2009Zhonghua xiaohua neijing zazhiRequires access

Expression of Cdx2 and Ll-cadherin in intestinal metaplasia of gastric mucosa and gastric adenocarcinoma of the intestinal type

Xin Chen

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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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What this paper is about

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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Available 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

Key concepts: CDX2, Intestinal metaplasia, Medicine, Stomach, Gastric mucosa, Internal medicine, Gastroenterology, Immunohistochemistry

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Expression of Cdx2 and Ll-cadherin in intestinal metaplasia of gastric mucosa and gastric adenocarcinoma of the intestinal type — Research Paper | ScholarLens