Microarray Probes on PGSC0003DMT400058531
| Probe ID | Chip | Probe Sequence |
|---|
| CUST_36052_PI426222305 |
JHI_St_60k_v1 |
GATTTCTCACTTGTGGAACTAAGTATGTTGTTATTGTTGAATCAACAGCGATTGATACGA |
Link to Spud DB Genome Browser for Transcript PGSC0003DMT400058531
Click here to view details at Spud DB Genome Browser (opens in new window)
Source Transcript PGSC0003DMT400058531 - Homology to Model Species (BLASTX to E-value < 1e-50)
| Database | Link to BLAST Hit | Frame | E-value | Score | % Identity | Description |
|---|
| Tomato (ITAG) | None | - | - | - | - | - |
| TAIR PP10 |
AT2G42010.1 |
+3 |
0.0 |
1264 |
605/847 (71%) |
phospholipase D beta 1 | chr2:17533018-17537990 REVERSE LENGTH=1083 |
Transcript Sequence (3543 bp)
>PGSC0003DMT400058531 3543 pgsc_dm_v3.4
CTTTTACCAAGTCAATTTTTTTTCGAAACCCCATTTTCCAATTTCAACTTTTTTGGTCTA
TATATCCTCTGGTACAACTTTTGGTCATCATTTCCCATCTGGGGTTTTGTTATTTTGGTT
TGTCAAGCTTTCTTGCTGATCTTTTTTGCTCCATTCTGTTAATTTTTTCTTTGTTTGAGA
AATTTCTATTTTCAAGATTTGTTTTTTTGACTGGGGTTGTTATTTGAGTTAAAGTTGAGA
TCTTTACATTGATTGTGACTGATTCTTGAGTGATTACCTATTTTGGTGTATGCTTTGTCC
TTACTGCTATATATAATTTTGACTTTCTAAAAGGAGGTGTTTTTATGGCTCAATTCTCTT
ATTCTGAATCTATGTCTGGAAGTTCACAACATGGGGTCCAGGTTGTCCCATTTAAGACAT
CAGCAGGATCACTTAGGGTATTGTTGTTGCATGGAAACTTGGATATTTGGGTGAGGGAGG
CTAGGAATTTGCCAAACATGGATTTATTTCATAAGAAATTGGATAACTTGTTGGGAGGAT
TGGCAAAACTTGGTAGTAAAAAAGAAGGATCTCCTAAAATTACTAGTGATCCTTATGTCA
CAGTTTCAGTATCTAATGCTGTAGTTGCTAGGACCTATGTGATTAACAATAGCGAAAATC
CGGTATGGATGCAGCATTTTTATGTACCAGTGGCACATTATGCATCAGAAGTGCACTTTG
TTGTTAAAGATAATGATGTTGTAGGATCACAAATTATTGGTGCTGTGGGAATTTCTGTAG
AGCAGCTATGTTCTGGTGCAATGATTGAGGGAACATTTCCAGTTCTTAATAGTAGTGGGA
AGCCATGTAAGGAGGGAGCTGTACTTACTCTATCAATTCAATTCACTCCAATGGAGAGGG
TACCCCTTTATCATGGTGGTGTGGGGGGAGATCACGAGTATCAGGGCGTGCCGGGGACTT
ACTTCCCTCTTAGAAGAGGTGGCAAAGTAACACTTTATCAGGATGCTCATGTACCTGAAG
GCAGCCTCCCGAACTTGTGGCTTGAAAATAGAGTGCAGTATCAGCATGGACAGTGCTGGC
AGGATATATTTGATGCAATCACTCAAGCTCGTCGGTTGATTTACATTACAGGATGGTCTG
TCACCCACCTAGTTACACTTGTTCGGGATAATGACAATGCTGAGAAGAGTATGTTGGGGG
AAATTCTCAAGAGGAAGTCCCAGGAAGGTGTGAGAGTACTGCTGCTCATATGGGATGATC
CAACTTCTAAGAGCATTTTGGGATACAAAACTGTAAGTACTGAAGGAATAATGGGAACTA
ATGATGAAGAAACTCGTCGCTATTTTAAGCATTCTTCAGTGCAAGTGCTACTTTGCCCTC
GTTCTGCTGGAAAAGGACACAGCTGGGCCAAAAAGCAGGAAACTGAAACAATATACACGC
ATCATCAGAAAACTGTAATAGTGGATGCAGATGCTGGTAATTACCAGAGAAAGATTATGG
CTTTTGTTGGGGGACTTGATTTGTGCAAAGGGCGTTATGATACTCCAGCACACCATATCT
TTAGAACGTTGCAAAATGTGCACAAGGATGACTTTCATCAGCCTAACTACACGGGCCCTA
CTACTGGTTGTCCTAGAGAACCTTGGCATGATTTGCATAGTCGGATCGAGGGGCCTGCTG
CATATGATGTCCTAAGTAACTTTGAGGAGCGCTGGTTGAAGGCTTCAAAGCGCCATGGAC
TTCAAAAGATGAAAGCTTCACATGATGATGCATTACTCAAACTTGACAGGATTCCTGATA
TTTTGGGAATAGCTGATGCCCCTTGCCTAAGAGAAGATGATGCAGATACGTGGCACGTTC
AGATTTTCCGGTCAATCGACTCCAACTCTGTTAAAGGTTTCCCCAAAGATCCCAAAGAAG
CCACTAACAAGAATCTAGTGTGTGGTAAGAATGTGCTGATAGATATGAGCATACATACTG
CCTACGTAAAGGCAATTCGAGCTGCCCAGCATTTCATCTACATCGAGAATCAGTACTTCC
TAGGGTCTTCCTATAATTGGAGTAATTACCAAAATTTAGGTGCAAATAACTTGATACCAA
TGGAAATTGCTCTAAAAATTGCCAACAAAATACGAGCAAATGAGAGGTTTGCAGCATATA
TAGTTCTTCCTATGTGGCCAGAGGGTAATCCAACCAGTACTGCTACTCAGAGAATACTTT
TTTGGCAGCACAATACCATGCAGATGATGTACGGAACTATTTACAAAGCTTTACAAGAGG
TAGGACTGGAAAACACATATGAACCCCAGGACTATTTGATTTTCTTCTGCCTTGGCAATC
GTGAGGTTCCGGAAAATGGAATCACTACAGTTGTCAGAAGTTCGAAGCCAAATACACCTC
AGGAACTCACTCAGAAAAGTCGTCGTTTTATGATCTATGTCCACTCCAAAGGAATGATTG
TAGACGATGAGTATGTCATATTGGGATCTGCAAACATCAATCAACGTTCTCTGGAAGGCA
CCAGGGATACTGAAATTGCAATGGGCGCGTATCAGCCTCATCATACATGGGCCAACAAAC
ATGCTGGACCACATGCGCAGATATATGGATATAGGATGTCACTGTGGGCAGAGCACACGG
GAACTCTAGAGCAATGCTTTGAGCATCCAGAGAGCCTTGAATGCGTGAGACGGATAAGAG
TATTTGGTGAACACAACTGGCTACAATACGCGGCTGATGAAGTAACTGAAATGAAAGGCC
ACCTTCTTAAGTATCCTGTTGAAGTTGATCGAACGGGGAAAGTCAAGTCACTTCCTGGCT
GTGAAACTTTTCCAGATATCGGAGGGAAGATAATAGGTACATTCACCGGTGTTCAAGAAA
ATCTCACCATCTGATCTAAGGGATTTTCAAGAATCCTCATTCTGCAGCCTGAGATTAATT
CTTTTATATTGTTTCTGCACCATAATGAATTGGTGTTTGCCTAGTGTTGGTTATACAAAC
TAGAATGAAAAAAAAGGTGTTTTTGTATTTTGATGATTTTGACTCTAGAACGATTTCTCA
CTTGTGGAACTACACCGAGTATGTTATTGTTGAATCGACAGCTATTGAAAAGAAAAGTCT
TTAGTAGTAAAGTGATAAAAAAATGAGCTTCTCATCAACAGAGCATTTTTTTTCTTTTTT
GTTTTCCTTAGAGTGGCTTTATAATATCCTACAGGTAAAAGATTGGATTTTCACCGAGGG
TGGTCAACTCTTCAAATGTTTGGCGCATTATTCCTCGCAAGATGTGGCAAAGCACCAAAT
GCAAACCATGAATGCACATTTTGATGCTCCAACATGATTTCCTTCATATCGCGGGCTCAA
ATTCGAGACCTATGATTGAAGGTGAAGCAGTTCCACCGCTGCACCATAACTCATGCTGGT
ATATATACAAACTAAAATGAAAAAAGGTGTTTTTGTATTTTGATGATTTTGACTCGATAG
CGATTTCTCACTTGTGGAACTAAGTATGTTGTTATTGTTGAATCAACAGCGATTGATACG
AAA
