Sandbox Reserved 816: Difference between revisions

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'''L.monocytogenes''' uses a lot of virulence factors to initiate infection. Proteins of the '''internalin's family''', virulence factors, plays a key role in the infection's survival in a variety of cell types. They play key roles in processes ranging from adhesion to receptor recognition and are ~~thus~~ essential for infection. The internalin family uses a binding partner action.

'''L.monocytogenes''' uses a lot of virulence factors to initiate infection. Proteins of the '''internalin's family''', virulence factors, plays a key role in the infection's survival in a variety of cell types. They play key roles in processes ranging from adhesion to receptor recognition and there are essential for infection. The internalin family uses a binding partner action.

'''The three-dimensional structure''' of the internalin family shows that there are modular proteins in order to improve the link with the partner. A common architecture is pointed, the N-terminal domain, also called N-terminal '''leucine-rich repeats''' (LRRs). It is composed of 22-residue regions including a β-strand and an helix. The structure is a curved solenoid. '''LRR''' is followed by domains in cell signaling and often in bacterial surface attachment. Whereas the C-terminal regions are not similar that contributes the variety of roles. Each internalin plays a specific role in the infection.

Sandbox Reserved 816: Difference between revisions

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Revision as of 17:56, 9 January 2014 view source Lecomte Alix (talk \| contribs) 38 edits No edit summary ← Older edit		Revision as of 18:01, 9 January 2014 view source Lecomte Alix (talk \| contribs) 38 edits No edit summary Newer edit →
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	'''L.monocytogenes''' uses a lot of virulence factors to initiate infection. Proteins of the '''internalin's family''', virulence factors, plays a key role in the infection's survival in a variety of cell types. They play key roles in processes ranging from adhesion to receptor recognition and are ~~thus~~ essential for infection. The internalin family uses a binding partner action.		'''L.monocytogenes''' uses a lot of virulence factors to initiate infection. Proteins of the '''internalin's family''', virulence factors, plays a key role in the infection's survival in a variety of cell types. They play key roles in processes ranging from adhesion to receptor recognition and there are essential for infection. The internalin family uses a binding partner action.

	'''The three-dimensional structure''' of the internalin family shows that there are modular proteins in order to improve the link with the partner. A common architecture is pointed, the N-terminal domain, also called N-terminal '''leucine-rich repeats''' (LRRs). It is composed of 22-residue regions including a β-strand and an helix. The structure is a curved solenoid. '''LRR''' is followed by domains in cell signaling and often in bacterial surface attachment. Whereas the C-terminal regions are not similar that contributes the variety of roles. Each internalin plays a specific role in the infection.		'''The three-dimensional structure''' of the internalin family shows that there are modular proteins in order to improve the link with the partner. A common architecture is pointed, the N-terminal domain, also called N-terminal '''leucine-rich repeats''' (LRRs). It is composed of 22-residue regions including a β-strand and an helix. The structure is a curved solenoid. '''LRR''' is followed by domains in cell signaling and often in bacterial surface attachment. Whereas the C-terminal regions are not similar that contributes the variety of roles. Each internalin plays a specific role in the infection.