hypothetical protein CAPTEDRAFT_88332 partial, snap_masked-scaffold806_size94461-processed-gene-0.8 (gene) Tigriopus kingsejongensis

Overview


Name	hypothetical protein CAPTEDRAFT_88332 partial
Unique Name	snap_masked-scaffold806_size94461-processed-gene-0.8
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

[Close]

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. L. salmonis genes
Match: EMLSAG00000006772 (supercontig:LSalAtl2s:LSalAtl2s37:40527:180282:1 gene:EMLSAG00000006772 transcript:EMLSAT00000006772 description:"maker-LSalAtl2s37-augustus-gene-1.6")

HSP 1 Score: 58.151 bits (139), Expect = 1.977e-10
Identity = 32/108 (29.63%), Postives = 50/108 (46.30%), Query Frame = 0

Query:  121 CGPPRLLQVWPNVTASHGEPFKLSCPLDTRNSCLIDMVEWYFSTDDPRQSSSSGHQERSRRKLLKHVALAFDPLMLYFPSVSQEHSGWYTCVVGNGEGRNEGSAFVDV 228
            CG P +  +  NVTA  G+     C +D   SC++  +EWY   D+  +            KL+K  + + DP +     V     G YTC+ GN  G+   SA+++V
Sbjct:   51 CGKPNIQNIMNNVTARPGQSATFKCQVDM--SCIVAYIEWYHEMDNGTE------------KLIKTASSSGDPHVHIIKQVKPTDEGLYTCIAGNVLGQATASAYLEV 144

[Close]

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. nr
Match: gi|851313604|ref|WP_048176746.1| (hypothetical protein [Methanosarcina barkeri])

HSP 1 Score: 59.6918 bits (143), Expect = 3.296e-8
Identity = 24/50 (48.00%), Postives = 32/50 (64.00%), Query Frame = 0

Query:    9 DIAGMWDIAGMWDIAGMWDIAGMWDIAGMWDITGMWGIAGMWDIAGMWDI 58
            D+  MW + GMW + GMW + GMW + GMW +TGMW + GMW     +DI
Sbjct:    2 DLTRMWYLTGMWYLTGMWYLTGMWYLTGMWYLTGMWYLTGMWYSLATYDI 51

HSP 2 Score: 56.6102 bits (135), Expect = 4.047e-7
Identity = 24/50 (48.00%), Postives = 32/50 (64.00%), Query Frame = 0

Query:    3 DITGMCDIAGMWDIAGMWDIAGMWDIAGMWDIAGMWDITGMWGIAGMWDI 52
            D+T M  + GMW + GMW + GMW + GMW + GMW +TGMW     +DI
Sbjct:    2 DLTRMWYLTGMWYLTGMWYLTGMWYLTGMWYLTGMWYLTGMWYSLATYDI 51

[Close]

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. nr
Match: gi|443696796|gb|ELT97412.1| (hypothetical protein CAPTEDRAFT_88332, partial [Capitella teleta])

HSP 1 Score: 59.3066 bits (142), Expect = 3.409e-8
Identity = 15/46 (32.61%), Postives = 31/46 (67.39%), Query Frame = 0

Query:   14 WDIAGMWDIAGMWDIAGMWDIAGMWDITGMWGIAGMWDIAGMWDIA 59
            WD++  WD++  WD++  WD++  WD++  W ++  WD++  WD++
Sbjct:    1 WDVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVS 46

HSP 2 Score: 56.9954 bits (136), Expect = 2.265e-7
Identity = 14/46 (30.43%), Postives = 30/46 (65.22%), Query Frame = 0

Query:    9 DIAGMWDIAGMWDIAGMWDIAGMWDIAGMWDITGMWGIAGMWDIAG 54
            D++  WD++  WD++  WD++  WD++  WD++  W ++  WD++ 
Sbjct:    2 DVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVSS 47

HSP 3 Score: 56.9954 bits (136), Expect = 2.628e-7
Identity = 14/47 (29.79%), Postives = 30/47 (63.83%), Query Frame = 0

Query:    2 WDITGMCDIAGMWDIAGMWDIAGMWDIAGMWDIAGMWDITGMWGIAG 48
            WD++   D++  WD++  WD++  WD++  WD++  WD++  W ++ 
Sbjct:    1 WDVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVSSFWDVSS 47

[Close]

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. nr
Match: gi|1174914317|ref|WP_081587537.1| (peptidase S8/S53 subtilisin kexin sedolisin [Paraglaciecola arctica])

HSP 1 Score: 63.5438 bits (153), Expect = 2.341e-7
Identity = 36/59 (61.02%), Postives = 36/59 (61.02%), Query Frame = 0

Query:    1 MWDITGMCDIAGMWDIAGMWDIAGMWDIAGMWDIAGMWDITGMWGIAGMWDIAGMWDIA 59
            MWD   M D A MWD A MWD A MWD A MWD A MWD   MW  A MWD A MWD A
Sbjct:  639 MWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEA 697

[Close]

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. nr
Match: gi|410148712|dbj|GAC19351.1| (peptidase S8/S53 family protein [Paraglaciecola arctica BSs20135])

HSP 1 Score: 63.1586 bits (152), Expect = 2.411e-7
Identity = 36/59 (61.02%), Postives = 36/59 (61.02%), Query Frame = 0

Query:    1 MWDITGMCDIAGMWDIAGMWDIAGMWDIAGMWDIAGMWDITGMWGIAGMWDIAGMWDIA 59
            MWD   M D A MWD A MWD A MWD A MWD A MWD   MW  A MWD A MWD A
Sbjct:  644 MWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEAFMWDEA 702

The following BLAST results are available for this feature:

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. L. salmonis genes
BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. SwissProt
BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. nr

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 1


Match Name	E-value	Identity	Description
EMLSAG00000006772	1.977e-10	29.63	supercontig:LSalAtl2s:LSalAtl2s37:40527:180282:1 g...	[more]

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of hypothetical protein CAPTEDRAFT_88332 partial vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 4


Match Name	E-value	Identity	Description
gi\|851313604\|ref\|WP_048176746.1\|	3.296e-8	48.00	hypothetical protein [Methanosarcina barkeri]	[more]
gi\|443696796\|gb\|ELT97412.1\|	3.409e-8	32.61	hypothetical protein CAPTEDRAFT_88332, partial [Ca...	[more]
gi\|1174914317\|ref\|WP_081587537.1\|	2.341e-7	61.02	peptidase S8/S53 subtilisin kexin sedolisin [Parag...	[more]
gi\|410148712\|dbj\|GAC19351.1\|	2.411e-7	61.02	peptidase S8/S53 family protein [Paraglaciecola ar...	[more]

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold806_size94461	supercontig	scaffold806_size94461:23434..35200 -

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	-

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Species	Type
snap_masked-scaffold806_size94461-processed-gene-0.8-mRNA-1	snap_masked-scaffold806_size94461-processed-gene-0.8-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold806_size94461:23434..35200-

gene from alignment at scaffold806_size94461:23434..35200-

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>snap_masked-scaffold806_size94461-processed-gene-0.8 ID=snap_masked-scaffold806_size94461-processed-gene-0.8|Name=hypothetical protein CAPTEDRAFT_88332 partial|organism=Tigriopus kingsejongensis|type=gene|length=11767bp|location=Sequence derived from alignment at scaffold806_size94461:23434..35200- (Tigriopus kingsejongensis)
ATGTGGGACATCACCGGGATGTGTGACATCGCCGGGATGTGGGACATCGC
CGGGATGTGGGACATCGCCGGGATGTGGGACATCGCCGGGATGTGGGACA
TCGCCGGGATGTGGGACATCACCGGGATGTGGGGCATCGCCGGGATGTGG
GACATCGCCGGGATGTGGGACATCGCCGTGGGTGGGTGGGTGCGGGTGGG
TGTGTGTGTGTGTGTGGGTGGAACTCAACAAGAGGCTCTAAATAATAAAT
AAATCGTACACATAACATCGTAAAAATCGTACAAATCTAGCAACAACATC
ATTAAACAACAGAACTAGCCGACATTGATCAAACAGGGGCCGATCTTGAT
ATTGGTTTGGCTTCGTTCGATGCTATCCGCTTGGTACTGGCTTCTCGTAG
GGCTGGGAACTTGTTCCAAATGGCGATTCCGTTGTCTACCAGGGTTTTGA
ATGGGTAGGGAAGACCTCGTAGCGACGTTGGAGGGGTAGATAACCTGTCC
GACGGCGTTCCTCGAGCCACTCGGATCGGCCATCTTGACTGTGGAAGGTT
CGACACGTCTTCATGGCCACTGCATGCACAGTGAGCTCATTGTTAATATA
CGTTAATGTGGTCCGTTCTCTTTTGGCCCAAAATGGATCTGGCAACATCG
TGAATGGCAATTTGTGCAGCCCTGTAGCTGACTACAGCATATCCCCCTCT
AATTGGGAATTCTGGGGGCTATTACCACCCCGATGGCATAAGTAATCTTG
CCCAGAAACAATCACCTTGCCAGCTGCCCGCAAGTAGGTTCCCCTGGGCA
AATGGTGTGACACCTGGAAAGACTAGTGACAACCTAGCGATCTTGGAGTA
ACACCAAGAAAACTGCTGCAGGGTGCAGCATCCAACACAATCTATGTTTA
CCGTATCCATGAAATAAAGGTTGTAATGTCTTGGCTTGGTTTATGAGTAT
CGAGTATTTTTAAGTTCTTGCTCAAAAGTTTAGTTTTTTCCTCTCCGCAT
TTTTTGTGGTAAAACGGATTCCAAGGAACAGTCTTTCTCGGTTTGTTCAA
TCTGGTTACATAGCAACCGGGCAGATGATTTTGCCTCCAGATGGGCTAAT
ACCAGTGGGAAACAACCTCAACCTTTCGTGAGTTTTGAAAGCTAAAACTA
AAACGAGCAGCAAATTCAAACCGATTCGAACTAGCATGGCACTGATAATT
AACACCTTGCCAAACATTGCCGTTTATAGGAAATTAAGGCTGTGCGATAT
TTGATTATCGAATTCGATAATTGAGACAAGATTTACAATTTCGATTATCA
GCATTCGATATCAGGTTTGTTCGATAGTCGAAATCTCGATCGATCTTTTA
GACATCGAATAAAATGAAGAAAAGTCGCCAATTCAAGCTGATAAGTTTGG
AATTTTCATTCTTGTTTTCTTTTTCATTAATTATCAAATTATTTTTGCAC
CAGCCCAATTCCCAAGATGTTTCTATTTCCTGGTATTAAAAATTATTTTT
GCCGACTTATTTCGACTTATTAAATCCAATTAACAAACGTAAAAGGCACA
GAGAGAGTGAGAGTGATATTAATGAGTTAGTGTTTAAAAGTCAATGTTAT
TTGGGTAATAATGCAAGGAATGCTTTCAAACTTATACTCAATATTTGGTC
AAGTTCGGTTGGATGAGACCGAAAGCATCCATTGCGGTATGAGCCAGCTT
CACGTCTTTCTTAATGACCACTTGCGGCTCATTTTCAACAAAAAGCTATC
AGACAAGTGCTCCTGCAAAGGCCGCACGCAAATCACTGTAATACCGTCAC
TCAAGGCTATGTGTTCGTCGGGCAAGCTTCAAGACATGGCTGGCCCCTGG
CTCGCATGCTAGATGCCCCTTCCAATGCAATTGCAATGACGCTACTGTAC
ATTCCGACTCCTCTGCCTTAACCCCTCTGTCACCTCTCTCCAATGGGGGT
CTGGACATCAGAACCATGGTCCAGCTTTGGAACAAGACCTTACCTCTCCG
AGAAAGCATCAAACCTGATAACATCGAAACAATAGTTAAAACTCTGCCTT
TTCAAACCCGTTGATCAAACGGAGTGATGCGCCGATGTTTGTCGAATTTG
ACTAAAAAGCAATAAGTCACTTATCCCATGAAATACGAGATACGTAGTAT
AATCGGTTTGAAGTGAAATATCGAAGTCGCTTTACCGATATTCAATTACA
GAATAGAGAATATCGCATAACCTTGTTGGAAATTATATATTTCGCACAAA
GTATGAAAATCAAGACATATTTAAAAAAATGAGTGGAGTGAGGAGAGAGG
TATTGTTTAGATCTGAAATTGAGTGTGATATATATTTAATTTAAAGCAAG
CAATAACACCAATAGGCTTGTTGGAATTGTTTGCTTAGATTAGATCATTC
AACATTCTAAAAGGGTTGAATATACTGTACAGTATTTAGCCCAAAGCCGA
TTATGATACGTAGGATTTGCAGTTTTTAAAGATTCCTTAAAGTGGATCCA
TTGCTTAATTTTCAACACCAAATGGAAAAAAAATGTGTTGTTTGAGCGAC
GAAATGATAGAGAATTTTCCATTTCTTCAGGGCAATTAAGGTGAGCTCCA
AGTGGGAAAAGTGTAGTGTACCTACACTTTGAGCATAATAGTTGTGTAGT
GTAGTCTACATAAACTTTACGTTTATCTTGTTGATATACCTAAAAACGTA
AAAAGTTGTTTTTTACCAACAAAAACTTATTTAATGCGTAACGTCTCCCA
CGGACAAGGTCCCCTCGACCGGGGTCGGGTCCGCGATAGGGTCTGCCTAT
CCGGTCTTGGAGCCATGGAAACACTCTACAGGTTGCTATACAAGCAAAGA
CTGATTTATCTACTAATAGAAACCTATCTTTGTTTTGTTTGGAAGGCCCT
GGGCATTTCTGCCCAGCTAGGGAAATCTCCGAGGAGACATAGTCAGCCTG
GCGGTCAAATTTATCATGAATTATTACCTTACCCTCGAGGAATGACCACC
GGTACGCCCACTTTAATCCCGCCAGGGAAGCAAACAATAGCTGTGAGTTA
ACACCACTAGTTGCCGGAACTTGGCCAGCCCGGGGATCGAACCAACGACC
CTCGGATAACGCAATGATAGATGACTGATTGTGCCACTCTACCATTGCGC
TACGCTGCTTGCTTAAAAACCTATCTATGCCTAATGCAATTAGCCAGCGG
CACATGATGAAACGCAGGACATTATAAATTTATTTTTCAATCATTGAAAT
TATTTTAAAATCTCAAGTGAGTGAATTGATGGCTTGCCCATTTAAAGTCC
TGAATGAAAAGCCTCTTGTTATCTATGAGCTGACTGAATTGGACTCATGA
ATATAGGAAAAACATTTTTTAATCCATAACTGCGGAACCTTTTTCAAGTC
CCTTCTGCGACCTAACAGTCTTCATATTGTTATACCAATTTTGTACATTT
AGGACTCGAACTGTCGAGACAATTGAACCAATAAAAGCAATGTTAGGTGA
ACTGATTGAGCCACTCTTCAACCATGTTCACGGTATTTACTCATCCATAT
TTGGTTTTGCTCAATGTTGTGAGCCGTTTTAAAACTTTGACATGGCTCTG
CAATGTTTAAAAATGTGACAAACCTCAACAATTCGTTCGGTGTCTGGAAA
CTGGGTTGAGTGACAAAATAAAATAACTTTCGTTGATTAACAGTCCATTT
AGGAAAAGCCAACCTTGGAATGCCATTTAATGCAAAGTTACTATGTAAGT
CCATTTTTAAACATTATTATAGTAAAAGTAAAGGTCGTCAAGATTATTGC
TTTGGACTATTTGTATCAAGTGTGTGTAATCATTTGTATTATCGGCAAAT
ACGGCGTATCATTTGGGGCCCAATTTAAGACACTTAGACAAAGAGAGACA
CACTGAGACACTTGCTACTTGTAGTGTAAGGACATAGTTTTAACAAAAAA
TAAAAAATGACAAAAATTGACTAGATTAAGGCTTTTGCAGCCGATGAATA
AGTAAAATCAATTAGGGGGATGCTAAACTAGCGGTTTTGTTTGTTTGGAA
GGCCCTGGATATTTCTTTCAATTAGGACATCTCTAGTGGGACAGGTCAGC
CAGCTTTGCAAATGTAGAATGAATTATTCATTACCTTACCCTCGAGGAAT
TGCCTCAGGTTCGTTCAATTGAATTGCGCAAGGGAAGTAAACAATAGTTG
TAAATAAACTCCGTTAGAAGACCGTTAATCGAACCCCGCAACTCAGCAAC
AGCGCAGCGCTCGCTGACACTGAAGTTTGGTGGTTTCCCTTTGCTGAACT
GGCTTTGGCCAATCCTTTTCAAAAAGGCTCATTAATCTGCTTTGAAAAAA
TGTAAAAAAACCGATTCATTTCGGCGATCCAAAATTCTAAAAAAATGCAG
TTTGAATTTTGATCCAACATATTTTGAAAAGCTTCCTGTTTGTTCTGTCG
GCATGTGGGAGATATATGTTTCTAACAGATGAAAAGTCTAAGTGTAGTGT
TGTTAATGTGCAATTAGTGCAATCATGCTCATGGCTGAGCCATCTCGTGG
CATGTTCACTTTGCGCACCAATTGGCCATGTTTTCCCTTGACGTCAATTC
CAATTTGTGGAAAATCCTGTTTTTCCCTTCCGACGTCAACAATATTGTGT
ACTACGTAGTCCTAAATGTTTACTCGAATTCAAGTTCAGGGTAACAATTA
GGTAAGTGCTTTGGCCAAACCCGCTCTGAAATCTTGAATCAAGGACAAGT
ACAGTCATGGCTTTCGCCCACCCAAAATAGTCTGTTCCATCTGGGACTGG
AAAAGTTGGGCGAGTGGGACGTGAATAAAACTTTTTGCTTCCTCCTGGAA
ATATGAAGGCGTAGTAAGTGTGTGTGTGTAATCGTTTATTAAAATGGCGC
TTGCTGGATGCAACACTTAGCACAAATTAGCTAGTTATAGGTACCTTTTT
AGTATTGGAAGAGCTTCATGCACGACTTTCAAAATTGATGCCAAAGGACA
TGGCCAAATGTGAATGCCGAGCAAAAAGCTTCGGTCTTACGTTATATTTG
GAATTGTATGCCTTGAAAGCATTCTCAGAGAACATTCGGACTACGATCTA
GGTGTTCCTTAAACTTCTAGATTTTAAAATGTCAATACATACCTGAAAAA
TGTGCTTTCACTATTTTGGGCCACGACAAGCAGGAAATTCCCAAACAGCA
ATTTTATTTTGAAGCCTTCCATTGCATGATAAGTAGCGTAGCACAGTGGT
AGAGTGGCACACTTGTTTATCTAGCATTGTGCCATCTGAAGATCGCTGGT
TCGATTCCCGGGCTTGCCAAGTTCCGGCAACTCGTGGTGTAAATTCATAA
CTACAGTAGTGTGCGCCCCTTATTGCAGGGTTAAAATGGGGTACTCGAGG
GTAAGTAAGGTAATACGGTAGGTTATGATAAATTTGTTTCTCAAGATATT
TCTTTGGCTGGGCAAAAATGTCGGGAGCCTTCCTACTCAAACCAAACCTA
CCAAGCCTTCCATTGCATCTAGAAGAACATTAACAGCCTTGAGAAAGCCT
TCAATTTAAATCACATGTTTCTAGAAACAAGTTAAAAGAATGCCGAGCTA
AAAATTAAATATTAAACATTTCAAAGCACTTTTTGACCGAGCTTTGCTAT
ACGTACATTTTGTTTTCCTTCCTCCTCAGTTCCTTTGAAGAAGTCTGAGT
TGTTGTCAATTTTACTAGGAATCGCCCTTTCATCTACTTTAGCAACAGTT
TGCCCTACAACTTACCCTCTGTGGGCTAGTGCTCACGACTATATATCCTT
GGATTGGACACCTATATTAGTCTTGTCCCTTGTGGGTCAAGCCATGACTA
TTTTGAACTCGGTCCAAGGATTAGAATAAATTCTTATAAATTCAAATGTC
TCTTCGGAGATTACTAACTGGGAATTGGTTGTACTCTAATGATAATTCCT
AAGGTCTTCCAAACAAACAAAACTAAGGATCGCATTTAAAGCGTGATGCA
AACATTATGATAATCTCTCACGGATAAATTATTGGCATTAAAAGTCACCT
TAAATTAGATTTGCTCTCATGAAGCTCTAACATCCACACCTGTGTTGATT
TATGGTTAATTTTTTGGTAAATTGACTCTATGAAACTGACTGAAATGTGT
TTGGAGGCCACTTGGGGACCACTTAAGTTCTATATAGTGGTCCGAAGCGT
GGCTTTAGTTCGAAAAAACAGGCTAATTAAGCTCTTGACTTGCAAAGAAG
AACCATGGAGTTTTGTCTCGGAGAGAGAAACTTGGGTGAATCTAATTTTC
CCCTTCACTGAAAATTTAGCTAATGAAGGCAGATGACTGGAGTGACTAGA
GCATGTCGCCAATTCCCAATTCTCGTGAAACACTCATTCCATGACTTTGG
AGCGAGTTCACGGTCAAAAAAAGAAGCAGCCTCTGCGTTGCATTCCAGAA
ATGTCAGTAATTGTGCACATCTGCTCCAGAATTTGACTCGAAGCTCGCAT
TTTTTCACAAAGACCATTGCTGAATTGGCCTTTTCAAGTTAAATCTGTGC
TACTCTGAACGCTCGAGTGACTTTTTCCAACCTTCGCCAGTGCCATGAGA
GACAGCCAAGCGTGTCTCTGCGGAGCCTCTGTCCTCTTTCTGTTCCTCTT
TCCAGCCCTTTGTCACACTTTGGCCTTGCCCAATGCCAATGCTGAGCCTG
AACCATTAGCCGAAGCCTCGCCTTGGCCAGAACCAATTCCCATGCCTTGG
GCCTTTGCCCTCCCCGATCCAGAGCCTCAATTCGGCTACAGCTCTACGGT
AATAACTAAAAAGCCCCCATTGATATGTAGTACCAATTCAATGGGAGTAA
ATCACAAAAAAAGAATCTACATCTACACTCAAGCGATTGCTGGGGGCAAA
CTAGTGCACCTAAAATAAAACATACAGAAGGGATTCATCAATTCGAAAAA
GCGTAAATTATGTGTGGTGTTACAAATCTAACCTCGCTGGACCAAGTCCT
TTCAGCCCCATCTAGCGGCAAAATATTATGTGTTCATGTGGGCGACATTT
CCCGTCATCGAGGTTAGGATATGGAAATAAACGGATTATTGTTCATAGGG
AAACAAGTTATTACACCTTTTTGGAGAAGTGATGTTACAGGCCAAAAACA
GCAACAAATAACATTTTGCCATTTTTATAGAATTCTGAGTTTGCAATAGT
TGTCTGTGAGAGTCAGTGTTATTTAACACTCGTTAGAAACTTTCCATTTG
TCCCACCGGTGGAACTTGTTACAGTAAAGCACCAGCTATTCAGTTTTGTT
GCAATTTTTTCAACATTTATTCGCTTGCATTTGGATTGTTGTTAGACCTA
ACCCAACAATAATGGGCGCAACAAAAAATCTAGGGATATTCTATTTTCAA
ACTTTGGGTGAAAATCTCAAGTCTTTGAAACACCACGCTTATTGAAGCGC
GATGCTTGGAAAAATGATCTCGGTCACTTGATGAAAAATCAACTTTTCTC
ATTGTTGCCATATTTTGTCCAACCGGTTGATTTATCCCAAGGTATATTTT
TTAATATACAAAGAAAAAAATCACTCCACTGAAAAGCCATTCAATAAATA
CCGTCAACAATTATTTTGAGACTGTCTCGGACATCAATCTATGAGTGAAA
TCACTCAAACACAGTTCTTGGTGTCTTTTAGGTCTCGAGATAAATTCCAT
AAATTGGTCCCCGATTGTACAAGAAGGGGGCCAGCAGCGTTGCACAGTGG
TAGAGTGTACCAGTAATGCATCATATTTCACCACATTAGCCTAGGGTCGT
TGGTTGGAATCCTTGCTTGTCAAGTGTTTTGATTGGATTATCAAAAGAAA
TAAGTTTCCCAACCTCCAAAAGCTCAAGACATGCCAGAGACTGGGGTTTT
CAATATAGGACTTTCCCATGTTCAGGCATGTCTAATATGTAGTTTCTATT
GTTCCTTGGTTAATGTTTTGAAGGCTTGAGAGTTGGCGGGCTTTGACCAC
AAGCATATTATTTATTCATACAACACAGTCACATTAGTTTGTTTCAAGAT
TTCTGGCCAAGGAGCAAAAACACTTTATCAGTCTCACTTTCCTTTCTGCC
GGGATCCCATGTTGTACGTTGTTACACTTTTTCACCCATAAGTATGTATA
TTTTTCTCAATTATGACTTGATCATTTTCACTCTCTAACGCAGGTTTAGG
TTCAAATTTGGATGCCAAACATTTTCTTTCCGTGACTTAATCAAACAAGT
TTTAATATTTTTTTCCTTCGCCAGAGTTGGAACGTACCTGTTTAGTCTGC
ACAAAAATATATGATGTATTGACAAGTATGCAGACTCAATAACGGCAGAT
ATACACCTATGCAGAAATGCACATGCTTGACTACTAAAGTTAAGGAAGTA
GAAAACCGAAGGCTGGAGGACGGAATGTTAGGAGAACAAAATATCCAGTT
GAGGAGGTTTACAATCTCGATTCATGGTAGAAGGGCGAACTGTAAATTGC
TGCAGCACTAGACAATATCGACAAAGGACCGTGGAACAGCTGAATATTTG
GTCGAAAAACTAGATCTAGAGGAGTGAGAAGTGAGTTTGGGTGGGATTTC
CCACTGATTAGGGCATAGGGCAAGTGAACAGCCTCAAATTGTCCCCGGCA
GGCGTGCGTATGACGGTTCTGAAGTGTATACTGTATAGTGATGTAGGAAG
TGCTAGAAGTCAGCTGATTGCTAGATTTTGATTCGTCTCTAGAGGCAACA
CTTTCGATTCTTGTCATGGTCCAAAGGCTAAACAGGATCGATGGTGCTAT
TCCAGGACTGTTTCATTTGTCTGCATACACTAGACAATGTAGACAAAAAA
GCCTCAATCTGGTAATCTGTCATTAGTCGGTCGATGTAAAAACTTATGTA
CTGTGAACCTCCATGGATAAGCTGAAGGTCTGTACATGCGATTGATATAC
ATATGCAATAAACATATAGCGTATTTAAGGCATTGAGATGTGTGTGTAAT
CGTTTATTTCCTGCTTAATAAAATTTGGTATATGCCCGGGAGTCAACACT
TAGCAAACGAATGCTAGTCAATAGTGTTAGGGCCATTTATAAGTATATAC
ACATGTTAGTAGTAACGAAAAACAACGTTATAAGAACCTACTATACTGTA
AACTGTACAAAACAAAAAGAACAGAATAATGGAGAAATATAATAATAAAT
GTTATCAAGGCTATACAAATCAATAAATGTGCACAGAACTAATAGAAACA
CAACAAATGTCAACACGACATAACTATGTATTGCGTAACGTCCACGTCTT
TTGTCAACGTACATGTACGTAGATGCCTTAAACATTTTGCCAAAATACGT
ATATGAAACTGCACAATATGGACATTTATGTGTCATTTCAGTCCAATAAC
CATGGAGGATGTGGACCTCCGCGCCTCCTGCAAGTGTGGCCCAATGTCAC
AGCGTCTCATGGAGAGCCTTTCAAACTTTCCTGCCCTCTTGACACCAGAA
ATTCCTGCCTCATTGACATGGTTGAATGGTACTTTAGCACCGATGATCCC
AGACAATCGTCGTCATCCGGCCATCAAGAGCGAAGTCGGCGAAAGCTTCT
GAAGCACGTGGCCTTGGCCTTCGACCCACTCATGCTCTACTTTCCCTCAG
TATCCCAGGAACACTCTGGATGGTACACCTGTGTCGTGGGAAACGGGGAG
GGCAGGAACGAGGGCTCGGCCTTTGTGGATGTGAAGCACCAATCGGCTAG
ATTAGCGACCTCCAGGCAACCCATTTCATCACCAAGCTACCAAACAGCGC
TCAACACAAATAAGGCAAGAGCAACTAATTAACTGGCCTCAATGGTTTCT
AACGCTCAGTCATTCATGCCAAATGGTGCCAAGGGCAACATCAAGAGGTT
CACAAAAGCCATTGTGTACCTTCATCTCGAGGAGCTTCATGATCCCTCAG
ATCTGGTTGTCTCAGTGCTCAGGTGCCTTCTTACCTGGCGAGGTTATTAC
TCGATTCAATTGTACCAAATCTATTAGGGGGATTTCCTTAGCATTGGCAG
CAGGCTCAATATACTGTAGTCGCAGGAGCGAGAGGGACCCCAAGAAAGTC
GATACACAATGACCGCTCTACATTAACCGTAATTTGAGGAACATCATGGG
TAAACGTTAGAATAATGGCTAAATTGAGGCCATTTGTTTCCTGCCTCGGC
GAGCATTACCCAAACTGAGTCTCAATTCGACCAGCTCCTACATAAAACAA
GACGTAATCGGCATGTGGTTGGGTTTCAAAAAACAAAAAGGAGGAGCTCA
AAATGCTCATAGATCTCTCCAAGTTTAAACCCAATTCGTTTGAATAACAC
TTTATGGACAATGCAGTATGTTTGAGGCCATTGAAGGTTTAGAGTGGTTG
GAAATGCATTGCAAGGCAAAACAACGAATTCAGCATGCAGATTAAATATG
TGACGGGCGCGATGAAAGGCGCACTTTTTTGAAATCACTAAACCTAGCTC
TCGTTCCGAATTGCAATCATTTGAATAGGGTGACAATAGTAGTTACGAGG
CAATTGTGAATTGTAGGGCCATGGGGTACTAAAATGACCTGGAGGTCGCA
GAGAACGAAAAATGTGTCCAAAGACGGCATGGTTCAAGCAGTTCGAAAGC
CGTTAATGCAATCAATTGACGGGCAGGAGTTGCGGGGACATTTCATCAAG
ACCCTTAGGGTTTAAGAGTGACTAGTTGATGGACTCTTAAACCCTACACA
ACTGGTAGAAACGTCATGCGCACCTCCAGTCCGTCAATGGATTACATTAA
CGGCTTTCGTGCTTCCTGAACCTTCGGAAACATTTTTTGTTCTGTGCGAC
CTCCAGGTGATTTTAGTACTCCTTGGTGGGGCCATCATACGAATGTCTAA
GATAAGTAAGTGCAGGATGAAAATATTTCAAACTAAAATATAGGGAAGTT
CTAGACTCTGGAGGCAGTGTTTCTTGGCAAAATATATTCTTTTTATGTAA
TAATGCGGTACTTCATTTCAATAATGAAAAACACTGGAGTAAACGTCATA
CATCGCACTTTCATTTTCACTCAAGAAAATAGGAAAAGTGCTCAAATACC
GGGAATTTGGGTAGAAACATGCAAAAGCAAGAGTTTGAAATTAAACTATG
TCGTAGGGCAAATAAAAAGGATGTAACCAGAATAATTTCAAAACGTGCTT
GGATTTTCCAAGTTGCACTAATAATAAACATGGCCAAAAATGCATTGTCA
AGGCCGGAAAATCGTTATGCTGGATGAAAAAATGGCCCATAAAATGGTAT
TTTGGACATATAAAGAAATGCTTTTAGCCATTCATCGTAGATAACTAGGT
CGTTTTCATGGATTTCTTACACGTAAATACTTGGATGCCCTTCAAAAACG
GCGATGACATTAATAAAAAAGGATTTTATTTTATTGAGACCGATCAAGTA
GAATATTCCTCTGTTTTTAGGTCGTTGTCAGCCAATCGGCAGCCAATTTG
GAGACAGAAGAGCTATCGAGTCCCAGCGTTCAATCCCGCTTTCCAGTCTA
TTCCCGATTCCGTGGGAATCGTGGATTCTCTAGCTCTACAGCGGCTCCTC
CCCAAGAGCTGAAGCGTCGCCGAAGGCCCAGGCCTCAGGCTGAGGCCACT
CGTGAGGGTTTAGAGGCCATTCATCAACACTTGAGGTACATCTATGAGAA
GGTGGAGGATTTGGATGACCAGATGGCAAACATGGATCGACGACTCTCCC
ACTTGGAACGGGCTTAA

Synonyms

The feature 'hypothetical protein CAPTEDRAFT_88332 partial' has the following synonyms


Synonym
Tk02034

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