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Reactivation of Streptolysin S by Oligonucleotide

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Abstract Oligonucleotide-streptolysin S complex inactivated by alkali treatment remains nonhemolytic, even after acidification and mixing with intact carrier oligonucleotide rich in guanyl residue. Upon dehydration, how ever, the inactive streptolysin S-oligonucleotide mixture turned to be hemolytic, and this reactivation of the hem olysin was promoted by treatment with guanidine hydrochloride. After alkaline hydrolysis, streptolysin S was freed from nucleotide moiety, by gel filtration through a Sephadex G -50 column. From this nonhemolytic apotoxin as well, active streptolysin S complex was reconstructed upon dehydration with the carrier.
Title: Reactivation of Streptolysin S by Oligonucleotide
Description:
Abstract Oligonucleotide-streptolysin S complex inactivated by alkali treatment remains nonhemolytic, even after acidification and mixing with intact carrier oligonucleotide rich in guanyl residue.
Upon dehydration, how ever, the inactive streptolysin S-oligonucleotide mixture turned to be hemolytic, and this reactivation of the hem olysin was promoted by treatment with guanidine hydrochloride.
After alkaline hydrolysis, streptolysin S was freed from nucleotide moiety, by gel filtration through a Sephadex G -50 column.
From this nonhemolytic apotoxin as well, active streptolysin S complex was reconstructed upon dehydration with the carrier.

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