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Home Public data LGFUS Public Data Identification of alternative splicing markers for breast cancer 2. Breast Validation Screen permalink
2. Breast Validation Screen ⚙
Primer pair AS annotation : AS annotation
CHEK2.u.f.13 CHEK2.u.r.25

Targets mutually exclusive exon skipping with size difference of 182
Short product(s): 203
Long product(s): 385
Isoform sequences

Targets alternative donor with size difference of 321
Short product(s): 366
Long product(s): 687
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 211
Short product(s): 476, 605
Long product(s): 687
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 302
Short product(s): 385
Long product(s): 687
Isoform sequences

Targets single exon skipping with size difference of 114
Short product(s): 476, 605
Long product(s): 590
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 110
Short product(s): 366
Long product(s): 476, 605
Isoform sequences

Targets multiple exon skipping with size difference of 205
Short product(s): 385
Long product(s): 590
Isoform sequences

Targets single exon skipping with size difference of 91
Short product(s): 275
Long product(s): 366
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 19
Short product(s): 366
Long product(s): 385
Isoform sequences

Targets multiple exon skipping with size difference of 273
Short product(s): 203
Long product(s): 476
Isoform sequences

Targets exon skipping and alternative donor or acceptor with size difference of 412
Short product(s): 275
Long product(s): 687
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 97
Short product(s): 590
Long product(s): 687
Isoform sequences

Targets multiple exon skipping with size difference of 402
Short product(s): 203
Long product(s): 605
Isoform sequences

Targets multiple exon skipping with size difference of 484
Short product(s): 203
Long product(s): 687
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 110
Short product(s): 275
Long product(s): 385
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 72
Short product(s): 203
Long product(s): 275
Isoform sequences

Targets multiple exon skipping with size difference of 163
Short product(s): 203
Long product(s): 366
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 224
Short product(s): 366
Long product(s): 590
Isoform sequences

Targets single exon skipping with size difference of 91
Short product(s): 385
Long product(s): 476, 605
Isoform sequences

Targets single exon skipping with size difference of 129
Short product(s): 275, 366, 385, 476, 590, 687
Long product(s): 605
Isoform sequences

Targets multiple exon skipping with size difference of 387
Short product(s): 203
Long product(s): 590
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 201
Short product(s): 275
Long product(s): 476, 605
Isoform sequences

Targets mutually exclusive exon skipping with size difference of 315
Short product(s): 275
Long product(s): 590
Isoform sequences

Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BDC 31188A1 / Well ID 955567
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BDC 50181A2 / Well ID 947023
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 121 / Well ID 945847
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 125 / Well ID 955950
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 129 / Well ID 948175
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 132 / Well ID 948535
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 138 / Well ID 945871
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 143 / Well ID 948559
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 149 / Well ID 947791
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 166 / Well ID 946231
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 169 / Well ID 948919
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 200 / Well ID 946255
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 206 / Well ID 955926
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 217 / Well ID 947383
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 222 / Well ID 947407
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 264 / Well ID 955927
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 269 / Well ID 947767
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 308 / Well ID 948943
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 328 / Well ID 949303
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 333 / Well ID 949327
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 364 / Well ID 946615
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 369 / Well ID 948151
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 375 / Well ID 946639
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 423 / Well ID 955543
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 426 / Well ID 946999
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRC 440 / Well ID 955566
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 1345 / Well ID 949302
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 1353 / Well ID 949326
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 138 / Well ID 945870
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 143 / Well ID 946230
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 158 / Well ID 946254
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 159 / Well ID 946614
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 166 / Well ID 946638
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 169 / Well ID 946998
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 172 / Well ID 947022
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 174 / Well ID 947382
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 187 / Well ID 955542
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 319 / Well ID 947406
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 345 / Well ID 947766
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 367 / Well ID 947790
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 423 / Well ID 948150
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 426 / Well ID 948174
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 492 / Well ID 948534
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 514 / Well ID 948558
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 517 / Well ID 948918
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN 58 / Well ID 945846
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / BRN F31 / Well ID 948942
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / HS 578T / Well ID 962201
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / MCF7 / Well ID 962176
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / MDA-MB-231 / Well ID 962200
Fluorescence graphs : CHEK2.u.f.13 / CHEK2.u.r.25 / ZR-75-1 / Well ID 962177

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