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30 Nov 1998: 10 27 382 428 0.17 12.7 51P6 09 49 28.5 44 53 43 336 339 0.24 11.7 51P7 09 49 32.1 49 59 40 664 ... 787 0.13 13.7 51P8 09 50 23.2 46 39 22 319 349 0.38 14.0 51P9 09 50 38.6 45 24 33 283 257 0.32

30 Nov 1998: 53P1 10 01 04.41 46 40 51.9 34.0 32.6 0.20 24.5 53P2 10 01 51.97 46 19 57.6 20.6 21.2 ... 0.26 13.6 53P107 10 15 33.70 46 24 17.6 14.6 33.3 0.24 12.2.

15 Jan 1998: 139 (E) 394 412 (Ta3) 2.64 (9)4 490 495 (Ta4) 5 6 205 222 (F) 525 534 (Ta5) 2.24 (5)60 536 545 (Ta50) 7 243 263 (G) ... 24%. Despite this relatively weak con-servation both enzymes share a very similar three-dimensional structure (Moser et al., 1997).

7 Oct 1998: DOLLAR SIGN. CP1252. 24. , 8859-2. 24. , 8859-3. 24. , 8859-4. ... 24. , 8859-14. 24. 0025. PERCENT SIGN. CP1252. 25. , 8859-2.

30 Nov 1998: 24.6 48 39 43 824 877 0.11 17.2 52P4 10 24 02.8 45 01 10 566 612 0.18 20.8 52P5 10 24 12.8 46 ... 18 15 4169 4461 0.25 80.0 52P6 10 24 29.4 48 32 38 2652 2988 0.20 50.4 52P7 10 25 25.2 47 20 06 168

7 Oct 1998: 23. 02 10 20-21. 25. 00 02 0C 10 14 18 1C 24 2C 34 3C 50-6C 80 84 88 8C 90-93 A0 AC B2 BA BC C4 ... 03. D1 D5-D6 F1. 20. 32-34. 21. 02 15 1A 1D 24 94-95 A4-A7 D0-D5.

4 Sep 1998: Provisional information only. Generated at 09:55.24 on 4/9/1998.

27 Oct 1998: Figure 7.24: Cricket.

30 Nov 1998: 35.2 68P10 06 23 56.0 42 50 42 369 408 0.09 12.5 68P11 06 24 21.0 43 22 37 186 235 0.13 8.1 68P12 ... 06 24 28.4 43 53 42 179 221 0.15 8.8 68P13 06 24 29.0 43 01 30 243 278 0.11 10.0 68P14 06 24

14 Oct 1998: n). In conclusion, there exists δ4 such that, for all e=〈z, z+ u〉 Ed,(3.24) Pp,s. ... where 5′e is the number of pivotal vertices within z+ B(2m+ R+ 1).Summing (3.24) over all eEd, we deduce via (3.17) that.