Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
Property Name | Value |
AED | 0.20 |
QI | 0|0|0|1|1|1|4|0|1001 |
eAED | 0.20 |
Relationships
This mRNA is a part of the following gene feature(s):
Feature Name | Unique Name | Species | Type | Position |
Cotesia_glomerata005958 | Cotesia_glomerata005958 | Cotesia glomerata | gene | Contig26111 7485..14072 + |
The following polypeptide feature(s) derives from this mRNA:
The following exon feature(s) are a part of this mRNA:
Feature Name | Unique Name | Species | Type | Position |
Cotesia_glomerata005958-RA:exon:3141 | Cotesia_glomerata005958-RA:exon:3141 | Cotesia glomerata | exon | Contig26111 7485..7616 + |
Cotesia_glomerata005958-RA:exon:3142 | Cotesia_glomerata005958-RA:exon:3142 | Cotesia glomerata | exon | Contig26111 8192..10689 + |
Cotesia_glomerata005958-RA:exon:3143 | Cotesia_glomerata005958-RA:exon:3143 | Cotesia glomerata | exon | Contig26111 10933..11208 + |
Cotesia_glomerata005958-RA:exon:3144 | Cotesia_glomerata005958-RA:exon:3144 | Cotesia glomerata | exon | Contig26111 13973..14072 + |
The following CDS feature(s) are a part of this mRNA:
Feature Name | Unique Name | Species | Type | Position |
Cotesia_glomerata005958-RA:cds | Cotesia_glomerata005958-RA:cds | Cotesia glomerata | CDS | Contig26111 7485..7616 + |
Sequences
The following sequences are available for this feature:
spliced messenger RNA >Cotesia_glomerata005958-RA ID=Cotesia_glomerata005958-RA|Name=Cotesia_glomerata005958-RA|organism=Cotesia glomerata|type=mRNA|length=3006bp|location=Sequence derived from alignment at Contig26111:7485..14072+ (Cotesia glomerata)|Notes=Excludes all bases but those of type(s): exon.
ATGGAAATGGGATTAGGCAGCACACTTTTACCTGGTGACCCACGTTTGAT TGATCACATCGTCGGTGAGGTTAAATCTCAAGGAATATTTGATCAATTTC GTAAAGATGCTCTCGCTGACGTCGATACCAAGCCAGCTTATCAAAATTTA AGGACACGTGTAGAGGGATCAGTAAATTCATTTCTATCAAAACAAACTTG GAAAGCTGATTTAAATAAGAATCAATTGCGTGAAACACTGCGTAAACATA TATCAGACGCAGCGTACTTGGACGCTGGAGTTGAACGTATTGTTGACCAA GTAGTTAATCCAAAAATATACTCTGTTTTTTTACCACAAGTAGAAGATGT CGTTTATAAGTATTTAGGTTTAGAGAAACCTAAGCGTGAAAAAAATGGTG GAACTTCAATAAAAGATTTGCTGCCAATTGATTTAGACCCAGTATCACCC GAGTCTGATAAAAATAGTTTAAAAGATGTGTCTCTTGACTCAATAGATGA TCTAGAACTTTCTAATAAGGATAATAATGATCAAGTTGATAATGCTGAGA GTTCTCATGTTACCGATTATGAAAAAAGTATTGAAGAAAAAGAAGAAAAA GATTCTAAGGAGTTGGTAGAAAATGAAGTTAACGGAACTGATTTAATTCA GAGTATGGAAGAAGAAAAACCGACTTGTTCAACACCTCCATTGGTAGATA TTGGTTTAAATGACTCGATAAAATCTGATGAAAAAACTGAAGAGGAGGAA GAAGACAGTCCTGTTTTTGAACCTATTGATGTAATTAATTTCCATGAATC AAATGTTTCTAATGATTCACATTTGTCTGGAATTTCTGAACTAACAAGTC ACCGGTCACGCAGTCCAGATTTTCAGATTAATGAATTTTCACGTGATCAT TTTGATTTTAGTAATCAAGATTCTCAATTTTCAAAAGTATCTTCTGACTC ACGGCTGTCTATTGTTACTGATTTTGGATCTTCTAATCAAGCATCAACTC CTGTACCGGATCCTCCTAAAGAAGAAAAATCAATAGACAAAAATTATGAT GATAAAAGTAAAGATAAAGTTATTGAATCTAAAGATTCAAATAAAAATTC AAAAAGTAGTTCGTCAAAAGAACGAGAAAAAAATGATTATAAATCTAAAT CTTCTAAAGAACGTTCAGATTCACGGGACTCACGTAGTCATCGTGATCGT GATTATAAAAAAAAATCTACTGATTCTAAGAGTGATAGGGATAAAAGTAG AAGCAGTCGAGATTCTAATGATAAATCCAAAGAAAAAGATAAAGATTCAA AGGATAAAATAAAAGATGAAAAAAGTAATTCTGGAAAAGATTTGAAGGAT ATTTATAAAGAAAAAATACGGGAATTAAGGGAAAAAAAAGAGTTAACTGA AAAGGAAAAATTGAATAAAGATAAAGATGGTCATAGGTCGAGAGATTCAA GGGATAAAAAAGACTCGAAAGATTCTAAAGATTCAAGCAAAGATTCTAAA GATCGGAGGGATTCTAAAGAACATCGCAGCTCAAGTTCTTCTTCTAGAAG TCATCGGCATGAGTCAAGTAGCAGAAGCAAGAGAGACGATTCTAAGTCTA GTCATGATAAAAAAAAGGATGACAGACATTCTAGGGACAAGAGTCGTAGT CAAGGTGAGTCTGATGGAAAACGGAGTTCAAAGGATGATAAAGATAAAGA TTCTAAGTCACAGAGACGCAAAGAATCTAGGTCCGATGACTCACGAAAGA GCTCTGATAAAAGTTCTACAGAGAAAGAAAAGGATAAAGATAAGAAGCGC CGTGAGGAAAAAAAGTCCAAGTCTAAAGATGATCATTCGAGTCTTCATAA AAGTTCTAACGATCGTAGATCATCTGATCGAGACGGATCAAGTGGATCTA ATAGTAAAAGCAGCAAAAATTCGTGCCCTGGGTCATCAACTTCTTCAAAA CCTAATTCAAGTCTTAAAGAAACTGGTAATACAAGTAATTCTAGTAGTGA AACTTCTGATGGTGTTGATGAAGCTCAGATGGAAGAGTGTCATAATGTTG ATGCTGTTCAAGAAGATATAAAAGTTGATCGAGAGAATGGATCTTCGGGG GTCAATGCTAAGCGAGTTGATTTAGGTCAAAGTGAAATAAGTCTTCCATT AAAAAAGCGGCCGTTGCATACTGAAGGTGCTGATAGTTTGGTTGGTGAAA TTAAGAAGCCAAAACTTGAAGAAAATTTTAAAGAAACTGCGAATAATAAT GAGCAAGTTGTTAAAATAATTCCTGAGAATGAACGGGTTCAGATAATTGA AGTTTATGAACCTCAGGATGATGATGATGAAAATGAACCTTATCCAGATG ATGCAGATATTAATTTAAAGTTAGAACAGTCCTCAGGTGTTATTATGGAG GGAGAAAATATTTTTAAAATAAATATTGATAATTGTAAATCTAATTTGTC GGAGATGGAAATGTCAATTAGAGAGTCGTTGAATGAAATGATTGTAGATA AAATAATGGATACTGTTAGTTATGAAAATAAAGAAGCTGATGGTACGTTT GAAAGTAATATAGTTGAGGTAAATGATTGCAATGTTGAAGAGAAAAAAAT AGTTAGTGATTCTGAGGGTGAAGATTGTTTTCCGCTGTCGGATATTGTTT TAAATTTGGATAATAATAATGATGGTCACAAAGATATGGATTCTGTTGTT GGTGATCTAGAAAAAGATAAAAAGAGTGAGAAAGATAAGGAAACTGGGCT AGGAAAGAAAAAATTGGGAAGGCCGAAAAGACAGAGACCAAGTGTCAGCT CTTCAAGTCCTAATGATGATTTTATAATGCCTTTGAGTCCAGAAAGCGAT GTTTCTGCTACTAGTGACAAATTTTCAGCTAATCATAAAGATAAAGACGA CAAAAGGTTGAAAAGTAAACAACGTTATACAAGTGATGATTTATATAAGC CACGACCATTATTTGTTGGCTCGTCACGAAGAAATAGAAGATCAAATCCA GCATAG back to topprotein sequence of Cotesia_glomerata005958-RA >Cotesia_glomerata005958-PA ID=Cotesia_glomerata005958-PA|Name=Cotesia_glomerata005958-RA|organism=Cotesia glomerata|type=polypeptide|length=1002bp
MEMGLGSTLLPGDPRLIDHIVGEVKSQGIFDQFRKDALADVDTKPAYQNL RTRVEGSVNSFLSKQTWKADLNKNQLRETLRKHISDAAYLDAGVERIVDQ VVNPKIYSVFLPQVEDVVYKYLGLEKPKREKNGGTSIKDLLPIDLDPVSP ESDKNSLKDVSLDSIDDLELSNKDNNDQVDNAESSHVTDYEKSIEEKEEK DSKELVENEVNGTDLIQSMEEEKPTCSTPPLVDIGLNDSIKSDEKTEEEE EDSPVFEPIDVINFHESNVSNDSHLSGISELTSHRSRSPDFQINEFSRDH FDFSNQDSQFSKVSSDSRLSIVTDFGSSNQASTPVPDPPKEEKSIDKNYD DKSKDKVIESKDSNKNSKSSSSKEREKNDYKSKSSKERSDSRDSRSHRDR DYKKKSTDSKSDRDKSRSSRDSNDKSKEKDKDSKDKIKDEKSNSGKDLKD IYKEKIRELREKKELTEKEKLNKDKDGHRSRDSRDKKDSKDSKDSSKDSK DRRDSKEHRSSSSSSRSHRHESSSRSKRDDSKSSHDKKKDDRHSRDKSRS QGESDGKRSSKDDKDKDSKSQRRKESRSDDSRKSSDKSSTEKEKDKDKKR REEKKSKSKDDHSSLHKSSNDRRSSDRDGSSGSNSKSSKNSCPGSSTSSK PNSSLKETGNTSNSSSETSDGVDEAQMEECHNVDAVQEDIKVDRENGSSG VNAKRVDLGQSEISLPLKKRPLHTEGADSLVGEIKKPKLEENFKETANNN EQVVKIIPENERVQIIEVYEPQDDDDENEPYPDDADINLKLEQSSGVIME GENIFKINIDNCKSNLSEMEMSIRESLNEMIVDKIMDTVSYENKEADGTF ESNIVEVNDCNVEEKKIVSDSEGEDCFPLSDIVLNLDNNNDGHKDMDSVV GDLEKDKKSEKDKETGLGKKKLGRPKRQRPSVSSSSPNDDFIMPLSPESD VSATSDKFSANHKDKDDKRLKSKQRYTSDDLYKPRPLFVGSSRRNRRSNP A. back to topmRNA from alignment at Contig26111:7485..14072+ Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below. >Cotesia_glomerata005958-RA ID=Cotesia_glomerata005958-RA|Name=Cotesia_glomerata005958-RA|organism=Cotesia glomerata|type=mRNA|length=6588bp|location=Sequence derived from alignment at Contig26111:7485..14072+ (Cotesia glomerata) ATGGAAATGGGATTAGGCAGCACACTTTTACCTGGTGACCCACGTTTGAT
TGATCACATCGTCGGTGAGGTTAAATCTCAAGGAATATTTGATCAATTTC
GTAAAGATGCTCTCGCTGACGTCGATACCAAGGTAATAAATTAATAATAG
TTAATTGCATATTATTAATTTAAAAAATTGTCATCTGAATTATAAATATT
TTATCATTAATTTTTTTATCAATATAAATATTTAATGACATTAAAGTTAG
CAGTCACTTGACCATTTTTTAATTTTTTTTAACAAATTTTTTCAAAAAAA
TTATATATAAAAAAATTGTATTTTTCATTTTTTTAAATTTCTACATGTCA
ATTTTTTTCCTAATTCTTTTTGCAATAATTTATTTACCAAAATTCTTAAA
TGTCTGCTAAATTAATTTTCCTAAATATTTAATAAAATAATAATAATAAA
CTAAGCctgacattttttaattttttaattttatttaaacttaaaaatag
aactaaaaaaaattttttaattgtactcagcaattttttcCAAATTTTTT
ACAAATAAAATAAAAAAATTTTTTTGTAATAATTTTTCAATAAAAAAAAT
TCTGAAAATTTTTAAATGTCGGCTAATTTTATGTTCATAATAAAATATTG
ATTGCATAAACGAAAAATTGAATAGATAATTAAAAAACCAAATTATTTAA
TTTCTAGCCAGCTTATCAAAATTTAAGGACACGTGTAGAGGGATCAGTAA
ATTCATTTCTATCAAAACAAACTTGGAAAGCTGATTTAAATAAGAATCAA
TTGCGTGAAACACTGCGTAAACATATATCAGACGCAGCGTACTTGGACGC
TGGAGTTGAACGTATTGTTGACCAAGTAGTTAATCCAAAAATATACTCTG
TTTTTTTACCACAAGTAGAAGATGTCGTTTATAAGTATTTAGGTTTAGAG
AAACCTAAGCGTGAAAAAAATGGTGGAACTTCAATAAAAGATTTGCTGCC
AATTGATTTAGACCCAGTATCACCCGAGTCTGATAAAAATAGTTTAAAAG
ATGTGTCTCTTGACTCAATAGATGATCTAGAACTTTCTAATAAGGATAAT
AATGATCAAGTTGATAATGCTGAGAGTTCTCATGTTACCGATTATGAAAA
AAGTATTGAAGAAAAAGAAGAAAAAGATTCTAAGGAGTTGGTAGAAAATG
AAGTTAACGGAACTGATTTAATTCAGAGTATGGAAGAAGAAAAACCGACT
TGTTCAACACCTCCATTGGTAGATATTGGTTTAAATGACTCGATAAAATC
TGATGAAAAAACTGAAGAGGAGGAAGAAGACAGTCCTGTTTTTGAACCTA
TTGATGTAATTAATTTCCATGAATCAAATGTTTCTAATGATTCACATTTG
TCTGGAATTTCTGAACTAACAAGTCACCGGTCACGCAGTCCAGATTTTCA
GATTAATGAATTTTCACGTGATCATTTTGATTTTAGTAATCAAGATTCTC
AATTTTCAAAAGTATCTTCTGACTCACGGCTGTCTATTGTTACTGATTTT
GGATCTTCTAATCAAGCATCAACTCCTGTACCGGATCCTCCTAAAGAAGA
AAAATCAATAGACAAAAATTATGATGATAAAAGTAAAGATAAAGTTATTG
AATCTAAAGATTCAAATAAAAATTCAAAAAGTAGTTCGTCAAAAGAACGA
GAAAAAAATGATTATAAATCTAAATCTTCTAAAGAACGTTCAGATTCACG
GGACTCACGTAGTCATCGTGATCGTGATTATAAAAAAAAATCTACTGATT
CTAAGAGTGATAGGGATAAAAGTAGAAGCAGTCGAGATTCTAATGATAAA
TCCAAAGAAAAAGATAAAGATTCAAAGGATAAAATAAAAGATGAAAAAAG
TAATTCTGGAAAAGATTTGAAGGATATTTATAAAGAAAAAATACGGGAAT
TAAGGGAAAAAAAAGAGTTAACTGAAAAGGAAAAATTGAATAAAGATAAA
GATGGTCATAGGTCGAGAGATTCAAGGGATAAAAAAGACTCGAAAGATTC
TAAAGATTCAAGCAAAGATTCTAAAGATCGGAGGGATTCTAAAGAACATC
GCAGCTCAAGTTCTTCTTCTAGAAGTCATCGGCATGAGTCAAGTAGCAGA
AGCAAGAGAGACGATTCTAAGTCTAGTCATGATAAAAAAAAGGATGACAG
ACATTCTAGGGACAAGAGTCGTAGTCAAGGTGAGTCTGATGGAAAACGGA
GTTCAAAGGATGATAAAGATAAAGATTCTAAGTCACAGAGACGCAAAGAA
TCTAGGTCCGATGACTCACGAAAGAGCTCTGATAAAAGTTCTACAGAGAA
AGAAAAGGATAAAGATAAGAAGCGCCGTGAGGAAAAAAAGTCCAAGTCTA
AAGATGATCATTCGAGTCTTCATAAAAGTTCTAACGATCGTAGATCATCT
GATCGAGACGGATCAAGTGGATCTAATAGTAAAAGCAGCAAAAATTCGTG
CCCTGGGTCATCAACTTCTTCAAAACCTAATTCAAGTCTTAAAGAAACTG
GTAATACAAGTAATTCTAGTAGTGAAACTTCTGATGGTGTTGATGAAGCT
CAGATGGAAGAGTGTCATAATGTTGATGCTGTTCAAGAAGATATAAAAGT
TGATCGAGAGAATGGATCTTCGGGGGTCAATGCTAAGCGAGTTGATTTAG
GTCAAAGTGAAATAAGTCTTCCATTAAAAAAGCGGCCGTTGCATACTGAA
GGTGCTGATAGTTTGGTTGGTGAAATTAAGAAGCCAAAACTTGAAGAAAA
TTTTAAAGAAACTGCGAATAATAATGAGCAAGTTGTTAAAATAATTCCTG
AGAATGAACGGGTTCAGATAATTGAAGTTTATGAACCTCAGGATGATGAT
GATGAAAATGAACCTTATCCAGATGATGCAGATATTAATTTAAAGTTAGA
ACAGTCCTCAGGTGTTATTATGGAGGGAGAAAATATTTTTAAAATAAATA
TTGATAATTGTAAATCTAATTTGTCGGAGATGGAAATGTCAATTAGAGAG
TCGTTGAATGAAATGATTGTAGATAAAATAATGGATACTGTTAGTTATGA
AAATAAAGAAGCTGATGGTACGTTTGAAAGTAATATAGTTGAGGTAAATG
ATTGCAATGTTGAAGAGAAAAAAATAGTTAGTGATTCTGAGGGTGAAGAT
TGTTTGTATTTAGAACCTGATGAGGAAAGCGAAAGGTTAATTAGGTTTAG
GCAGTTTCTCAAATCACAGAATATTAGTTACTATGGTGAAGACGAAAATT
TTATTAATAATGATGGAGATGATAATAATGATGATGATATTGATGATCAT
GATGAAAAAATTGAACAATTGGTGCCAAATGAAGAAAATCAGGAATCTGC
GTTAGCTACTATGGCACCTCCTCAGTTAAAACGTAAGCATTCTACTAGTC
CGCTGTCGGATATTGTTTTAAATTTGGATAATAATAATGATGGTCACAAA
GATATGGATTCTGTTGTTGGTGATCTAGAAAAAGATAAAAAGAGTGAGAA
AGATAAGGAAACTGGGCTAGGAAAGAAAAAATTGGGAAGGCCGAAAAGAC
AGAGACCAAGTGTCAGCTCTTCAAGTCCTAATGATGATTTTATAATGCCT
TTGAGTCCAGAAAGCGATGTTTCTGCTACTAGTGACAAATTTTCAGCTAA
TCATAAAGATAAAGACGACAAAAGGTAATGTTTTTTATTTATTAATTAAG
GGGATAGCCACTGAGGATCGAAAAAATAGGTGATTTTCGGGAATTTTTTT
GACTGGGATAATAAAGGAATTTCGGGATCGAGTTTTTTTTTGTTTTATAA
AGTATACATTAAAGATTATTCTCCTAAATTTTTATTAAAAAATATCGTGT
TACAAAGTTATTAGCATTTTTGTGGAGCACCAAAAAAGTTTCCCCCACCA
CGGTGTGATCTCTAACTCAAAAACGGATTATCTAAAACAAAAAAACGAAA
CCGCGTTGTAATCTGCATACATGTGGTTATCGTTGCATGTAGGGGATTTT
GAAAATTTGGATTTTAAAAAAAATGGCGACATATTAAAAATTTTTTCTCA
TTTTTTTGGATTCAAATAANNNNNNNNNNTAGGGGATTTTGAAAATTTGG
ATTTAAAAAAAAATGGCGACATATTAAAAATTTTTTCTCATTTTTTTGGA
TTCAAATAGNNNNNNNNNNCAAAATTGTCCGATTAAATTATTTTTGATTT
TATTAGAAAAAAAATTAACAAGGGCTAAAGAACTATCAGCTTAATCATAT
TAAATAAACAGCCGATTTAATTCTTGCTTTTTCGATATTTGTGTATCTTT
TGCCATATAACATAACAGGANNNNNNNNNNCTCTAAAAATCTTAAAAATC
AAAATTTTCAAAATCCCCTACGTGCAACTATATCTACTGAATAGACGAGT
GCGGGAAAAAAGTAGCAAATCGATTAATATTTATTCAAATTACAGTTCCA
CCAGTAAAAAAAAAATAGTTTCGAGAAAAACGCGTTTTTGTCGGAGCGCC
GCGCGTGCAATGGTCATTTGACACGTTGTTACAAAAATGTCCACAACTCG
AAAAATACTCGGAATTTTCATTTAAAACTCTAGATACATATTTTTGAATG
TATAAGGGTGATTCTCTGTAAGTACGTCTTAAAACTGTACAAAATTGTCC
GATTAAATTATTTTTGATTTTATTAGAAAAAAAATTAACAAGGGCTACAG
AACTATCAGCTTAATCATAANNNNNNNNNNATTTTTTAAATACTAAGAAA
TGATGTTTGAGAAATGATTTCTTAAATACAAAGAAATCCTTTTAAATACT
AAGAAATCCTTTTATCAGTGTAAGAAATATTTATTTAATACTAAAAAGTG
GTCTCTAATAAAGGATTTGTTAATTATTAACAAATATTATTTAATACAAA
TAAATCCTTCTATCAGTGTATTTGTGTATCTTTTTCCATATAACATGTCA
GGGGACNNNNNNNNNNACCAATAACTTCCCGATTTTTGAAAATCTTCGAT
TTTCTTAGCGGGAAGTTAGAAATTTCTTTTTTTACTTCTTTAATTTCTGA
GAGAAGTGTATTTTATTTTTATATATGGATGATTCGTTGANNNNNNNNNN
ACTTTTCAAGTTCTCAATGAATGTTTACATTAATTAGAATAATATTAAGA
CTTATGGACCCAATTTTATAAATAAATTATAAATAAAAATAGCTGCCAGG
GGACTGAGTTTTAAAGTGGCCCAGACACATATATCCAACCCAAACGGTGC
TTTGACACTAAATAAAATGGCGATAAAGCGCTAACAGCCTNNNNNNNNNN
NNNNNNNNNNNNNTATTTGTGTATCTTTTGCCATATAACATGACAGGGAA
CTGTTTGCCAGGGGACTGTTTGCANNNNNNNNNNATAATATTAAGACTTA
TGGATCCAATTTTATAAATAAATTATAAATAAAAATAGCTGNNNNNNNNN
NATCAAGCAAACTATTTCAATGCATTCAACTTTTCGAGTTCTCAATGAAT
GTTTACATTTATTAGAATAATGTNNNNNNNNNNCACAAACGATGCTTTGA
CACTAAATAAAATGGCGATAAAGCGCTAACAGCCCTATGGTAATTAACTC
AGGGCTAGTTAGGTCCTTATAAACCTTCTAAAAGGTAAAATAACACGCCG
GATTTTTTTTTTAGCTTTGAACTTCTGGCAGGGGACTGTNNNNNNNNNNT
AAGAACCGGTTCCTATGATTGCAATTTTTCATTTCTCTTCTAAACAAAGA
AGATTTTAGAAAAAAAAACGCTCTGCTACGTAATAGATTTTTTAATTATC
TATTATATATCAGAGCGTTTCTTTCGAAATTCTCATTTGTTTAAGTGAAA
AACATCAAACTGCAATTAGCTTTATCGTCACNNNNNNNNNNCTAATTAAG
TTTATAAACATTATGGACCAAATTATATATTATGGACGAATAACTTAAAG
TTTAATCTTAAAGTTTGAATTTTGGGAATGGGACAGCCCAAGGGACTGTT
ATTTCAGTGGTTTACGAATTTATAGCAAAAAAACCAAAATTTAGTTCATT
TTTGTTTTCAATGCTCCAAAAAGAAATTTTTTTTTACTTTCGTAATAAAT
TTTTTTANNNNNNNNNNATTTTGGGAATGGGACAGCCCAAGGGACTGTTA
TTTCGGTGGTTTACGAATTTATAGCCAAAAAACCAACTTTTAGTTTTCAA
TGCTCCAAATAGAAATGTTTTTTTACTTTCGTAATAAATTTTTTTGAGTA
ACAAAATAATTTTTCTAATAAAAAAATGCCTGGGAAAGCTAAAAACATCC
TTAAAGAGAATCACCCATAAACTTTGATTTAATAAAAAAAAAAAATTTTT
TTTTTCTTTTGAAATTTCACAGTGGCTATCATCCTTAAAATTTATTATTA
TTTTTTTCAGTAATAATTTATTAAATTTTATCATTTAGGTTGAAAAGTAA
ACAACGTTATACAAGTGATGATTTATATAAGCCACGACCATTATTTGTTG
GCTCGTCACGAAGAAATAGAAGATCAAATCCAGCATAG back to topCoding sequence (CDS) from alignment at Contig26111:7485..14072+ >Cotesia_glomerata005958-RA ID=Cotesia_glomerata005958-RA|Name=Cotesia_glomerata005958-RA|organism=Cotesia glomerata|type=CDS|length=3006bp|location=Sequence derived from alignment at Contig26111:7485..14072+ (Cotesia glomerata) ATGGAAATGGGATTAGGCAGCACACTTTTACCTGGTGACCCACGTTTGAT TGATCACATCGTCGGTGAGGTTAAATCTCAAGGAATATTTGATCAATTTC GTAAAGATGCTCTCGCTGACGTCGATACCAAGCCAGCTTATCAAAATTTA AGGACACGTGTAGAGGGATCAGTAAATTCATTTCTATCAAAACAAACTTG GAAAGCTGATTTAAATAAGAATCAATTGCGTGAAACACTGCGTAAACATA TATCAGACGCAGCGTACTTGGACGCTGGAGTTGAACGTATTGTTGACCAA GTAGTTAATCCAAAAATATACTCTGTTTTTTTACCACAAGTAGAAGATGT CGTTTATAAGTATTTAGGTTTAGAGAAACCTAAGCGTGAAAAAAATGGTG GAACTTCAATAAAAGATTTGCTGCCAATTGATTTAGACCCAGTATCACCC GAGTCTGATAAAAATAGTTTAAAAGATGTGTCTCTTGACTCAATAGATGA TCTAGAACTTTCTAATAAGGATAATAATGATCAAGTTGATAATGCTGAGA GTTCTCATGTTACCGATTATGAAAAAAGTATTGAAGAAAAAGAAGAAAAA GATTCTAAGGAGTTGGTAGAAAATGAAGTTAACGGAACTGATTTAATTCA GAGTATGGAAGAAGAAAAACCGACTTGTTCAACACCTCCATTGGTAGATA TTGGTTTAAATGACTCGATAAAATCTGATGAAAAAACTGAAGAGGAGGAA GAAGACAGTCCTGTTTTTGAACCTATTGATGTAATTAATTTCCATGAATC AAATGTTTCTAATGATTCACATTTGTCTGGAATTTCTGAACTAACAAGTC ACCGGTCACGCAGTCCAGATTTTCAGATTAATGAATTTTCACGTGATCAT TTTGATTTTAGTAATCAAGATTCTCAATTTTCAAAAGTATCTTCTGACTC ACGGCTGTCTATTGTTACTGATTTTGGATCTTCTAATCAAGCATCAACTC CTGTACCGGATCCTCCTAAAGAAGAAAAATCAATAGACAAAAATTATGAT GATAAAAGTAAAGATAAAGTTATTGAATCTAAAGATTCAAATAAAAATTC AAAAAGTAGTTCGTCAAAAGAACGAGAAAAAAATGATTATAAATCTAAAT CTTCTAAAGAACGTTCAGATTCACGGGACTCACGTAGTCATCGTGATCGT GATTATAAAAAAAAATCTACTGATTCTAAGAGTGATAGGGATAAAAGTAG AAGCAGTCGAGATTCTAATGATAAATCCAAAGAAAAAGATAAAGATTCAA AGGATAAAATAAAAGATGAAAAAAGTAATTCTGGAAAAGATTTGAAGGAT ATTTATAAAGAAAAAATACGGGAATTAAGGGAAAAAAAAGAGTTAACTGA AAAGGAAAAATTGAATAAAGATAAAGATGGTCATAGGTCGAGAGATTCAA GGGATAAAAAAGACTCGAAAGATTCTAAAGATTCAAGCAAAGATTCTAAA GATCGGAGGGATTCTAAAGAACATCGCAGCTCAAGTTCTTCTTCTAGAAG TCATCGGCATGAGTCAAGTAGCAGAAGCAAGAGAGACGATTCTAAGTCTA GTCATGATAAAAAAAAGGATGACAGACATTCTAGGGACAAGAGTCGTAGT CAAGGTGAGTCTGATGGAAAACGGAGTTCAAAGGATGATAAAGATAAAGA TTCTAAGTCACAGAGACGCAAAGAATCTAGGTCCGATGACTCACGAAAGA GCTCTGATAAAAGTTCTACAGAGAAAGAAAAGGATAAAGATAAGAAGCGC CGTGAGGAAAAAAAGTCCAAGTCTAAAGATGATCATTCGAGTCTTCATAA AAGTTCTAACGATCGTAGATCATCTGATCGAGACGGATCAAGTGGATCTA ATAGTAAAAGCAGCAAAAATTCGTGCCCTGGGTCATCAACTTCTTCAAAA CCTAATTCAAGTCTTAAAGAAACTGGTAATACAAGTAATTCTAGTAGTGA AACTTCTGATGGTGTTGATGAAGCTCAGATGGAAGAGTGTCATAATGTTG ATGCTGTTCAAGAAGATATAAAAGTTGATCGAGAGAATGGATCTTCGGGG GTCAATGCTAAGCGAGTTGATTTAGGTCAAAGTGAAATAAGTCTTCCATT AAAAAAGCGGCCGTTGCATACTGAAGGTGCTGATAGTTTGGTTGGTGAAA TTAAGAAGCCAAAACTTGAAGAAAATTTTAAAGAAACTGCGAATAATAAT GAGCAAGTTGTTAAAATAATTCCTGAGAATGAACGGGTTCAGATAATTGA AGTTTATGAACCTCAGGATGATGATGATGAAAATGAACCTTATCCAGATG ATGCAGATATTAATTTAAAGTTAGAACAGTCCTCAGGTGTTATTATGGAG GGAGAAAATATTTTTAAAATAAATATTGATAATTGTAAATCTAATTTGTC GGAGATGGAAATGTCAATTAGAGAGTCGTTGAATGAAATGATTGTAGATA AAATAATGGATACTGTTAGTTATGAAAATAAAGAAGCTGATGGTACGTTT GAAAGTAATATAGTTGAGGTAAATGATTGCAATGTTGAAGAGAAAAAAAT AGTTAGTGATTCTGAGGGTGAAGATTGTTTTCCGCTGTCGGATATTGTTT TAAATTTGGATAATAATAATGATGGTCACAAAGATATGGATTCTGTTGTT GGTGATCTAGAAAAAGATAAAAAGAGTGAGAAAGATAAGGAAACTGGGCT AGGAAAGAAAAAATTGGGAAGGCCGAAAAGACAGAGACCAAGTGTCAGCT CTTCAAGTCCTAATGATGATTTTATAATGCCTTTGAGTCCAGAAAGCGAT GTTTCTGCTACTAGTGACAAATTTTCAGCTAATCATAAAGATAAAGACGA CAAAAGGTTGAAAAGTAAACAACGTTATACAAGTGATGATTTATATAAGC CACGACCATTATTTGTTGGCTCGTCACGAAGAAATAGAAGATCAAATCCA GCATAG back to top
Synonyms
The feature 'Cotesia_glomerata005958-RA' has the following synonyms
Synonym |
maker-Contig26111-snap-gene-0.19-mRNA-1 |
|