## 3 Results  
Because some data came from the same patients at different ages, the age of the first discovery was taken as the patient's MC age. After removing duplicate patient medical records, we had 938 patients with MC diagnosed through colonoscopy in our hospital within six years; 694 (74%) were female and 244 (26%) male. The incidence of female patients after correction was 2.84 times higher than that of male patients. In total, 11 (1.2%), 341 (36.3%), 447 (47.7%), and 139 (14.8%) patients were aged \(<\)25, 26-50, 51-75, and \(>\)76 years, respectively. Therefore, age wise, the most MC-affected of patient group was of those aged \(>\)51 years; 62.5% of them were. Older patients were more likely to experience constipation. These patients are more likely to be affected by MC following anthranoid laxtive use. Among the 938 patients, 438 patients had CEA data. The CEA cutoff point was 4.7 ng/mL Sixty-two people with CEAs exceeded the cutoff point, and compared the relationship between image texture GLCM and CEAs. After unclear and unsuitable patient data were excluded, 370 patients were finally analyzed. First, the correlation between CEAs and MC mucosal texture was analyzed. For example, Pearson correlation between autocorrelation and CEAs was \(-0.005993648\). Pearson correlation between contrast and CEAs was \(-0.045998786\). Finally, no correlation occurred between CEAs and the texture characteristics of MC mucosa. Among the 370 patients, 181 patients had polyps and pathological results, and the differentiative degree of polyps belonged to 130 of the adenomatous polyps. The ADR was 35.14% in 370 patients with MC. This result was similar to the 35.88% ADR for all 1092 individuals. Patients with MC exhibited an ADR similar to 34.7% cited by other studies in mainland China [1; 26]. This also indicates that the presence or absence of CEA detection is not directly related to ADR in patients with MC, but patients with MC have a higher ADR than the general population does. All the images were then analyzed using the GLCM for texture features. Because these 181 patients had polyps, each one had three type images for analysis. In total, 543 images were obtained. Table 1 presents the 181 patients' data and the SPSS calculations and statistics. Continuing to count the polyp pathological results, we observed that the texture features and the classification of pathological results were related for certain characteristics. As discussed in other research, the pathological results of polyps in patients with MC are classified into three grades according to their benign and malignant degrees: The first grade includes benign hyperplastic polyp, Hamartoma polyp, pseudopolys, and inflammatory polyps. The second involves adenomas, including tubular adenomas, tubulovillous adenomas, and villous adenomas. The third grade includes adenocarcinomas, along with both carcinoids and carcinomas in situ. If patients with MC have malignant colorectal adenocarcinomas, the textures of the endoscopy images are extremely disordered. The Pearson correlation coefficient between features and polyp grades was calculated. First, the SPSS calculation demonstrated that the Pearson correlation coefficient was 0.390 (\(p<0.001\)) for autocorrelation (Tables 2 and 3). It is illustrated in Figures 4 and 5. Figure 4: The correlations between autocorrelation and pathological results (**a**) scatter plot and (**b**) box-and-whisker plot. Pathology result 1 is hyperplastic polyps. Pathology result 2 is adenoma. Pathology result 3 is colon adenocarcinoma. For cluster_prominence and cluster_shade, the Pearson correlation coefficient was 0.398 (\(p\leq 0.001\); Table 3, Figure 5) and 0.396 (slightly linear; \(p\) value \(\leq 0.001\); Table 4 and Figure 6) respectively. Figure 5: The correlations between cluster_prominence and pathological results (**a**) scatter plot and (**b**) box-and-whisker plot. Pathology result 1 is hyperplastic polyps. Pathology result 2 is adenoma. Pathology result 3 is colon adenocarcinoma.