Microarray Probes on PGSC0003DMT400053854

Probe IDChipProbe Sequence
CUST_51624_PI426222305 JHI_St_60k_v1 TTTAGGACAGGGGAATTACTGTCTTGAAAACTCTAGCAGAGGTGTACATAACAGAAAAAA

Link to Spud DB Genome Browser for Transcript PGSC0003DMT400053854

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Source Transcript PGSC0003DMT400053854 - Homology to Model Species (BLASTX to E-value < 1e-50)

DatabaseLink to BLAST HitFrameE-valueScore% IdentityDescription
Tomato (ITAG)None-----
TAIR PP10 AT5G49690.1 +3 1e-63 220 154/482 (32%) UDP-Glycosyltransferase superfamily protein | chr5:20189968-20191350 REVERSE LENGTH=460

Transcript Sequence (1974 bp)

>PGSC0003DMT400053854 1974 pgsc_dm_v3.4
TAAACATCTTTTTTCTTTGTTATCAAATCACTAGGAAACTTCTATATAAGATAGGGCAGC
AACCTCAATACAACAATATAAGGTACAAATTCTGTAGATTTCTCGATATACTAAGTTTGA
ACCAAAGTTACTGAATTCTGTCGAATTCGTATTTTCTATACTAGACTAGATTCATCCCTA
TGGAGGCAAAGAAGCACACCATTAGTGTACTTATGTTACCTTGGCTAGCTCATGGTCACA
TAAATCCATTTCTAGAGTTAGCGAAAAAGCTTGCAAGTAAGAACTTCCACATTTACCTGT
GTTCTACTCCGGTAAACCTGAACTCCATCAAGAAAAGAGTCAGTGAGAAGTATTCTCAGT
CGATAGAATTAATCGAGCTTCATCTTCTGTCTTTACCAGATCTTCCTCCTCATTACCACA
CTACAAATGGCCTCCCACCTCATCTCATGAACACCCTCAAAACAGCTTTTGAACTCGCCT
CTCCGAATTTTTCCAAAATATTACAAACTCTGCATCCGGATTTGGTCATTCATGACTACA
ATCAGCCATGGGTTACTGATTCGGCTTCCTCTATGAACATTCCTGCTGTGCAATTCCCTA
CTTTTAGTGCAACTGTTGTAGCTTTGGCCATCCACATGTCTGACAACACAGAGGAGAAGT
TCCCGTTTCCTGAAATTTACCTGCGGGAACACGAAATGATTTCACTGAAAAAAGATATTG
ATGAAGTACCAAGTAAGAAGTTCCCATACGACGAGGCTATTAGGCGATCACATGACATTA
TTCTAGTGAAAACTTGCAGAGATTTTGAAGGGAAATATATAGATTATCTTTCAAATTTGA
CTTCCAAGAAAATTGTCCCCGTTGGTTCGCTAGTTCAAGAATCCATGGATCAAGATGATT
ATGAGGAAATCGCGCAATGGCTTGACAAGAAAGAGAAAAGTTCAACTGTGTTCGTTTCAT
TTGGGAGCGAGTATTTTCTATCCAAGGAGGAAATACTTGCAGTAGCTCAAGGGCTAGAGC
TTAGCAAAGTGAACTTCATTTGGGTCATCAGGTTTCCACAAGGTGAAAGACTTAACATTC
GAGATGCATTACCGGAAGGGTATCTTGAAAGGGTAGGAGAAAGAGGAATGATTATGGAAG
GATGGGCTCCACAAGCATTGATTCTTCAACATCCATCGATAGGTGGATTCGTGAGTCACT
GTGGATGGAGTTCATTCATGGAAAGTATGAAGTTTGGTGTGCCTATAATTGCCATGCCAA
TGCACATTGATCAACCAATGAATGCTAGGCTTGTGGAATATATCGGTGTGGGAGTGGAAG
CAGCGAAGGACGAGGATGGGAAGTTACAAAGCGAAGAGATTGCAAAGGCAATAAGGGAAA
AGTTACAAAGTGAAGAGATTGCAAAGGCAACAAGGGAAGTGTTAGTGGAGGAAAGCGGGG
AGGCTGTGAGGAAGAAAGCTAAGGAACTGAGTGAGAAGATGAACGCAAAAGAGGATGAAG
AGATAGATGGCGTGGCGGAAGAACTGGTGGCACTTTGTAGCAACAAATGATTAGCAATAA
TAGTAAATGTCAGTCTAGTGTAACTCAACTGTTATAGTAAGTTGAGAGTACTAATCATCT
TATTACCAATAATCACTACAAGTAATAACCTTAGAAATGATTCAGCAGAATGTAAGTTGT
ATCCAAGAAAAACATGCATCAAGACGTAATTCCGAGCCAGCATTATGCTTGAATCAGAAC
AGACTGTTAACATCACACATTCCACAGAGAAATACGCGCAATTTCGTGCATTAAGACATG
ATGTCAAACAAAGGGAAACTAGTGAAGATGCAAAACCAAACCATTAAGTAATAAAAATCA
ACAAGCGAACTCATTTTCAAAGCATTTAGGACAGGGGAATTACTGTCTTGAAAACTCTAG
CAGAGGTGTACATAACAGAAAAAAACTCAGTGAAGCATTACATCAAACACCTTG