Expression of Cdx2 and Ll-cadherin in intestinal metaplasia of gastric mucosa and gastric adenocarcinoma of the intestinal type
Xin Chen
Abstract
Xin Chen
Abstract
Objective To explore the expression of caudal type homeobox transcription factor 2 (Cdx2) and liver intestinal cadherin (LI-CD) in intestinal metaplasia (IM) of gastric mucosa and gastric adenocarcinoma of the intestinal type (GAIT). Methods By using immunohistoehemical method, the expressions of Cdx2 and LI-CD were detected in biopsy sample including 30 cases of GAIT, 30 IM and 30 normal controls. Results The positive rate of Cdx2 expression was 0, 93.3% and 46.7% in normal stomach mucosa, IM and GAIT, respectively. The positive rates of Cdx2 expression in IM and GAIT were significantly higher than that in normal stomach mucosa ( P 〈 0. 005 ) , and the expression of Cdx2 in IM was significantly higher than that in GAIT (P 〈0. 005). Similarly, LI-CD was also negative in normal stomach mucosa, and positive rates were 96. 7% and 73.3% in IM and GAIT group, which were significantly higher than that in normal stomach mucasa ( P 〈 0. 005 ) , and LI-CD expression was also significantly higher in IM than in GAIT (P 〈 0. 05 ). In addition, the staining intensity of Cdx2 and LI-CD expressions in IM exhibited significant correlation ( r =0. 827, P 〈 0. 01 ), but those in GAIT did not ( r = 0. 438, P = 0. 117 ). Conclusion Eetopic expression of Cdx2 and LI-CD can be found in IM and GAIT tissues, which could be an early marker in the disease progression. There is correlation between Cdx2 and LI-CD exorcssion in IM tissue of human, and presumably, Cdx2 regulates LI-CD in IM development. Key words: Cdx-2 protein ; LI cadherin liver-intestine ) protein ; Human ; Stomach ; Metaplasia ; Adenocareinoma
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Objective To explore the expression of caudal type homeobox transcription factor 2 (Cdx2) and liver intestinal cadherin (LI-CD) in intestinal metaplasia (IM) of gastric mucosa and gastric adenocarcinoma of the intestinal type (GAIT). Methods By using immunohistoehemical method, the expressions of Cdx2 and LI-CD were detected in biopsy sample including 30 cases of GAIT, 30 IM and 30 normal controls. Results The positive rate of Cdx2 expression was 0, 93.3% and 46.7% in normal stomach mucosa, IM and GAIT, respectively. The positive rates of Cdx2 expression in IM and GAIT were significantly higher than that in normal stomach mucosa ( P 〈 0. 005 ) , and the expression of Cdx2 in IM was significantly higher than that in GAIT (P 〈0. 005). Similarly, LI-CD was also negative in normal stomach mucosa, and positive rates were 96. 7% and 73.3% in IM and GAIT group, which were significantly higher than that in normal stomach mucasa ( P 〈 0. 005 ) , and LI-CD expression was also significantly higher in IM than in GAIT (P 〈 0. 05 ). In addition, the staining intensity of Cdx2 and LI-CD expressions in IM exhibited significant correlation ( r =0. 827, P 〈 0. 01 ), but those in GAIT did not ( r = 0. 438, P = 0. 117 ). Conclusion Eetopic expression of Cdx2 and LI-CD can be found in IM and GAIT tissues, which could be an early marker in the disease progression. There is correlation between Cdx2 and LI-CD exorcssion in IM tissue of human, and presumably, Cdx2 regulates LI-CD in IM development. Key words: Cdx-2 protein ; LI cadherin liver-intestine ) protein ; Human ; Stomach ; Metaplasia ; Adenocareinoma
Key concepts: CDX2, Intestinal metaplasia, Medicine, Stomach, Gastric mucosa, Internal medicine, Gastroenterology, Immunohistochemistry