TABLE 2.
Partial amino acid sequences of surface proteins 2, 3, and 4 identified by amino acid sequence analysisa
| Protein | Name | Start-end positions | Sequence |
|---|---|---|---|
| 2 | PspA | 1–21 | EEAPVAXQXKAEKDYDAAVXK |
| 3 | AmiA | 40–49 | 1. VYTADPETLD |
| 148–159 | 2. DYLSGTSTDFST | ||
| 387–394 | 3. VAAQLPAY | ||
| 4 | PpmA | 51–59 | 1. PSAQQVLLN |
| 64–66 | 2. QVF | ||
| 74–83 | 3. LDDQEVDDTL | ||
| 120–123 | 4. LAVQ | ||
| 125–137 | 5. VAEAELTDEAYQQ | ||
| 142–146 | 6. YTPDV | ||
| 161–165 | 7. EVLEQ | ||
| 195–198 | 8. FDSA | ||
| 221–235 | 9. VLTATGTQAYSSQYY | ||
| 248–251 | 10. NLDD | ||
| 260–264 | 11. LLTQQ | ||
| 268–277 | 12. STFVQSLLGK |
a
It is not possible to distinguish between Ile and Leu, Gln and Lys, or Phe and oxidized Met by mass spectrometry.