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29 Nov 1998: The image detection thresholds on the O and E plates were around 24 mag arcsec. ... and 24 mag arcsec. Detected images were parameterised to preserve coordinate, intensity and general shape information.

30 Nov 1998: 46 00 01.9 7.3 6.3 0.14 5.9 69P9 06 01 24.24 45 58 33.3 8.1 8.6 0.16 8.1 69P10 06 ... 5 69P12 06 01 33.83 44 08 24.0 44.7 44.1 0.09 14.5 69P13 06 01 36.10 44 47 50.1 22.2 21.9

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).

1 Mar 1998: Exposure Time (mag) (mag/sq arcsec) U 24.75 26.6 700s B 25.75 27.6 600s V 25.25 27.1 600s R 25.00 26.8 775s I ... 24.25 26.1 850s Z 22.50 24.3 600s Maximum practical exposure times assuming gain of unity and taking into account the sky brightness in the

1 Mar 1998: shows. Table 1. Comparison of RIDOS with other Optical Surveys Survey Limiting Mag Sky Area Resolution Availability (R) (sq deg) arcsec (to community) ----------------------------------------------------------------------- RIDOS 24.5 100-200 1 from

3 Feb 1998: B) The F2 transgenic animals (n 5 24) were observedfor signs of neurodegenerative disease, including ataxia and paresis. ... To. ensure that vesicle integrity was maintainedduring the proteolysis reaction, we alsoevaluated the accessibility to protease

14 Oct 1998: 1.24) δ(p) = limn. {n(d1)/d log Pp(|C|= n). }exists and is strictly positive when p > pc. ... The existence of the limit in (1.24) has been proved when d = 2 by Alexander,Chayes, and Chayes (1990), and when d = 3 by Cerf (1998b).

9 Sep 1998: 10.2 (24.1) 9.0 (17.9)Riso (%). c 32.5Phasing power 1.29 (0.77)Anomalous phasing power 1.33 (0.57)Resolution in outer shell (Å) ... 2.20 3.24–3.0Rfactor 0.190Rfree (10% of data) 0.258.

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

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.