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| Beta-PFT (total related VFs in database, current show from 61 to 70) |
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LLO
(Listeriolysin O) |
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Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
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Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
|
Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
|
Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
|
Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
|
Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
|
Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
|
Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
|
Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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LLO
(Listeriolysin O) |
|
Active at low optimum pH (5.5) and the narrow pH range, so although Listeriolysin O (LLO) is produced by bacteria in both the cytosol (pH 7.0) and the vacuole, LLO activity is restricted to the vacuole compartment. Belongs to the family of cholesterol-dependent, pore-forming toxins(CDTX)(such as streptolysin O (SLO), pneumolysin, perfringolysin) or cholesterol-binding 'thiol-activated' family, means inhibition by oxidation or thiol-reacting compounds and reactivation by thiol-reducing agents, LLO and ivanolysin (the homolog of LLO in L.ivanovii) are the only members produced by an intracellular bacteria. ... |
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