Results 161 to 165 of about 11,062 (165)
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Archives of Microbiology, 1986
An extensive network of extracellular fibrils was revealed by negative staining in the greenish gold algal flagellate, Chrysochromulina breviturrita. These fibrils were of uniform diameter (4–5 nm), sometimes exceeding 5 μm in length. In addition there were short, narrower fibrils (2–3 nm) on the surface of the flagella. Six protein bands were isolated
A. W. Day, R. B. Gardiner, L. M. Brown
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An extensive network of extracellular fibrils was revealed by negative staining in the greenish gold algal flagellate, Chrysochromulina breviturrita. These fibrils were of uniform diameter (4–5 nm), sometimes exceeding 5 μm in length. In addition there were short, narrower fibrils (2–3 nm) on the surface of the flagella. Six protein bands were isolated
A. W. Day, R. B. Gardiner, L. M. Brown
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European Journal of Immunology, 2006
AbstractThe mucosal host defence discriminates pathogens from commensals, and prevents infection while allowing the normal flora to persist. Paradoxically, Toll‐like receptors (TLR) control the mucosal defence against pathogens, even though the TLR recognise conserved molecules like LPS, which are shared between pathogens and commensals.
Hans, Fischer +4 more
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AbstractThe mucosal host defence discriminates pathogens from commensals, and prevents infection while allowing the normal flora to persist. Paradoxically, Toll‐like receptors (TLR) control the mucosal defence against pathogens, even though the TLR recognise conserved molecules like LPS, which are shared between pathogens and commensals.
Hans, Fischer +4 more
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The FimH Protein of Type 1 Fimbriae
1996Per Klemm, Mark Schembri, David L. Hasty
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The FimH protein of type 1 fimbriae. An adaptable adhesin.
Advances in experimental medicine and biology, 1997P, Klemm, M, Schembri, D L, Hasty
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