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1 ocarcinoma and have similar functions to the small intestinal epithelium.
2 e Gata4 gene was specifically deleted in the small intestinal epithelium.
3  adhesins to promote their attachment to the small intestinal epithelium.
4 rect interactions between Salmonella and the small intestinal epithelium.
5 d CXCR4, is abundant at the basal surface of small intestinal epithelium.
6 nly colonic apoptosis, plays a major role in small intestinal epithelium.
7  enterocytes, the principal cell type of the small intestinal epithelium.
8 ty acid binding protein (IFABP), a marker of small intestinal epithelium.
9  cohabitate in the crypts and rejuvenate the small intestinal epithelium.
10 reased via suppressed Notch signaling in the small intestinal epithelium.
11 absorptive enterocyte gene expression in the small intestinal epithelium.
12 e fashion, initiating with attachment to the small intestinal epithelium.
13 mice that overexpress Bcl-2 throughout their small intestinal epithelium, and septic p53-/- mice.
14    These filtrates caused no damage to mouse small intestinal epithelium, as determined by electron m
15                                    The mouse small intestinal epithelium consists of four principal c
16 neth cells mediate immunity and maintain the small intestinal epithelium; defects in activities of th
17 isclosed that the stem cell hierarchy in the small intestinal epithelium is established during format
18                     The area adjacent to the small intestinal epithelium is more acid than the bulk p
19                              The adult mouse small intestinal epithelium is self-renewing.
20                                          The small intestinal epithelium mediates vital functions of
21 c mice that overexpress Bcl-2 throughout the small intestinal epithelium (n = 23) and littermate cont
22          We show that targeted expression in small intestinal epithelium of a fusion protein composed
23  effects of forced expression of Id-1 in the small intestinal epithelium of adult chimeric mice.
24 human Rac1 (Rac1Leu61) in the 129/Sv-derived small intestinal epithelium of C57Bl/6-ROSA26<-->129/Sv
25 , we identified several abnormalities in the small-intestinal epithelium of Nod2(-/-) mice including
26 t its physiologic functions in the mammalian small intestinal epithelium remain poorly defined.
27 1, 2-fucosyltransferase messenger RNA in the small-intestinal epithelium requires the normal microflo
28 s of the control chimeras indicated that the small intestinal epithelium supports a complex pattern o
29 d in the myocardium, stomach epithelium, and small intestinal epithelium throughout mouse development
30                                    The mouse small intestinal epithelium undergoes continuous renewal
31                              The adult mouse small intestinal epithelium undergoes perpetual regenera

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