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| α-hemolysin |
 |
A paradigm for pore-forming toxins that utilize a β-barrel structure for channel formation. PDB code :7AHL. ... |
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| α-hemolysin |
|
A paradigm for pore-forming toxins that utilize a β-barrel structure for channel formation. PDB code :7AHL. ... |
|
| α-hemolysin |
|
A paradigm for pore-forming toxins that utilize a β-barrel structure for channel formation. PDB code :7AHL. ... |
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| γ-hemolysin |
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Three protein (HlgA, HlgB, HlgC) are virtually identical in sequence to leukocidin component S and F, thus γ-hemolysin may act similarly to leukocidin. S component: HlgA, HlgC. F component: HlgB. ... |
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| γ-hemolysin |
|
Three protein (HlgA, HlgB, HlgC) are virtually identical in sequence to leukocidin component S and F, thus γ-hemolysin may act similarly to leukocidin. S component: HlgA, HlgC. F component: HlgB. ... |
|
| γ-hemolysin |
|
Three protein (HlgA, HlgB, HlgC) are virtually identical in sequence to leukocidin component S and F, thus γ-hemolysin may act similarly to leukocidin. S component: HlgA, HlgC. F component: HlgB. ... |
|
| γ-hemolysin |
|
Three protein (HlgA, HlgB, HlgC) are virtually identical in sequence to leukocidin component S and F, thus γ-hemolysin may act similarly to leukocidin. S component: HlgA, HlgC. F component: HlgB. ... |
|
| γ-hemolysin |
|
Three protein (HlgA, HlgB, HlgC) are virtually identical in sequence to leukocidin component S and F, thus γ-hemolysin may act similarly to leukocidin. S component: HlgA, HlgC. F component: HlgB. ... |
|
| γ-hemolysin |
|
Three protein (HlgA, HlgB, HlgC) are virtually identical in sequence to leukocidin component S and F, thus γ-hemolysin may act similarly to leukocidin. S component: HlgA, HlgC. F component: HlgB. ... |
|
| γ-hemolysin |
|
Three protein (HlgA, HlgB, HlgC) are virtually identical in sequence to leukocidin component S and F, thus γ-hemolysin may act similarly to leukocidin. S component: HlgA, HlgC. F component: HlgB. ... |
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