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. 2004 Apr;14(4):758–765. doi: 10.1101/gr.2001604

Table 2.

Integration of the ESTs in the RH and Linkage Maps of the Rat Autosomes and Synteny Conservation With the Mouse Genome

RH mapping
Sequence homology (BLAT)e
RNO Totala Mappedb Discordant mapping Resolved positionsc Resolved genetic positionsd Rat genome Discordant RH-BLAT Mouse genome Both genomes Synteny groups
   1 1320 1095 58 271 192 1014 63 793 751 5
   2 775 537 37 201 178 491 21 415 382 3
   3 598 414 10 174 135 379 13 331 313 1
   4 757 443 43 98 53 411 12 356 339 2
   5 620 501 40 145 106 466 27 395 374 1
   6 429 406 26 103 83 366 40 303 277 3
   7 604 550 4 145 107 485 22 423 387 3
   8 606 560 17 172 112 496 16 448 412 1
   9 341 287 5 75 44 259 11 212 198 2
10 723 619 2 152 118 565 17 501 466 3
11 308 256 35 77 34 237 6 195 183 1
12 281 270 5 81 40 251 16 186 175 1
13 324 310 5 78 32 273 8 257 233 1
14 271 254 2 65 35 232 11 179 169 2
15 381 239 12 59 35 213 14 186 168 1
16 321 286 1 65 24 260 7 229 213 2
17 604 260 0 63 46 235 4 198 185 3
18 298 247 0 55 47 217 12 188 174 1
19 230 163 0 38 37 152 6 126 120 1
20 276 255 0 54 48 222 7 187 169 2
Total 10,067 7952 303 2171 (27%) 1506 (19%) 7224 333 6108 5688 39
a

Number of ESTs whose RH scores were extracted from the RHdb web site (http://corba.ebi.ac.uk/Rhdb)

b

Number of ESTs successfully mapped to our RH framework maps (Watanabe et al. 1999)

c

ESTs which map to resolved positions defining framework RH positions (Watanabe et al. 1999)

d

ESTs which map to the resolved positions defining both framework positions of the RH map (Watanabe et al. 1999) and genetic loci in the linkage map derived from the BN × GK intercross (Gauguier et al. 1996)

e

EST markers mapped reliably to the rat and mouse genomic sequences using BLAT (Kent 2002). Details of ESTs that are assigned to different chromosomes by RH mapping and BLAT are available in our data repository (http://www.well.ox.ac.uk/rat_mapping_resources)