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1 e-tagged full-length proteins, we found that topogenic activities of two C-trans (type II) signal anc
2 e findings suggest a correlation between the topogenic and transforming activities of TLS and EWS N-t
3 ctural features contributing to this unusual topogenic behavior included 1) a short, flexible peptide
4 tional and sequential manner, while multiple topogenic determinants appear to be required for the int
5 g of sequential translocation events, native topogenic determinants are capable of generating two alt
6 neously integrates information from multiple topogenic determinants as they are presented in rapid su
7 t tunnel can influence the timing with which topogenic determinants contact, enter, and pass through
8 ation efficiencies, indicating that multiple topogenic determinants cooperate during Kv1.3 topogenesi
9 extraction assays, we have characterized the topogenic determinants encoded by Kv1.3 segments that me
10 locyte lysate system, we have identified two topogenic determinants encoded within the first (TM1) an
16 Cox2p C terminus by a mechanism dependent on topogenic information at least partially contained withi
25 polytopic membrane proteins is determined by topogenic sequences in the protein, protein-translocon i
27 PTS2 nonapeptide and demonstrated that this topogenic signal is capable of directing heteromultimeri
28 ignal that is consistent with the degenerate topogenic signal targeting proteins to the glycosome, a
29 slated on free ribosomes, and mRNAs encoding topogenic signal-bearing proteins are translated on ER-b
31 distribution of cytosolic/nucleoplasmic and topogenic signal-encoding mRNAs, with mRNAs of both coho
32 associated mRNAs encoding both cytosolic and topogenic signal-encoding proteins display similar ribos
33 hierarchical system of intrinsic and encoded topogenic signals and identify mRNA cohort-restricted mo
34 anges correct for mismatches in the membrane topogenic signals between E. coli and eukaryotic cells g
35 topology either directly by interacting with topogenic signals of newly inserted proteins or indirect
36 ng are governed by structural principles and topogenic signals that are recognized and decoded by the
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