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Data on the differences in molecular profile between H pylori-positive and H pylori-negative early gastric carcinomas, if any, are almost nonexistent. We therefore investigated whether molecular differences can be observed between H pylori-positive and H pylori-negative early gastric carcinomas. Forty-five early gastric carcinomas were analyzed for alterations in certain oncogenes (ras, MDM2, c-erbB-2, cyclin D1), the p53 tumor suppressor gene, and the e-cadherin gene. Of these 28 carcinomas were H pylori-positive, and 17 were H pylori-negative. No significant differences were found in the groups irrespective of Lauren type; ras (0% vs 0%), MDM2 (0% vs 0%), c-erbB-2 (0% vs 0%), cyclin D1 (18% vs 29%), p53 (68% vs 47%), and e-cadherin (46% vs 41%). Helicobacter pylori-positive and H pylori-negative early gastric carcinomas do not differ in molecular profile. Although they may prove different when tested for other abnormalities, our findings suggest that the acquisition of molecular alterations occurs via an H pylori independent pathway.

Molecular Alterations in Early Gastric Carcinomas: No Apparent Correlation withHelicobacter pyloriStatus