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1 ogen activators or by endogenously expressed staphylokinase.
2 facilitate tissue invasion without producing staphylokinase.
3 produce the bacterial plasminogen activator, staphylokinase.
4 ith and match in size the staphylococcal PA, staphylokinase.
5    The majority of S. aureus strains produce staphylokinase, a plasminogen activator capable of inact
6                                       Unlike staphylokinase, a single domain protein, streptokinase,
7     In vitro, cathelicidin bound directly to staphylokinase and augmented staphylokinase-dependent pl
8 ion was established, the interaction between staphylokinase and plasminogen did not promote systemic
9  "fibrin-dependent mechanisms" (akin to both staphylokinase and tissue Pg activator) that include: 1)
10 ted to the potent serine protease plasmin by staphylokinase and tissue plasminogen activator.
11 erate sequence identity to streptokinase and staphylokinase, bacterial activators of human plasminoge
12  Homology modelling based upon structures of staphylokinase complexed with human microplasminogen sup
13 und directly to staphylokinase and augmented staphylokinase-dependent plasminogen activation and fibr
14                       Streptokinase (SK) and staphylokinase form cofactor-enzyme complexes that promo
15 other two phages, phi 13 also introduces the staphylokinase gene (sak) and a second gene related to e
16      Our results point out the dual roles of staphylokinase in S. aureus skin infections as promoting
17              Therefore, we hypothesized that staphylokinase interacts with cathelicidin during the ea
18 te generation and activated plasminogen by a staphylokinase mechanism.
19        At the same time, SKDelta59 is unlike staphylokinase or SK and is more like tissue Pg activato
20                      These data suggest that staphylokinase production may be a novel virulence mecha
21                              Also, increased staphylokinase production was associated with noninvasiv
22  of activation of human plasminogen (HPg) by staphylokinase (Sak) required formation of an active com
23  investigated the contribution of fibrin and staphylokinase (Sak) to biofilm formation.
24 of the staphylococcal plasminogen activator, staphylokinase (SAK), was analyzed for its ability to me
25 EA, SEG, and SEK and the fibrinolytic enzyme staphylokinase (Sak), was identified in the unannotated
26                The properties of recombinant staphylokinase (SakSTAR) expressed in Pichia pastoris ce
27 nd in vitro and ex vivo assays, we show that staphylokinase, secreted by S. aureus, promoted the esta
28  In this manner, SKDelta59 behaves more like staphylokinase than like SK; it requires plasmin to form
29 ve evolved PAs [e.g., streptokinase (SK) and staphylokinase] that exploit the Pg system to infect ani

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