×éÏà±È£¬·ÇÕý³£×Ó¹¬ÄÚĤ×éÌåÖÊÁ¿Ö¸Êý¡¢ÑüÍαȡ¢FINS¡¢HOMAª²IR¡¢HOMAª²¦Â¼°ÑªÇåÄÚÖ¬ËØˮƽ¾ùÃ÷ÏÔÔö¸ß£¨P<0ª±05£©¡£¶àÒòËØLogistic»Ø¹é·ÖÎö½á¹ûÏÔʾ£¬FINS£¨OR=2ª±125£¬95 % CI£º1ª±056ª²4ª±279£©¡¢HOMAª²IR£¨OR=4ª±811£¬95 % CI£º1ª±976ª²11ª±715£©¡¢HOMAª²¦Â£¨OR=2ª±396£¬95 % CI£º1ª±300ª²4ª±417£©¼°ÄÚÖ¬ËØ£¨OR=1ª±510£¬95 % CI£º1ª±186ª²1ª±921£©Ë®Æ½¾ùΪPCOS»¼Õß·¢Éú×Ó¹¬ÄÚĤÔöÉú¼°°©±ä¶ÀÁ¢Î£ÏÕÒòËØ£¨P<0ª±05£©¡£ROCÇúÏß·ÖÎö£¬ÑªÇåÄÚÖ¬ËØˮƽÕï¶ÏPCOS»¼Õß×Ó¹¬ÄÚĤÔöÉú¼°°©±äµÄÇúÏßÏÂÃæ»ýΪ0ª±839£¨95 % CI£º0ª±768ª²0ª±921£©¡£½áÂÛѪÇåÄÚÖ¬ËØˮƽÊÇPCOS»¼Õß×Ó¹¬ÄÚĤÔöÉú¼°°©±äµÄ¶ÀÁ¢Ó°ÏìÒòËØ£¬¶ÔPCOS»¼Õß×Ó¹¬ÄÚĤ²¡±äµÄÕï¶ÏÓÐÖØÒª¼ÛÖµ¡£
Abstract:
ObjectiveTo investigate the relationship between serum visfatin levels and endometrial pathology in patients with polycystic ovary syndrome (PCOS)£¬to provide guidance for diagnosis of endometrial lesions in PCOS patients.Methods68 patients with PCOS admitted to Tangshan Maternal and Child Health Hospital from January 2018 to May 2019 were enrolled. According to the results of endometrial pathology, they were divided into abnormal endometrial group (n=27) and normal endometrium group£¨n=41), 30 women in the same period of healthy physical examination were selected as the control group.Compared the general information and sex hormones, blood lipids, islet function and visfatin levels of 3 groups. Multivariate logistic regression analysis was used to analyze the independent influencing factors of endometrial hyperplasia and carcinogenesis in patients with PCOS. The receiver operating characteristic (ROC) curve was used to analyze the diagnostic value of visfatin for endometrial lesions in patients with PCOS.ResultsCompared with control group, body mass index, waistª²hip ratio, total cholesterol, triglycerides, fasting insulin (FINS), homeostasis model assessment of insulin resistance (HOMAª²IR), islets ¦Â cell secretory index (HOMAª²¦Â), luteinizing hormone, testosterone and visfatin levels were significantly increased in abnormal endometrial group and normal endometrial group (P<0ª±05). Compared with normal endometrium group, body mass index, waistª²hip ratio, FINS, HOMAª²IR, HOMAª²¦Â and serum visfatin level were significantly increased in abnormal endometrial group (P<0ª±05). Multivariate Logistic regression analysis showed that FINS (OR=2ª±125, 95 % CI:1ª±056ª²4ª±279), HOMAª²IR (OR=4ª±811, 95 % CI:1ª±976ª²11ª±715), HOMAª²¦Â (OR=2ª±396,95 % CI:1ª±300ª²4ª±417) and visfatin (OR=1ª±510,95 % CI:1ª±186ª²1ª±921) were independent risk factors for endometrial hyperplasia and carcinogenesis in PCOS patients (P<0ª±05). ROC curve analysis showed that area under the curve of serum visfatin level for diagnosis of endometrial hyperplasia and carcinogenesis in PCOS patients was 0ª±839 (95 % CI:0ª±768ª²0ª±921).ConclusionSerum visfatin level is an independent influencing factor of endometrial hyperplasia and carcinogenesis in patients with PCOS, and is of great value in the diagnosis of endometrial lesions in patients with PCOS.

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