Abstract
Objective: To explore the effect of long -term management of endometriosis (EMs) patients
based on third-party platform. Methods: From June 2019 to December 2020, 200 endometriosis patients
who were admitted to the gynecology clinic and ward of Shaanxi Provincial Peo ple’s Hospital were
selected. Among them, 100 patients who voluntarily used the third -party platform and regularly visited
the hospital were selected as the experimental group, and 100 patients who were followed up for routine
outpatient service were selected as the control group. The pain numerical rating scale (NRS), self-rating
depression scale (SDS), self-rating anxiety scale (SAS), cyst diameter and EMS disease cognition were
compared between the two groups, which were collected every three months. Results: The data at each
time point (NRS score, SDS score, SAS score, cyst diameter, EMS disease cognition) of experimental
group and control group after management were significantly decreased compared with those before
management and at the previous time point, and the difference was statistically significant (P < 0.05),
however, there was significant difference in the on -time follow-up rate between the two groups (P <
0.05). Conclusion: The use of third-party platforms can significantly improve the long-term management
effect of EMs patients.
Keywords
Endometriosis, Management mode, Third-party platform
1. Introduction
With the in-depth understanding of the occurrence and development of endometriosis, endometriosis
has become a social problem that endangers the health of world's women. Because of unclear etiology,
difficult to remove, biological behavior similar to malignant tumors and the mental, psychological and
physiological harm to women, it has become another chronic disease in the field of gynecology, whic h
needs long-term and even lifelong management. However, there is no mature, effective and standardized
long-term management scheme at home and abroad [1, 2]. In this study, the long -term follow-up of
patients with endometriosis was established and impleme nted on a third -party platform, which can
significantly improve patients’ awareness of the disease and increase patients’ participation in their own
disease diagnosis and treatment and long-term management. It also can increase the trust between doctors
and patients, and saved the cost of disease management for doctors.
2. Object and methods
2.1. Object
Patients with endometriosis who were admitted to the gynecological clinic and ward of Shaanxi
Provincial People's Hospital from June 2019 to December 2020 were selected as subjects.
(1) Inclusion criteria: Consistent with the items of 1), 2) and any item from 3) to 6). 1) The woman
was in adolescence, childbearing age and perimenopausal period. 2) The patients can use the smart
phones pay attention to the third party platform voluntarily, which can be used to learn the relevant
scientific knowledge published by doctors and communicate with doctors about disease management. 3)
Endometrial implantati on cyst was showed by B -ultrasound or MRI. 4) The woman was with
dysmenorrhea and painful nodules of posterior vaginal vault. 5) The woman was with sexual intercourse
pain or post-sexual intercourse pain with painful tubercle of posterior vaginal dome. 6) Endometriosis is
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Published by Francis Academic Press, UK
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confirmed by laparoscopic exploration.
(2) Exclusion criteria: 1) Endometriosis was ruled out after repeated examinations by B -ultrasound
or MRI. 2) The woman was suspected of tumor malignancy with the elevation of marker CA125 and
HE4. 3) The patients were unable to cooperate with dynamic communication due to various reasons.
2.2. Methods
A prospective study was conducted to enlist the endometriosis patients diagnosed by clinical
diagnosis and postoperative diagnosis. Control group strengthene d hospital education, and an internet
connection of doctor-patient was established by the third-party medical platform on the basis of education
in the experimental group. Both groups were evaluated comprehensively from the aspects of symptoms
and signs, psychological conditions and disease cognition every three months for a year.
1) Grouping method: 100 women who voluntarily paid attention to third -party platforms, used the
third-party platforms to learn doctors to relevant scientific knowledge from docto rs, communicate
dynamically with doctors about disease management and came to the hospital for regular check-ups were
selected as the experimental group. And 100 patients followed up routinely were selected as control
group.
2) Intervention method: Both groups were given a systematic education of the disease by the disease
administrator at the first diagnosis, including the concept, symptoms, risk factors, hazard and careful
precautions of endometriosis, the purpose and necessity of each inspection, and the objectives, principles
and necessities of long -term management. Besides, the time and content of follow -up, psychological
counseling and corresponding counseling measures were also told to patients.
Experimental group: An online management group composed of senior doctors and nurses who are
good at diagnosis and management of endometriosis was established. After that, the patients are taught
the use of the third-party platform by nurse, which includes learning of science knowledge and consulting
online. Then the patients were asked to complete the relevant questionnaire and record relevant data
before the experiment. The doctor’s task is to improve the content of online science, solve the problems
online, provide outpatient office visits and manage the patients.
Control group: The related questionnaire before experiment was completed after the education, and
it was recorded by the nurses. Then an approximate follow-up time was arranged.
3) Data collection and analysis
(1) The basic information of both grou ps was collected, such as age, educational level, diagnostic
methods, pre -treatment pain score, cyst diameter, depression score and anxiety score. And the
information differences between both groups of the disease questionnaire after education were evaluated.
(2) The follow-up information of pain score, cyst maximum diameter, anxiety and depression self-scores
of the two groups after treatment were collected every three months. Further, the information of disease
cognition questionnaire of the patients was collec ted one year later. The comparison between the two
groups was carried out to evaluate the effect of patient management methods in the long -term
management of endometriosis.
3. Statistical method
The research data was processed by SPSS 25.0 software. The measurement data were represented by
paired-samples T-tests (
x ± s), and the count data were represented by (%). The comparison between
groups was performed by χ2 test, and P < 0.05 indicated that the difference was statistically significant.
4. Results
4.1. General data
The data before management were compared between the two groups (including age, educational
level, diagnostic method, pain score before treatment, cyst diameter, depression score, anxiety score and
EM’s disease cognition). The results showed that there was no statistically significant difference in the
data between the two groups (P > 0.05), as shown in Table 1.
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Table 1: Comparison of basic data of two groups
Item Experimental group(n=100) Control group(n=100) T/χ2 value P value
Age (year,
x ±s) 33.72± 7.738 34.57± 7.567 -0.735 0.464
Educational level (number, %) 0.730 0.981
Primary school 5(5) 7(7)
Junior high school 12(12) 13(13)
High school 24(24) 21(21)
Undergraduate (including college) 39(39) 37(37)
Master 13(13) 14(14)
Doctor 7(7) 8(8)
Diagnostic method (number, %) 0.960 0.327
pathological diagnosis 28(28) 22(22)
clinical diagnosis 72(72) 78(78)
Pain NRS score before (score,
x ±s) 5.00± 2.701 5.06± 2.719 -0.145 0.885
Cyst diameter (score,
x ±s) 44.09± 7.382 42.81± 7.000 1.327 0.188
Depression score (score,
x ±s) 51.90± 11.413 50.59± 7.669 1.044 0.299
Anxiety core (score,
x ±s) 51.51± 8.898 53.49± 8.556 -1.682 0.096
EM’s disease cognition (score,
x ±s) 31.30± 13.681 31.93± 15.293 -0.305 0.761
4.2. Pain numerical rating scale (NRS) score
As shown in Table 2, the NRS score of control group was 5.06 ± 2.719 before management. It was
scored every three months after management; the latter score was significantly lower than the previous
time and the difference was statistically significant (P < 0.05). The NRS score of the experimental group
was 5.00± 2.701 before management. It was also scored every three months after management, the latter
score was significantly lower than those before management and the previous time, and the difference
was also statistically significant (P 0.05).
Table 2: Comparison of NRS score
Group Number
x ±s P value Group Number
x ±s P value
EGp before management
100
5.00± 2.701
0.885
EGp after 12 months
management 61
2.69± 1.689 0.801
CGp before management 5.06± 2.719 CGp after 12 months
management 2.77± 1.657
EGp before management
81
4.80± 2.813
0.000
CGp before management
61
5.08± 2.801
0.000 EGp after 12 months
management 2.58± 1.604 CGp after 12 months
management 2.77± 1.657
EGp before management
84
4.87± 2.793
0.000
CGp before management
70
5.04± 2.721
0.000 EGp after 3 months
management 4.24± 2.383 CGp after 3 months
management 4.36± 2.396
EGp after 3 months
management 82
4.23± 2.410
0.000
CGp after 3 months
management 60
4.35± 2.510
0.000 EGp after 6 months
management 3.30± 1.877 CGp after 6 months
management 3.48± 1.996
EGp after 6 months
management 85
3.35± 1.863
0.000
CGp after 6 months
management 57
3.42± 1.973
0.000 EGp after 9 months
management 2.66± 1.659 CGp after 9 months
management 2.89± 1.749
EGp after 9 months
management 81
2.73± 1.666
0.001
CGp after 9 months
management 58
2.88± 1.748
0.006 EGp after 12 months
management 2.58± 1.604 CGp after 12 months
management 2.72± 1.631
Remarks: EGp: experimental group, CGp: Control group
4.3. Self-rating depression scale (SDS)
As shown in Table 3, the SDS score of experimental groups before management was 51.90± 11.413.
After management, the SDS scores of patients at each time node were significantly lower than those
before management and the previous time node, and the difference was statistically significant, P<0.05.
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The SDS score of experimental groups before management was 50.59± 7.669. The SDS scores of patients
after management at each time node were significantly lower than those before management and the
previous time node, and the difference was statistically significant, P0.05), however, the difference
had statistical significance after the intervention (P<0.05).
Table 3: Comparison of SDS score
Group Number
x ±s P
value Group Number
x ±s P
value
EGp before management
100
51.90± 11.413
0.299
EGp after 12 months
management 64
33.75± 6.643 0.005
CGp before management 50.59± 7.669 CGp after 12 months
management 36.63± 4.627
EGp before management
81
51.69± 11.671
0.000
CGp before management
64
49.47± 7.580
0.000 EGp after 12 months
management 33.17± 6.475 CGp after 12 months
management 36.63± 4.627
EGp before management
83
51.76± 11.549
0.000
CGp before management
70
49.67± 7.358
0.000 EGp after 3 months
management 48.54± 8.971 CGp after 3 months
management 46.07± 5.754
EGp after 3 months
management 81
48.52± 9.064
0.000
CGp after 3 months
management 61
46.26± 5.924
0.000 EGp after 6 months
management 44.20± 7.398 CGp after 6 months
management 43.62± 5.791
EGp after 6 months
management 85
44.33± 7.259
0.000
CGp after 6 months
management 59
43.75± 5.646
0.000 EGp after 9 months
management 39.14± 6.167 CGp after 9 months
management 40.69± 5.509
EGp after 9 months
management 81
39.12± 6.270
0.000
CGp after 9 months
management 62
40.58± 5.385
0.000 EGp after 12 months
management 33.17± 6.475 CGp after 12 months
management 36.73± 4.406
Remarks: EGp: experimental group, CGp: Control group
4.4. Self-rating anxiety scale (SAS)
Table 4: Comparison of SAS score
Group Number
x ±s P
value Group Number
x ±s P
valueE
EGp before management
100
51.51± 8.898
0.096
EGp after 12 months
management 64
36.33± 5.936
0.000
CGp before management 53.49± 8.556 CGp after 12 months
management 40.56± 5.580
EGp before management
81
51.91± 9.527
0.000
CGp before management
64
53.89± 8.720
0.000 EGp after 12 months
management 36.14± 5.533 CGp after 12 months
management 40.56± 5.580
EGp before management
83
51.98± 9.421
0.000
CGp before management
70
53.74± 8.731
0.000 EGp after 3 months
management 49.10± 8.417 CGp after 3 months
management 50.41± 7.662
EGp after 3 months
management 81
49.07± 8.519
0.000
CGp after 3 months
management 62
50.63± 7.629
0.000 EGp after 6 months
management 44.73± 6.325 CGp after 6 months
management 47.87± 6.674
EGp after 6 months
management 85
44.60± 6.243
0.000
CGp after 6 months
management 60
47.90± 6.516
0.000 EGp after 9 months
management 40.31± 5.860 CGp after 9 months
management 44.60± 6.040
EGp after 9 months
management 81
40.49± 5.910
0.000
CGp after 9 months
management 62
44.82± 6.208
0.000 EGp after 12 months
management 36.14± 5.533 CGp after 12 months
management 40.60± 5.609
Remarks: EGp: experimental group, CGp: Control group
As shown in Table 4, the SAS score of experimental groups before management was 51.51± 8.898
points. After management, the scores of patients at each time node were significantly lower than those
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before management and the previous time node, and the difference was statistically significant, P<0.05.
The SAS score of experimental groups before management was 53.49± 8.556 points. And the scores of
patients at each time node after management were significantly lower than those before management and
the previous time node, and the difference was statistically significant P0.05), while the
scores of the two groups decreased after intervention, and the difference was statistically significant (P <
0.05).
4.5. Cyst diameter before and after treatment
As shown in Table 5, the cyst diameter of experimental group before management was 44.09 ± 7.382
mm, and the value after management was significantly lower than that before management and the
previous time point with statistical significance ( P <0.05 ). While the cyst diameter of control group
was 42.81 ± 7.000 mm before management, and the cyst diameter after management was significantly
lower than that before ma nagement and the previous time point, and the difference was statistically
significant, P 0.05).
Table 5: Comparison of cyst diameter
Group Number
x ±s P value Group Number
x ±s P value
EGp before management 100 44.09± 7.382 0.188 EGp after 12 months management 64 23.33± 11.448 0.145 CGp before management 42.81± 7.000 CGp after 12 months management 26.56± 13.720
EGp before management
81
44.30± 7.286
0.000
CGp before management
64
43.16± 7.167
0.000 EGp after 12 months
management 22.09± 12.175 CGp after 12 months management 26.56± 13.720
EGp before management
83
44.35± 7.208
0.000
CGp before management
70
43.11± 6.952
0.000 EGp after 3 months
management 34.33± 17.314 CGp after 3 months management 34.06± 16.520
EGp after 3 months
management 81
34.09± 17.460
0.000
CGp after 3 months management
61
33.74± 16.944
0.000 EGp after 6 months
management 31.49± 16.233 CGp after 6 months management 32.38± 16.066
EGp after 6 months
management 85
31.78± 15.928
0.000
CGp after 6 months management
59
32.29± 16.260
0.000 EGp after 9 months
management 28.48± 14.392 CGp after 9 months management 29.25± 14.951
EGp after 9 months
management 81
28.25± 14.646
0.001
CGp after 9 months management
62
29.19± 15.194
0.000 EGp after 12 months
management 22.09± 12.175 CGp after 12 months management 26.44± 13.901
Remarks: EGp: experimental group, CGp: Control group
4.6. EMS disease cognition
It can be seen from Table 6 that there was no significant difference in EMS disease cognition between
the two groups before intervention (P > 0.05). After the intervention, the scores of the two groups were
lower than those before intervention. There were significant differences in both groups before and after
intervention and the two groups after intervention (P < 0.05).
Table 6: Comparison of disease cognition
Group Number
x ±s P value Group Number
x ±s P value
EGp before
management 81
30.370± 13.556
0.000
CGp before management
66
33.379± 15.103
0.000 EGp after 12 months
management 61.204± 25.078 CGp after 12 months
management 56.212± 23.077
EGp before
management 100
31.300± 13.681
0.761
EGp after 12 months
management 66
66.174± 23.371
0.000 CGp before
management 31.930± 15.294 CGp after 12 months
management 56.212± 23.077
4.7. Overall management effect
We can see from Table 7 that the follow-up rates of 100 patients in experimental group at 0, 3, 6, 9
and 12 months were 100 %, 83 %, 85 %, 87 % and 81 %, respectively. While the follow-up rates of 100
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patients in the control group at 0, 3, 6, 9 and 12 months were 100 %, 70 %, 66 %, 66 % and 61%,
respectively. Obviously, the follow-up rate between the two groups had significant difference, and there
was statistical significance (P<0.05).
Table 7: Comparison of follow-up rate
Group Number Mean standard deviation P value
Experiment group 5 87.20 7.497 0.020 Control group 5 72.60 15.646
5. Discussion
Endometriosis has the following features: extensive lesion, diverse form, unknown etiology, and it is
defined as a refractory disease for its high recurrence rate and difficult to cure, and with the characteristics
similar to malignant tumors such as invasiveness, metastasis and recurrence [3 -6]. In recent years, with
the in -depth understanding of endometriosis, it has risen from a common disease in women of
childbearing age to a worldwide health problem. It not only increases the burden of health resources, but
also seriously endangers the health life of patients. The daily work of obstetrics and gynecology doctors
in China is relatively busy. How to effectively manage patients in working leisure is one of the urgent
problems to be solved. Due to the wide application of smart phones, and related third-party platforms are
more and more widely used [7]. Based on the third -party platform, this study expl ores a long -term
management model for endometriosis patients, which is suitable for national situation.
In this study, 200 patients with endometriosis diagnosed by clinic or surgery were taken as the
research object, and the long-term management lasted for one year. Taking 3 months as a time node, the
relevant data of patients were collected regularly, and the data of experimental group and control group
were statistically analyzed. The results showed that the data (including NRS score, SDS score, SAS score,
cyst diameter and EMS disease cognition) of the two groups after management were significantly
decreased compared with those before management, the data of latter time node was also significantly
decreased compared with the previous time node, and all th e difference were statistically significant (P
< 0.05). Further, the subjective evaluation (such as SDS score, SAS score and EMS disease cognition)
after one year intervention of the two groups were significantly different, and the difference showed
statistical significance. For example, the scores of depressions and anxiety in experimental group were
lower than those in control group, meanwhile, the scores of disease cognition questionnaire in the
experimental group were higher. The objective evaluation data showed that (RS score and cyst diameter)
in both groups decreased significantly, but there was no significant difference of the 12th month. It is
thus clear that no matter what kind of management method is used, if patients can adhere to the treatment,
the treatment effect is objectively equivalent. Moreover, from the overall management effect, the follow-
up rate at each time point in experimental group was significantly higher than that in control group, and
the difference between the two groups was statistically significant. It can be seen that the method used in
experimental group can better realize the management of patients.
In addition, the difference of management effect between the two groups was considered to be related
to the fluctuation of new coronary pneumonia epidemic. Many patients who need offline treatment have
delayed the treatment or referral due to the epidemic control and other reasons. Patients who use third -
party platforms can freely communicate with doctors online during the epidemi c period, and learn the
scientific knowledge released online, which helps improve the patient compliance. Moreover, patients
learn more knowledge and benefit from the treatment (such as significant pain relief), which helps reduce
depression and anxiety ps ychologically, forming a positive cycle and promoting each other, so that a
virtuous cycle will be formed and promoted.
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