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1 tant for the catalytic activity of bacterial type I signal peptidase.
2 operties of this enzyme were consistent with type I signal peptidase.
3 ion distinguishes Imp1p and Imp2p from other type I signal peptidases.
4 sition protein kinase 8) or Plsp1 (Plastidic type I signal peptidase 1), was replaced with the stop-t
5 ocessing event is most likely independent of type I signal peptidase activity.
6                                              Type I signal peptidases are integral membrane proteins
7 signal peptide of 24 amino acids ending in a type I signal peptidase cleavage site of Leu-Ala-Ala.
8 espite partial conservation of motifs of the type I signal peptidase family proteins, SipA lacks the
9     Whereas both subunits are members of the type I signal peptidase family, they exhibit nonoverlapp
10                                         Many type I signal peptidases from eubacterial cells appear t
11 of PhrA, PhrE, and PhrC suggested a role for type I signal peptidases in the processing of the Phr pr
12 ch act via the novel mechanism of inhibiting type I signal peptidase, is broader than previously beli
13                                          The type I signal peptidase lepB genes from Rickettsia ricke
14 lipoprotein transferase), and lepB (encoding type I signal peptidase), monitored by real-time quantit
15 s study showing that residues comprising the type I signal peptidase signature in the two catalytic s
16 ime, successfully isolated Bacillus subtilis type I signal peptidase (SipS) and a truncated version l
17                                              Type I signal peptidase (SPase I) catalyzes the cleavage
18                                              Type I signal peptidase (SPase I) catalyzes the hydrolyt
19                                              Type I signal peptidase (SPase I) is an integral membran
20                In this study, we show that a type I signal peptidase (SPase I) is responsible for thi
21  well as other bacteria, is dependent on the type I signal peptidase (SPase)-mediated cleavage of the
22  A central event in protein secretion is the type I signal peptidase (SPase)-mediated cleavage of the
23 pB (Rv2903c) encodes the sole homolog of the type I signal peptidase (SPase).
24                                              Type I signal peptidases (SPases) cleave signal peptides
25        TPP is homologous to Escherichia coli type I signal peptidase (SPI) called LepB.
26                                              Type I signal peptidases (SPs) comprise a family of stru

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