Microarray Probes on PGSC0003DMT400065328

Probe IDChipProbe Sequence
CUST_9915_PI426222305 JHI_St_60k_v1 CTTTGTTAGACAATTCTAAAGGTGATGGACAAACAGATAGAGCAAGAAATGGAATGAACT

Link to Spud DB Genome Browser for Transcript PGSC0003DMT400065328

Click here to view details at Spud DB Genome Browser (opens in new window)



Source Transcript PGSC0003DMT400065328 - Homology to Model Species (BLASTX to E-value < 1e-50)

DatabaseLink to BLAST HitFrameE-valueScore% IdentityDescription
Tomato (ITAG)None-----
TAIR PP10 AT1G68570.1 +3 4e-161 485 252/469 (54%) Major facilitator superfamily protein | chr1:25746811-25750110 FORWARD LENGTH=596

Transcript Sequence (2445 bp)

>PGSC0003DMT400065328 2445 pgsc_dm_v3.4
TTTAACTTTAAAATATCTATTTTACACTAAATGAAATGATTTATAGCCACACATTCTATC
ATTCATTTTAGACTATAAGTTTTAAAAGTATTCCTTTCTTTCATAAACTTTGTGCCGAGT
AAAACTACCTCACATGAAATGTGACAGAGGAAGTAATATTTTTCATGAGTTTTTATTTTT
TGGAAAATTTAAAATCATTATGGCTTATAACTTCATCTGACTATTCCTAAAGTCATACCT
AATATGGATATTCATATTTTTTTGTCGATTAACCTATATTTTTTAATACATTGAGTCAGA
TATTTTATTCATTTTTGGCCAATCCATATATGATTCGACCCACTCGTTTCCACTCCTAGA
TACATGGCTTTTTCTTAAAGAGCCTATTTTGTAGGTTATAGATTTTTATTTTTTTTTTAA
AATCCAAGTACTATTTGCAGAAAAAACAATCTTTCCATATAAAATGAAAGAATTATTGGA
ATAGATTTGATACATTTGGAGTATTATATAGAAGTTGTTAACAAGTTTTAGATTTAAAGC
TTTCTTTTGATTTGTTTTGGCTTTAGGACACTAATATGCTTGAGCCACCCCTGCTTTGTC
ATTTTCCATTCGAATATGTTAACAGCCTGAGCAACAAGGAACTATGAATTAGGATAATCC
GTAGCTAAATAAGATTAACAAACGATTTTGCTGTTTATCTATAAAATTTGTCCATACAGA
GTCCCCTGATTTTTATAGTACCCATGGAAATCCTACTTTGAGATGTGTATATACAGGGAC
TGATCAGCATAACTATCTCAGCAATCATGCCACAACTCCGTCCTCCACCTTGTCCAACTC
AGGAGAATTGCAAAGAAGCTTCGAATTCACAGCTTTGGGCACTCTACATTTGCCTACTTT
TGACATCTATTGGTACAGGAGGCCTTAGACCTTGTGTAGTTACCTTTGCTGCTGATCAAT
TGGACATGAGGAAATCTAAAGTAGAATCGCGAAAGTGGAACTTTTATAATTTGTTCTATT
TCTGTGTCACAATGGCTACGTTAACTGCATTAACTGTTGTCGTTTATATACAAGATAACG
TAAATTGGGGATGGGGTCTTGGACTTCTAACAATTGCTATGGCATTGTCTGTTGTCGTGT
TTGTTGTTGGATCTCCATTTTACAGAAAAGTAGAACCAGGAGGAAGTCCATTAATCAGAT
TGACACAGGTTATTGTTGCCTCAGTGAGGAAGAGAAAAGTCGTTGTTCCAGACGATGATC
GTCTCTTATATGAGAACAGAGAGCTTGATTCTGCTATCTCACATGATGGAAGGCTTTTGC
ATACTAATCAGTTCAAGTGGATTGATCGATCAGCTGTAGTAACCGGCGATGACATGAAAG
AGTCGTGCCAGCCAAATTTATGGAGGCTAGCTACCGTTCATAGAACGGAAGAGCTGAAAT
GCATCCTAAGGATGCTTCCGATTTGGGCTGCAGGGATATTACATTTTGCTTCACATTCAC
ATGTAGGCAGCTTTACAATCCAACAGGCGCGAAGTATGGATCGTCATTTGTCCCACAGCT
TCCAAATACCTCCAGCCAGCATGTCTATTTTTAGCGTCCTAACGGTGCTCATTGGCCTTG
TGCTTTATGAGCGCTTCTTTGTTCCTTTTGCTCGTCGATTCACAGGACACAAATCAGGCA
TTACATGCTTACAGAGAATGGGAATAGGATTCGCCATTAATATTCTTGCTACTGCAACTT
CAGCACTAGCTGAGATTAAGCGTAAAACGGCAGCTGCAGATCATAACTTACTTGATCAGC
CAACGACTCATGTCATTCCTATTAGTGTCTTCTGGTTGGTTCCGCAGTATTGTCTTCACG
GTGTAGCTGAAGTTTTCATGAGTGTTGGACACCTTGAATTTCTCATTGAACAATTCCCTG
AAAGCATGAGAAGCACTGGAGCTGCACTTAACTCGTTAGCTTCGTCGTTTGGAAATTACT
TAGGTACATTTATAGTAACTCTAGTTCATCGATATACCGGAAAAGAAAGGAATTGGCTAC
CAGATAGGAATCTCAACAGAGGAAGACTTGAAAACTTTTACTGGCTTATGGCTGGAGTAC
AAGTAGTAAATTTTGTATACTATCTTATATGTGCATCATTATATACATACAAACCCTTGG
AAGAGATTACTGAAGGATGCAAGGGAACAGATGTGGAATTAGCTGATGAAACAACTTTGT
TAGACAATTCTAAAGGTGATGGACAAACAGATAGAGCAAGAAATGGAATGAACTAATATA
TTGCTTAGTTAAACTAGTAGAAATTTTATTTTTCAAGTTTTAGCTGTCACAAGTTGATAC
TGTTAAATGTACCAAAAATAAAGGTTGAAACTATTTCAACCTCTGTCTCAATTGATGTGA
CACATTTCAATTTTTGAGATTCGAACAAGTCTATTTTTGACCATA