AGAP009116-PA, maker-scaffold612_size124412-snap-gene-0.21 (gene) Tigriopus kingsejongensis

Overview
NameAGAP009116-PA
Unique Namemaker-scaffold612_size124412-snap-gene-0.21
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of AGAP009116-PA vs. L. salmonis genes
Match: EMLSAG00000002725 (supercontig:LSalAtl2s:LSalAtl2s1574:64408:65553:-1 gene:EMLSAG00000002725 transcript:EMLSAT00000002725 description:"maker-LSalAtl2s1574-augustus-gene-0.28")

HSP 1 Score: 142.124 bits (357), Expect = 1.374e-39
Identity = 56/85 (65.88%), Postives = 73/85 (85.88%), Query Frame = 0 
Query:  410 MFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYLAK 494
            MF D+ +F+ N+L T  L+FI+IYF+ITLSDLECDYLNAQECCGKLNFWNVPK WLQ++++ +LLL GHW LFL N+P+C++L +
Sbjct:    1 MFGDLFVFSFNLLDTTVLMFILIYFIITLSDLECDYLNAQECCGKLNFWNVPKYWLQISMILILLLSGHWFLFLLNIPICIFLTQ 85
[Close]
BLAST of AGAP009116-PA vs. SwissProt
Match: gi|12229837|sp|Q9P003.1|CNIH4_HUMAN (RecName: Full=Protein cornichon homolog 4; Short=CNIH-4; AltName: Full=Cornichon family AMPA receptor auxiliary protein 4 >gi|62900351|sp|Q5R9M4.1|CNIH4_PONAB RecName: Full=Protein cornichon homolog 4; Short=CNIH-4; AltName: Full=Cornichon family AMPA receptor auxiliary protein 4)

HSP 1 Score: 87.0409 bits (214), Expect = 4.472e-19
Identity = 36/79 (45.57%), Postives = 54/79 (68.35%), Query Frame = 0 
Query:  413 DILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLY 491
            + ++F  ++L    L+F+ +YF+ITLSDLECDY+NA+ CC KLN W +P+L     +  +LL+  HW +FL NLPV  +
Sbjct:    2 EAVVFVFSLLDCCALIFLSVYFIITLSDLECDYINARSCCSKLNKWVIPELIGHTIVTVLLLMSLHWFIFLLNLPVATW 80
[Close]
BLAST of AGAP009116-PA vs. SwissProt
Match: gi|110278915|sp|Q3T126.1|CNIH4_BOVIN (RecName: Full=Protein cornichon homolog 4; Short=CNIH-4; AltName: Full=Cornichon family AMPA receptor auxiliary protein 4)

HSP 1 Score: 85.8853 bits (211), Expect = 1.376e-18
Identity = 35/79 (44.30%), Postives = 54/79 (68.35%), Query Frame = 0 
Query:  413 DILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLY 491
            + ++F  ++L    L+F+ +YF+ITLSDLECDY+NA+ CC KLN W +P+L     +  ++L+  HW +FL NLPV  +
Sbjct:    2 EAVVFVFSLLDCCALIFLSVYFIITLSDLECDYINARSCCSKLNKWVIPELVGHTLVTVLMLISLHWFIFLLNLPVAAW 80
[Close]
BLAST of AGAP009116-PA vs. SwissProt
Match: gi|62900373|sp|Q9CX13.1|CNIH4_MOUSE (RecName: Full=Protein cornichon homolog 4; Short=CNIH-4; AltName: Full=Cornichon family AMPA receptor auxiliary protein 4)

HSP 1 Score: 85.1149 bits (209), Expect = 2.066e-18
Identity = 35/79 (44.30%), Postives = 54/79 (68.35%), Query Frame = 0 
Query:  413 DILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLY 491
            + ++F  ++L    L+F+ +YF+ITLSDLECDY+NA+ CC KLN W +P+L     +  ++L+  HW +FL NLPV  +
Sbjct:    2 EAVVFLFSLLDCCALIFLSVYFIITLSDLECDYINARSCCSKLNKWVIPELVGHTIVTVLMLVSLHWFIFLLNLPVATW 80
[Close]
BLAST of AGAP009116-PA vs. SwissProt
Match: gi|62900356|sp|Q6P3N5.1|CNIH4_XENTR (RecName: Full=Protein cornichon homolog 4; Short=CNIH-4; AltName: Full=Cornichon family AMPA receptor auxiliary protein 4)

HSP 1 Score: 84.7297 bits (208), Expect = 3.624e-18
Identity = 35/76 (46.05%), Postives = 52/76 (68.42%), Query Frame = 0 
Query:  416 LFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLY 491
            LF  +++    L+F+ +YF+ITLSDLECDY+NA+ CC KLN W VP+L     +  ++L+  HW +F+ NLPV  +
Sbjct:    5 LFIFSLIDCCALIFLSVYFIITLSDLECDYINARSCCSKLNKWVVPELVGHTVVSVLMLVSLHWFIFILNLPVAAW 80
[Close]
BLAST of AGAP009116-PA vs. SwissProt
Match: gi|75169292|sp|Q9C7D7.1|CNIH1_ARATH (RecName: Full=Protein cornichon homolog 1)

HSP 1 Score: 64.6994 bits (156), Expect = 4.277e-11
Identity = 47/162 (29.01%), Postives = 75/162 (46.30%), Query Frame = 0 
Query:  410 MFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYLAKSRSNPVMAKRTPANIAAVMNMIEEDRRVDIDTIAAKLDLCFGTVHIIFRKDLNYSKTALPAFAKSTANFRLLMITIH 571
            M  D+ L+ ++  ++L LV  + Y +I L+DLE DYLN  E   ++N   +P+  LQ ++  + LL  HW+ FL  +PV +Y A                     M+ ++RR  ID      ++  G   I F K L Y+K     F      FRL +  ++
Sbjct:    1 MAWDLFLWIVSFFVSLALVASVFYQVICLTDLEADYLNPFETSTRINRLVIPEFILQGSLCLLFLLTWHWVFFLVAVPVTVYHA---------------------MLYKERRYLIDVT----EVFRG---ISFEKKLRYTKLGFYVFLFIMVVFRLTLSAVY 134
[Close]
BLAST of AGAP009116-PA vs. SwissProt
Match: gi|586332|sp|P38312.1|ERV15_YEAST (RecName: Full=ER-derived vesicles protein ERV15)

HSP 1 Score: 60.8474 bits (146), Expect = 6.916e-10
Identity = 31/78 (39.74%), Postives = 43/78 (55.13%), Query Frame = 0 
Query:  416 LFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYLA 493
            LF   ++L        IYF I   DLE DY+N+ E C ++N  +VP+  LQ  I  + L  G+W +FL N+PV  Y A
Sbjct:    8 LFVTGLILNCLNSICQIYFTILYGDLEADYINSIELCKRVNRLSVPEAILQAFISALFLFNGYWFVFLLNVPVLAYNA 85
[Close]
BLAST of AGAP009116-PA vs. SwissProt
Match: gi|1723832|sp|P53173.3|ERV14_YEAST (RecName: Full=ER-derived vesicles protein ERV14)

HSP 1 Score: 60.4622 bits (145), Expect = 1.003e-9
Identity = 30/76 (39.47%), Postives = 43/76 (56.58%), Query Frame = 0 
Query:  416 LFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLY 491
            LF L V++    +F  ++F I  +DLE DY+N  E C K+N    P+  L   +  + LL G+W +FL NLPV  Y
Sbjct:    5 LFILAVVVNCINLFGQVHFTILYADLEADYINPIELCSKVNKLITPEAALHGALSLLFLLNGYWFVFLLNLPVLAY 80
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BLAST of AGAP009116-PA vs. SwissProt
Match: gi|75148636|sp|Q84W04.1|CNIH4_ARATH (RecName: Full=Protein cornichon homolog 4)

HSP 1 Score: 55.4546 bits (132), Expect = 5.707e-8
Identity = 27/79 (34.18%), Postives = 43/79 (54.43%), Query Frame = 0 
Query:  413 DILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLY 491
            DI  + ++    + LV II+Y L+ L+DLE DY+N  +   ++N   +P+  +Q  +    LL GHW + L  LP   Y
Sbjct:    3 DIWTWLISFFFLIALVGIIVYQLVCLADLEFDYINPYDSASRINSVVLPEFIVQGVLCVFYLLTGHWFMTLLCLPYLYY 81
[Close]
BLAST of AGAP009116-PA vs. SwissProt
Match: gi|308154341|sp|Q9SZ74.2|CNIH5_ARATH (RecName: Full=Protein cornichon homolog 5)

HSP 1 Score: 53.5286 bits (127), Expect = 2.171e-7
Identity = 26/79 (32.91%), Postives = 44/79 (55.70%), Query Frame = 0 
Query:  413 DILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLY 491
            D+L + ++ L   TL+ I+IY L  L+DLE D +N  +   ++N   +P+  LQ  +    +L GHW + + +LP   Y
Sbjct:    3 DLLDWIISFLFLATLIIIVIYQLTCLADLEFDRINPYDVSSRINRMVLPEFGLQGLLCLYYILTGHWFMAVLSLPHLFY 81
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BLAST of AGAP009116-PA vs. nr
Match: gi|817221428|ref|XP_012286210.1| (protein cornichon homolog 4 [Orussus abietinus])

HSP 1 Score: 101.293 bits (251), Expect = 2.155e-21
Identity = 45/83 (54.22%), Postives = 64/83 (77.11%), Query Frame = 0 
Query:  410 MFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYL 492
            M S+ LLFAL ++ T  ++F+++YF+ITLSDLECDYLNA++CC KLN W VPKL     ++ +LLL+G W+L L NLP+ ++L
Sbjct:    1 MISEPLLFALALVDTGVVLFMLVYFVITLSDLECDYLNARQCCSKLNQWVVPKLVAHTFLVLVLLLYGQWILTLGNLPMIIWL 83
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|1080061253|ref|XP_018572612.1| (protein cornichon homolog 4 [Anoplophora glabripennis])

HSP 1 Score: 101.293 bits (251), Expect = 2.681e-21
Identity = 41/85 (48.24%), Postives = 64/85 (75.29%), Query Frame = 0 
Query:  409 IMFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYLA 493
            ++  D LLFA+++  T  ++F+++YF+ITLSDLECDYLNAQ+CC +LN W +PK+   + + F+LL+ GHW+L   NLP+  ++A
Sbjct:    1 MILEDSLLFAISLADTGAILFLLVYFIITLSDLECDYLNAQQCCSRLNQWVLPKIIAHIFLSFLLLIHGHWILMFVNLPMAGWMA 85
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|1121149543|ref|XP_019561721.1| (PREDICTED: protein cornichon homolog 4-like [Aedes albopictus] >gi|1121157629|ref|XP_019565540.1| PREDICTED: protein cornichon homolog 4-like [Aedes albopictus] >gi|1121157631|ref|XP_019565541.1| PREDICTED: protein cornichon homolog 4-like [Aedes albopictus] >gi|1121157633|ref|XP_019565542.1| PREDICTED: protein cornichon homolog 4-like [Aedes albopictus])

HSP 1 Score: 101.293 bits (251), Expect = 2.738e-21
Identity = 42/79 (53.16%), Postives = 59/79 (74.68%), Query Frame = 0 
Query:  410 MFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPV 488
            M  + L+F + +L+T  ++F++IYF+I LSDLECDYLNAQ+CC KLNFW VP+L     + F+LL+ G W LF+ NLP+
Sbjct:    1 MLPETLVFGIALLITGVILFLLIYFVIILSDLECDYLNAQQCCSKLNFWVVPRLSAHCFLAFILLMNGSWFLFIANLPM 79
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|1108478547|emb|CRK93609.1| (CLUMA_CG007139, isoform A [Clunio marinus])

HSP 1 Score: 100.908 bits (250), Expect = 4.422e-21
Identity = 40/83 (48.19%), Postives = 60/83 (72.29%), Query Frame = 0 
Query:  410 MFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYL 492
            M SD +LF+  ++ T  ++F++IYF++ LSDLECDY+NAQ+CC +LNFW +PK+   + +  +LL+ GH+ L L NLP   YL
Sbjct:    1 MISDTILFSFTLIDTGAVLFLLIYFVLILSDLECDYINAQQCCSRLNFWTIPKISAHVVVTLLLLITGHYWLLLVNLPFVGYL 83
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|1059420859|ref|XP_017783130.1| (PREDICTED: protein cornichon homolog 4 [Nicrophorus vespilloides])

HSP 1 Score: 99.7525 bits (247), Expect = 8.523e-21
Identity = 42/84 (50.00%), Postives = 62/84 (73.81%), Query Frame = 0 
Query:  409 IMFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYL 492
            +  SD LLFA +++++  ++F+ IY++I L+DLE DYLNAQECC KLN W  PKL + L + F+LL+ GHW+L L NLP+  ++
Sbjct:    1 MFLSDPLLFAFSLIVSGLILFLQIYYVIILTDLESDYLNAQECCSKLNVWVKPKLGIHLFLTFLLLIHGHWILSLINLPIAAWM 84
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|1199401150|ref|XP_021195975.1| (protein cornichon homolog 4 [Helicoverpa armigera])

HSP 1 Score: 98.9821 bits (245), Expect = 1.843e-20
Identity = 41/84 (48.81%), Postives = 64/84 (76.19%), Query Frame = 0 
Query:  409 IMFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYL 492
            ++ ++ LLF+L ++ +  ++F+++Y++ITLSDLECDYLNAQECC KLN+W +PK      I F+LLL G  +LF+ NLP+ ++L
Sbjct:    1 MILAETLLFSLTLIDSGGILFLLVYYIITLSDLECDYLNAQECCDKLNYWLLPKYLAHTFITFILLLHGQLILFILNLPLFIWL 84
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|910337833|ref|XP_013172500.1| (PREDICTED: protein cornichon homolog 4 [Papilio xuthus])

HSP 1 Score: 98.5969 bits (244), Expect = 2.132e-20
Identity = 43/85 (50.59%), Postives = 64/85 (75.29%), Query Frame = 0 
Query:  409 IMFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYLA 493
            ++  + LLF+L+++    ++F+++YF+ITLSDLECDYLNAQECC KLN+W +PK      I F+LLL G  +LFL NLP+ ++L+
Sbjct:    1 MILGETLLFSLSLVDCGAILFLLVYFIITLSDLECDYLNAQECCDKLNYWLLPKYIGHSFITFLLLLHGQVILFLLNLPMFIWLS 85
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|755947429|ref|XP_011300464.1| (PREDICTED: protein cornichon homolog 4 [Fopius arisanus])

HSP 1 Score: 98.5969 bits (244), Expect = 2.312e-20
Identity = 44/83 (53.01%), Postives = 62/83 (74.70%), Query Frame = 0 
Query:  410 MFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYL 492
            +FS+ LLFA+ +L T  ++F+++YF+I LSDLECDYLNAQ+CC +LN W VPKL     +  +LL+ G W+L L NLP+ L+L
Sbjct:    3 LFSEPLLFAVALLDTGAVLFVLVYFVIALSDLECDYLNAQQCCLRLNQWVVPKLVAHTLVNVILLIHGQWLLALANLPMSLWL 85
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|998520520|ref|XP_015521245.1| (PREDICTED: protein cornichon homolog 4 [Neodiprion lecontei])

HSP 1 Score: 98.2117 bits (243), Expect = 2.552e-20
Identity = 42/83 (50.60%), Postives = 61/83 (73.49%), Query Frame = 0 
Query:  410 MFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYL 492
            M S+ LLFA  +  T  ++F+++YF+ITLSDLECDYLNAQ+CC KLN W +PK+   + ++ +LL  G W+L + NLP+ L+L
Sbjct:    1 MVSEPLLFAFALFDTGAVLFLLVYFVITLSDLECDYLNAQQCCSKLNTWVLPKIVGHVFLVVLLLFHGQWILMVVNLPMALWL 83
[Close]
BLAST of AGAP009116-PA vs. nr
Match: gi|970899926|ref|XP_015115648.1| (PREDICTED: protein cornichon homolog 4 isoform X1 [Diachasma alloeum])

HSP 1 Score: 98.2117 bits (243), Expect = 3.003e-20
Identity = 44/84 (52.38%), Postives = 62/84 (73.81%), Query Frame = 0 
Query:  410 MFSDILLFALNVLLTLTLVFIIIYFLITLSDLECDYLNAQECCGKLNFWNVPKLWLQLTILFMLLLFGHWMLFLFNLPVCLYLA 493
            +FS+ LLFA  +L T  ++F+++YF+I LSDLECDYLNAQ+CC +LN W VPKL     +  +LL+ G W+L L NLP+ L+L+
Sbjct:    3 LFSEPLLFAAALLDTGAVLFVLVYFVIALSDLECDYLNAQQCCLRLNKWVVPKLVAHTLLNVILLIHGQWLLALVNLPMSLWLS 86
The following BLAST results are available for this feature:
BLAST of AGAP009116-PA vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAG000000027251.374e-3965.88supercontig:LSalAtl2s:LSalAtl2s1574:64408:65553:-1... [more]
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BLAST of AGAP009116-PA vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 9
Match NameE-valueIdentityDescription
gi|12229837|sp|Q9P003.1|CNIH4_HUMAN4.472e-1945.57RecName: Full=Protein cornichon homolog 4; Short=C... [more]
gi|110278915|sp|Q3T126.1|CNIH4_BOVIN1.376e-1844.30RecName: Full=Protein cornichon homolog 4; Short=C... [more]
gi|62900373|sp|Q9CX13.1|CNIH4_MOUSE2.066e-1844.30RecName: Full=Protein cornichon homolog 4; Short=C... [more]
gi|62900356|sp|Q6P3N5.1|CNIH4_XENTR3.624e-1846.05RecName: Full=Protein cornichon homolog 4; Short=C... [more]
gi|75169292|sp|Q9C7D7.1|CNIH1_ARATH4.277e-1129.01RecName: Full=Protein cornichon homolog 1[more]
gi|586332|sp|P38312.1|ERV15_YEAST6.916e-1039.74RecName: Full=ER-derived vesicles protein ERV15[more]
gi|1723832|sp|P53173.3|ERV14_YEAST1.003e-939.47RecName: Full=ER-derived vesicles protein ERV14[more]
gi|75148636|sp|Q84W04.1|CNIH4_ARATH5.707e-834.18RecName: Full=Protein cornichon homolog 4[more]
gi|308154341|sp|Q9SZ74.2|CNIH5_ARATH2.171e-732.91RecName: Full=Protein cornichon homolog 5[more]
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BLAST of AGAP009116-PA vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|817221428|ref|XP_012286210.1|2.155e-2154.22protein cornichon homolog 4 [Orussus abietinus][more]
gi|1080061253|ref|XP_018572612.1|2.681e-2148.24protein cornichon homolog 4 [Anoplophora glabripen... [more]
gi|1121149543|ref|XP_019561721.1|2.738e-2153.16PREDICTED: protein cornichon homolog 4-like [Aedes... [more]
gi|1108478547|emb|CRK93609.1|4.422e-2148.19CLUMA_CG007139, isoform A [Clunio marinus][more]
gi|1059420859|ref|XP_017783130.1|8.523e-2150.00PREDICTED: protein cornichon homolog 4 [Nicrophoru... [more]
gi|1199401150|ref|XP_021195975.1|1.843e-2048.81protein cornichon homolog 4 [Helicoverpa armigera][more]
gi|910337833|ref|XP_013172500.1|2.132e-2050.59PREDICTED: protein cornichon homolog 4 [Papilio xu... [more]
gi|755947429|ref|XP_011300464.1|2.312e-2053.01PREDICTED: protein cornichon homolog 4 [Fopius ari... [more]
gi|998520520|ref|XP_015521245.1|2.552e-2050.60PREDICTED: protein cornichon homolog 4 [Neodiprion... [more]
gi|970899926|ref|XP_015115648.1|3.003e-2052.38PREDICTED: protein cornichon homolog 4 isoform X1 ... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold612_size124412supercontigscaffold612_size124412:49991..70167 +
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
NoteP:intracellular signal transduction
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold612_size124412-snap-gene-0.21-mRNA-1maker-scaffold612_size124412-snap-gene-0.21-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold612_size124412:49991..70167+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold612_size124412-snap-gene-0.21 ID=maker-scaffold612_size124412-snap-gene-0.21|Name=AGAP009116-PA|organism=Tigriopus kingsejongensis|type=gene|length=20177bp|location=Sequence derived from alignment at scaffold612_size124412:49991..70167+ (Tigriopus kingsejongensis)
ATGTACTTCTTGAGGTTGGGCGTGCGCTCGGCGTTCTTCACGTTCTTGAG
CAGGGAGTTGAGCTGGCCCGTGATGACGCCGTACGAGTCCAGGAAGGAGG
GCCAACTCAGGTGCGGGTCATTCTCCAGCTTGGCGATGAGCCCGCCGATC
GAGCCCTTGACCTCCTGGATGCGCTGGGCCAGCACCTCGGTGGCCTCGTC
CAGCTGCTTCTGCTCGCGCTCGGCCGCCACCGAGGGATTGGCCGTCCCGC
CCCCATGGGCCGGATGGGACATCATCTGGGCGGCTCGCCGATGTTTGGCG
ATATCTTCTTCTCCTTGATGCACTCACACTAATCAAAACTGAAGTCCCTG
TGTCACCCAATTCCCGACACTCCCTTTGGTTGGGGGCCGTTGGTCAGCCG
ACTCCCACGTGACAGCCAATCATTGAGGAGAGAGGGGGGATTTGGAGGGT
GCTGGGCTGCTGTGAGCCAATCGCGTCGAGGCCGTTGATCAGCTCCGTGA
AATAACTGGTTTGAGTGGCTGGACTTTGGGTATACAGGGACTTTAGTCCA
GACGACAGACGGAGAAACGGCCAGGTGAACCGGCAGGGTGACGCTCGGAC
TGGCCCAGGCAATAGTGCTATCAGCTTTGCGCTGGACGCGATCACGGGCC
AGTAGACCCGGCCCGGTCAGATGTGGCTTGCCCTTTAACTTGTTCTGGGC
GGAGGATATGATTGTATTCATATACTGCATGGTATAGGTATAGTAATCGG
GTCAACTTGTATTCATATACTGCATGGTATATGTAGGTATAGTAATCGGG
TCAACTTGTATCCATAAAGAAAGACAATGGTCACACTGGACAGCGAACGC
CGGGATGCCAAAGAGACTGAGTTATGGAGTTTAAGTACTGTACGTAGTTC
TTAAACTTAAAACGAGCATAAGGCTCGAAGATCTCCTATCCAGCGACAAT
CTAGAAACTGCCATGCCCTTCATTTGTGTGTTTCAAACTTTCTGCCGTGT
CATTGACTTGGTTAAGTCCCTTGACAGTGCCTTATTTAGACTTGGTCAGT
GAGAAGACAGTGGATACATCTGCCCTGGAGGATGCGATTTCGCGATTCTC
AACCGCTTGGAAACACACCAATATGAGCCATATCATTGTTGATCACCGGG
TTGAATGGGTCATTTTGGCAGGCGGAAGCCAACTTGGCCTCAAGAGCGAA
CAAGAGCACAAAAGTCTTCATCCAGAGTTCGACAAAGTTTGGAGCAAATA
CTCTACAAGAGATAATTCGAGTCCAAAATTTCTGGAAAACCGGACTAAAG
CAGTCAACGATTTTAATGGATTTCATGGAAATTGAGCAATACTAATAATT
TGAGTATTAAAGGAATATTTATGATCCTGCTTTATACAAAGCATTATCAC
TGCGGTCGGGACCTTTCTTCTGCCTAATTGCCCCCTGCGACCTCAAAAGT
TTGAAAGGTTGCGAACGTACCCGAAACTTTTGCCGAATATTCCGTCTCGA
TTAGAATACGGATAGTCTTTATATACTGTTTTGTGTATAGTCTTTTTATA
CTGTTTTCTTGAGTCTTTTTATACTGTTTTGTTTAGTCTTTATATACTGT
TTTGTATAGTCTATATGTAGACTGTTTTGTATGGTCTGTTTATACTGTTT
TGTACAGTATAGTCTGCTTATATTGTTTTGTATAGTCTGTTTATACTGTT
TTGTGTAGTTTGTAGTTTTGCAGTCCTTATGTACTGTTTTCGATAGACTT
TGTGTATCCCATAGTTCGGTTTGATCCGTCGAACGAACAGCACCTCTTTT
TGCGTTTCCTTCTGATTAGTTCGCAATCTCATTAATCAGAAGATGAGCCT
TGTCGCGCTTAAAATCCCTGAAGAACGCACCTTTTGCGACGCCGAAGTCA
CGGATTGGCTTAAAGATTGGCTGGCTTAAGGACTGGCTGTCCAGAGGAGA
TTCTTGAATGTATCCGGCTTTTGGGCAAAGGCCGAAACGTGAATCAGGTG
AACAAGCCAGTGTTGATCGAGGCCATACGATTCGTCCTCCGGAGCCTAGT
CCCTGCGCCCCGAGCCTACCCGACACCGTCCATGGCACCAACCACACTTG
AGGCAGCGACGGTGGCTGACCTCGAGGACGAGAAGGTGAAAAGGGCAACC
ACCCCTCCCCCTTCCGAAGTGGTGCTCACCGTCCGGAGCACTAGCCCTCC
CTATACTGAAGTGTCCCCCACCACCCAGACCTCATCCACCCAGTGCGGGG
ACTGAACTGAGGTCAAGCAGAAGAAGCAGCGTGTTTGCAGTAAAGGTAGG
GGATGGTGGTCGTGCGCCCAAACAGCTCTAACATCCAACCTGACCCGACC
TAACCTAACCTAACCCGAACAGTATGTTAACTACGCTCGAGTTATCCTAG
CCGCAGCGCTAATCTGGGTAAACTACCCTCGAATTTAGCTAGCCGCAGCG
CTAATCGAAGTGAATTACGCTCGAGTTAGGCTAGCCGCAGCGCTAATCCA
AGTCAACTACTCTCGAATTAAACCATCGTGTCTGGCCGGCAGGAATCCCT
CGTGCAAGCTTTGGCACATTGGCGCCCCCAAGGCCAACCTCATCATTCTT
CCCCCCAGTTCGGGAAACGGCAGCAGGGGGCAAGGCCGGTCCTCTTCAAA
CCCCAAGGCCAATGTCAAGAGGGCGGAAAAAGCTGCACCCGCCTCTTCCC
AAATGTCGAAGCCAGCACCAAAGGGAAAGGGAAGTCCTTTGTGAAGCGCA
AATTGGAGCGACTGTCTGTTCTCAAAGAGGAAAAGCGCCCGCGACAGATC
AGTTTCGAGGCTGCCTGCGTAGCCTCTTTACATCAACAACAGCATCACCT
CCACAAGATGCCCACACATCAAAACTCACGAACCTACGCCAACGTGACGG
CCCCTTTGCTCATTGCAGCCGCCAAGACCACCACTCGGCAATCGCTCACC
GAGACCTTGGACGACATCAAGGCAGCTCTGGACCTACTTACTTCACAAGT
AACCCCTCGTGTGTCCCTCGAAAGTGCTTCCTCCTCCCCACGTCAGATCG
GCGCCGGCTGCATTAACCCAAGTCGTACCTAGTCCCACCCACCAGAGAAG
AAGTCCAAACCGCTTTGGCCGAAATGCAAGGACAGCTCCAGCTTCAGATG
CACATCTAAATGGAGGCACTGCTGGCTCGCTTCCAGTGAATTCCCTCAAG
GTTTGCACCTGGAACTCAAACAACTTGACCCGGGGGAATACCAAGGAACT
TATCTTGGCCAACCTCCTCGCTGCAAATGACATCTACCGTATGTGCATTG
CATTCATCACGGAGTCCGAGCTGCCGGGAGCCACTGCAAATTCATTTGCA
ATCAAAGACTACTGTACGTTACCTTTCTTCAAAATACCACCCCAATTGCC
AAATCGCGGATTGTAGCCCTGGTCAAGTCCAACCTGGCCACTAAGGCAAA
GGCGAAGGTGTGCACAGACATTGCAAAAACGTGCAAACAGTTTGGATCCA
GTTGTTCCTTCACGGATGGGGGAAATCCATCATTGGTGGTATTTACCGCC
AGAGGTCGCCCTCAGATCCCATGGATATGTCCACCGAGACCGAGAGGATG
GACAGCATCCACATGGAGATGGGAATGGCCACCAACATGTCAAAATCTGT
TGTCATCGCCGGTGACATAAACCTTGATCTCCACCGAATCAAGGACGCCT
CGTATACGAAGAGGTCCCTTCTGCTGAAACATCTGCAGTTCCTGGAAAGC
GTTGGCCTTGAGCACGCGATTACCGGTCCAACCTTCCGTTCGTACGGGTG
CTTCCACATGAGTTGCTTGGACCATGTCTACACCAATAGGACGCTGGACA
CTTGCAAGGTGCTTGGCAATTCGGCCAGTGGTCACTGGCCAGTTCTGGCA
ACGCTCCCATTGGGAAACGCCAAAGGGTAGACGATGGAGTCTACATACAT
ATGAGGCGTCGAAATTTTGGGAAAAGGTTTGAGAAAGGAGTGTGGCACGA
TCCCAACTGTTTCTGCCCTCCACGTTTTGGTTGATATTGAGGCGGGGCAG
ACAAGGCTGGGGAACGTGTTGTGTGTCCCGTTAGTAATTCTTGACAGTTC
TAATTTTTTGGTGATATCAATTTCCAATATTGTAGGTATAGTGTGTGTTA
TCGCACCTTCCGGTGGTTTCGTGTTCGCACCATGGAGCACCCATGGTGAA
CACAGGGCCCACTGATGTTATTAGCTAGTTCAGCTAGTCAGCGTGCAGCC
CCGTACAATCCGATTCCAACCACTACTTTAATTTGTAGGAAACCAGAAGG
GACCCCTCCTCAAGATGTGGCCGCACCTGTGTACCTGATCCCCAAGGACT
AGTAGGGTTATAGGGAGTCGTCAGCTCCCCTCAGTAGAAGAAAGTCTGGA
GTGGCGAAAATTTCTTTATCCGCCGGGCCAGGGAACCGATCTGTGGTCCT
TCATAACCGCAGACTTCATCGCTGACCACCATTCAATCTCCATCAAATAT
GTTTATTGTCCCTATCGATGCTTTTTGCCCCTTGCTTGACAAGCTCTTGA
AAAATATGGGTCCCATAAAAGAAATACACTTTTTTACTTCTGGATGTATT
TTGTCATTTTTTCCTCCTTTCCCTTTAAAATGAAATTTCGCCTCCAGGAA
TACACTTTTTTGCTGTTTCGATTTTTTTGAGCCTAAAATCAATTTTTTGG
GGAAATGATTTTTTCTGCGGTTTAAGTATGTTTACTCGAGATAGAGCTAG
GATCTAAGGAAGCGTTACAGATTGTTGACCAAAACCGGTTAGTCGGTCAA
TTTTGACTGCAAGTAAAAGAATGTTTTTGTGAGGCGGTTTTTGAATAATG
CGGCGTGGTCGATTGTATGGAATGTGGCTCTCAGAATGCTTTTATCAATC
GCCTGTCAGTCGATGGGGGTTCGATCCCCAGCGAAACTAGTTGGACCTCA
GCTCTAAACCCATGGCCGAAAAGCGTGTCAACTGTAGGTTTTTATTTCTC
GCAGCTTGCCCCGTTCTCTGGCAACCCGTTGTCAAAATAGCACCTCTGGG
AGACTGAAATATGTCCATAGTTTCCCTCGATGTTCTTTGCGTGTAAATCC
AAAGTTTCCTATCAGAGTCCGGGAAAAAACGAGCGCAAACCTACGTACTG
TATGTGTTCCGTCCACTAACGGAATATCCCAAGCGAGCGAATATTTTGCT
TCTCAAATTTGTATCCCATACATACATCAAAACACGTCTGGAGTCCGTTG
GTGGACAGAACAGTACTGCATGTGCTTTTCGGGCATATTTTGGCATAAAT
GGCATAGCTCACAGTAAGACTCTATGATTCTTAGCTCAAAGTACTGTAAG
TAGGCACCCCTTGATAAAAAAGAAAATTTGAAGTGACGGAATAACCGGTT
AACCCTGACCTGATAACCGGGCGGTCAACCATGACAACCGGTAATCGGAA
AATCGAACGGTTCGCACACCCCTAATCGAACCGGTTTACTATCTAAAACC
ATGATATTAATCAGCTGTGACAAACTGAACGCATTAACCGTTTATCCGTT
AACAATTGCTAGCTCTCAGCCTTGAAGTGGAACTTTTTCATCCCAACCCT
CAATTTCCCATTCTATGGTGTATCATTTGGCCCAGTATCACTTGACATGA
ACCTGGAGCTTGTAAGTGGAGAAAGCTGGGCAACTGCGCGTTCAAGGGCT
CAAAGGCTCTCTCTCTCTCTCTCACTTTCCCTTGTGCTTCTAATTTCCAT
CCAATCCGGCACACAAACAAGGCACAGAGTGAAGAGGAAGAGAGCCAGGA
TCTGAGTGGAACCCAAACAAATGGAGGCTCCAAATCCTTGGTAGGCATCC
CAATCATGTTTTCGGACATCTTGCTGTTCGCCTTGAATGTGCTGCTCACG
CTCACCCTCGTGTTCATCATCATTTACTTCCTCATCACACTCTCCGACTT
GGAGTGCGACTATTTGAATGCTCAAGAATGCTGCGGGAAGCTCAACTTTG
TGAGTGACGCCGGGTCGTCAGATGGAGGCGTCGGACTAATCTTGATTTAT
TCCCTCCCCAGTGGAATGTGCCGAAGCTGTGGCTCCAGCTGACAATCCTC
TTCATGCTGCTCCTGTTCGGTCACTGGATGCTTTTTCTCTTCAATCTCCC
GGTTTGCTTGTATCTGGCCAAAAGGTGGGTTCAATGTTGCAGTTGGGAGA
AGATACGTTTAAGGATGAACATCACTAACAATCAGAGTTTGACAGGAAAT
GTAATCATTTTTAATGGCAAAAAATATATTGGAACGAATATTCACAGACA
ATTTCATGAGACCAGCTAATATTGGGGCTTTGTGGAGTGCCATTCATTCC
ATCCTAATTGTTCCTCGAAGAGGAGCTCGTGTTTAGTGTACCATTCCTTT
TGGATAAATGCTTAAGCTTTAAGTTTGATACCTTAGCCGGTCCAATCCAG
TCATGGCCAAAAGGACTCCAGCCAACATTGCGGCGGTCATGAACATGATT
GAGGAGGACCGGCGGGTGGACATCGACACCATCGCCGCCAAACTGGACCT
TTGCTTCGGAACTGTCCACATCATTTTTCGCAAGGACCTCAATTATTCCA
AAACGGCCTTGCCAGCCTTTGCCAAGTCGACGGCAAACTTTCGTCTGCTG
GTCATTTTCCAATTTTTGATTGGGTTGCTAGAATAGGGGCCAAAGACGAG
CGAGCACGAACAACATAAAGTGAAAATTGGATGTCGGTCATAAAATAATG
TTTACTAAGCGTATTTAAATGATCAAAATTGGATTGAACCTTATTTTGAT
ATTACGCAAAGGGCGGGAGATATGAAGTCAGTTCGGGTTGTTTTTGATTT
CACCTCGTATTACTACACACTACAGATGTTCTGGGGATAGTGAGTGATCG
AAAGAGAGGCAACAAATCAGGAAAACATTTTTTTTACCTTTTTGCAGTTT
TCGGGTGATCTGAATTGGTATGTTTTTCAGGAAAAAAAAAACAAAATTCA
GTGTTTGGGGATTTTTCAATTATTTTGCATTCAGTACCCGGCAAAAGGAG
GAAATTCAGTCTAAAATGCTAAAAAGTGAGACTAGGTGGGCGATTTTTTT
ATGTAAATTGAGTCTTTTTGGACAAAACCTGACATTGGGTAATTCCCAAA
TAAATTCTGCAAATATCCTTAAATCTTTGGACATGGTGCAACCTCCGTAT
TGCTTGGCAGATATTTATTTGTTTAGTACATCCAAAGATAATTTTTGAAA
AAAAAAATCTAAATAAATACGAGTGAAAAAAAATTTTCTTTCTTCCTAAT
TTTTCCGAATCTCTTGTAGTGGAGCACAGACGAAGTTGCACACTGCAAGC
ACTTGCACCAAATATTTTTTGGTGAAAGTTGAAATGAACTGAATAATGGC
ATGTTTGTTTTCTTATATATTCTTACACTTTTATCAACTTTCCGGCAGCA
GCTTTGACAAACTTGAGCTTTTAGAAAAGTGTCCGGCTTTGAAAGAAAAG
GACAATTTTCTTCCGGATTAATTGTGGGTCCAACCCGTAAAATCTGGCTT
CTTTGTTGTAATATTTGGGTCACGACATGACAAAAATACTACTGTGGCAG
ACTCAAAAGAAACATCATTGCCCCAGCCTTAACCAAACCTGAACTGTAAA
CGTTGCTGTAGTTACAGGAACTCGTTTTCAAATTTTTCAAATTCGAATTC
CAACCCAAAATCATCCATCCTCTCCTTCCTTGGAAGTATTTTTGAGCAGT
TTGAAGTTTGTAACACTATTGGTCATGAATTTAAATAATTTCAGGGCACT
CCATATCTTTTTTATATTAATTACTGCCAAAATGAGTGGCATCCTTTTTG
TTGCTCCGAGCTCTATATATCAGGGCAGGAATTTAAAGACAAATGTGCAT
TCCAAGTCAATGATCTTCCTTGAATTATGACTAGTTAAAGCCAGACCGAC
AGTTCTCCCACCCAACTCTGTCCATTGTGAATTCCGAGACGCCCTTGACC
TTTCCCAACGATTGGCATGGCGCAAAATTTGGGGGCTGAGGAGTCGCCTC
GACCAAGTTGGGGACCGGGTGAACCGAAAGTTTGCCCCTTTTTCGCTCAA
ACTCCCATTTTGTGAAGATCATTCAGATGAGTATCCAAAAATGGTTACAT
GCAAAACCTTGCAGGGTGGGCAAAGTGGATCGAGTGTGTAGAGCGTTTAG
GGATGATCTTGTGTCCACACTCCGCAGGTGGCAAGATTCAGTCCCTGCAA
CCCTACATCCAGTTGCCCAGGTTGAAAGTTTATGATGTTGATTGAGTGTT
TACAGTACCTCCGGGAGTGTTGTGATTAGAAATATCCAACTAGGTGAGAG
TTTATGATTGAATTTATTTCTACACATAAATAAGATAACGGCCGCGAGTT
AACTTTGGCAAACAAATGCTAAATGTTGGGCATTTAGTTATTTAATCTAT
GCAAACACTGAATGGCATCAGACTAGAGATGGGTAGACTCTCGACTTTTC
GCGAGTCCCGACTCTCATCTCTTTGGAGTTTTGGGAGTCACCGACTCTCG
GCTCGCGAGTCGAATTTGAGTCAACTCTTTTCTCGACTCTTTCTCAATAC
AGAAATAGGGTATTTTTGCCTTTTTTGTACAATTCACTATCAGTTAGGCA
AGACAACATCAGTTTGGTGAACAAAAGCATCGATTTGGAGCTTGTACAAG
GTATTTTATACCATTTTGTGCGCGAGCATTGACATCTGGCATTTTGAAAT
AAACGGCATCAACCCAGGGCAATTCCAGAGTTGCGAAAAAGTTTTTGAAA
TCATCAAACACTACTTGGAACGAAAACTTCTTGACTTGAGAGGAAGTTCA
TGTAGAATTCGTATCATCATTTTATTTGAAACCTGACAAATTTGGGGGAC
TTTTCTCGCTATTTTCAAAATTTCCGATAGAGTATAAGAGTCGACTCTTT
GAAAAATGTCGAAATTCGCGAGTCATCGACTCGAAACATAATGCGCTTAG
GTGGTAATAGTTTGCAGTGTGACCAAAACAAACTATCTAATGGGTCATCC
AAGTGAAAGAAACCTTTGTAAAATGATTGAGATTTCGATAAAATTATAGG
TAGTTCGGCTGGTTTTTGTTAGAATTGACACGCATTTTTTGATTCCAAAA
TCCGGGATAAGCAAATTCCGGCTCAATTTCAGGCCTCAGACCCTCTTTCA
AGTGCAGTTCTTTGCAAACCTCGCTTTCTAATGCTAAACATCCCTCCACC
CAACATCCGAGTCAACTTCTTTGGGTCAGCTTGAAAATTGTGAACAGGAA
ACATTCTTCATGTGTCTGAGGGAGTGTAGACTGCAGACCAAAGACAAGTA
GTACCGAAGGTACTAGACTGAGCTTGTTCACCCTGAATGAGGGACAGTTG
TACTGACACGGATGCTCACCAAACCTCGTACTCTGGGACCTCACAAACCC
CAACAAGACTCTGCTATGGGATAGCATCGACGCGACCAGGCTCACATGAA
TCAAAATATCCCAAATGTTGTTTGTTGTGGTTTGCGAGATAGCTCCCAGC
GTACGAGGCTTGGTTGAGCATCCAGGTCACAACTGTCCCCTCAACATCAG
GGGAATCACCCACTCAAGTGTTTTCTGCGTTTCTGTGGTGCAGACCCCGG
GAGAGGCCCAATGCTGTGCGTGGCATTACTTCATAATTGGACGAATATGG
TTGATTCACTAGAGTACCTAAGTAGGGACACAACTACATTATAACTATTT
TGGTAAAACTACGCCATGGGGTTGGGGGCGACCAATGCAGGCAGCAATTT
CTGAGGCCAAACCCTCATCTGTCATAGGCTCTCGACCCTGATTAAAAAAA
CTTGTGATATGCAAGGCTTTGGTGATATGAGACCTTGTGTGAGATGTCTG
TTGTAGAGGTGGCAGATGTTTTGCAAGCGTATTTCAATAGTTGTACGTAC
ATACGTACAGTATACATCCCGCAAATACAGTACTAATTGGAAATCCAAGC
TTTATTGGGCAAGATTTTGTTTCGTGGTTTGTGTTTTTTCGGGTTTTACA
ACTCAAGGGAGTTTACACCTTGTCTCAAACCTTCTGTGTCTTGTTCGAGT
AATATGACATCAGTCCAGACTTGCGGTTCACCTTGTGAGGGCTTGTTTCG
TTCAGACTACGTCATCCGCAGCAACCAACGCTTGAGACCCGTTTGATTGC
CAAAGACCGGTAGTGTTGTACTAAGGCGAGTTACTTAGTGGAGGATAAAA
TCAATCCCATTCTAGTTTGGTCATGAGAAAAATGTTTGATCTTCAGACTC
AATTTTTATTAGGGTGATTTGAGATTTGCGAGAAAAATCGTGAACCAGGA
AGCATTGGAGCTTCAAATCCTCTCGAATGACCCGGACCATAATGAATTCA
TGCATACCCAAGGCAGGTCATTACTCCAATGGGCATTGGACACGTTGCCA
ATTTTAGGCCTCGTGCCTTAACCAGGTGTCATCCATCTTTCGAGTGGGTC
CGATCGAACTGGAATCAACCTGGAAACCTGTTACCAAGCCCCTTCTGACG
GGGTTTCTTCACCAACAAAGCCTATATTTTGTGACCACTCCCCAAAAACG
GGTGGTTACTTTTGACTCGAGGCTTCCCCAAGTGATGAATGTCCGATAAC
GGACATTGTCACTGGAGACGTCCTTGGAGGGCCATGGACAGACTTGGGCT
CAAAGCAAATGTCCTTCACCTGAGCACAAATAGAGCAGAGTTTGGACTCA
CATGGGGTGGAAAAGGCGCAATACTGAGTGTAAATGGTGATGATAACATC
AATCGGTGTTGCCTTTGAGCGAGCGTTCAATGAGATGCGCATATAGAACG
GCTCAACTAAATGGGGCATCCACCAGGTACATATGTTTCTCATCGTCCAA
TCGTGTTACGATGCCAAGAGGATGTTATTACCGAATACCTTAGAGAGTAG
TCACAAAATCTTCCCATTTAATGTGTTGTAATATGTTTCGAGAAGATTGT
ATTGCTGTACATGCATGGCGTACGCTCAAATATTTAAAAACGGATGATTG
TATGATGTACTCGACCTCGGTACGTACTTGACCCTATCAGGACTATTACC
TGGGATGCAGGATTGGGTAAGTGCATTTAGAAATCTAGACTGTGTACATT
AACCTTTATCACATTCTCTTAAATTCCGTTCCACTCTAACAATACAAATC
CATTAGGTACAAACGCATCTGTGTATGCTGTTTGCAAAGATACATTTCTC
AGGACACTCAGGCAATTTGATCTCTATCAAGCAAGATAACTAACGGCGGA
ATTTTTTTCAGCAACTACAGTATATTATTTGAATTACAACACAATTTTAG
GTCAAGGGGATGGATGTTCTGACATATTCTTCAGATCATGTATTTAAACC
AGAATAGTGCTCTACACATTTTGAAACATTTTCTTGGAGGAAAAAATAGT
TTTGACCTTTTCCAGAGTATCAAGTTTATTCATAAAAACTGAAGAAAAAT
ATGAATTTTGAAATTAGTGGATTGCGGGCGAATTAGAGAGGCAATTTAAA
ATTCACAACCTATGACGCATCTGACGATCAAGGTCATAATTCATGCATGC
AGTTAAGTAAAATTGTACACAATGCCCATCATGCCAGGGGCTTTAAGAGA
AATGACGCGATTTTTGTCACCAAATACTATCAATTTGCAAACTCTTTTGG
AAAACTTCAATTCTCGAACTGTTTCAAAAGTGCAAAACATAACACATTGA
CCTTCAAGGTAGTTTGTTTTAACTTAGCACAAAATCCAATCCAACTCATT
CAAGATGCTTGAAGACCAGTCAATTGCCGTTAGATCGCATGAAGCTCTCC
CAAAAAGATCGGCATTAAATCAGAGATGATCTTTGTTCTGGGCTGAGATT
GCCCTCGACCAAATGCGATGCTTCCACAGATGATCACCATCCATTGGAGG
CATCTCGTTGACGCTCAATCTGAGCCGATGATTACTCGCCTCCGTCTGGA
TGTTGGCCAATTTGCTCCTGCCAACGTGATATTTCAAAGTCTGCTCATGA
TCATCGCCATTGAACAACAGTATTGTGAGTCCCAAAGCCACCAACTCGAA
AATGATGCCAATGAAGACTGGCCCGAAATAAGTGAAGAGCAATTCCACCC
CGAGGACCGATGTGCAGGGTAATGAGTGATGACCCATTTGATGTCCTAGA
TGTAGATTGAAGCCATGAACTGCCTCGTCAGCCATGGTTTGATCGGTCCT
TAAGAGGATTTTGTGTTTCATTTATGGTGATAGCTTGAATTTGAGGTGGT
CATTGGTATGAACTTCATGAATAGACGAGATTGACATGATAGGGCAAGGA
TGACCAGCTTCCCTGAAAACATCAAACCTGACCATCGCTTATTTTCCTCT
ACCGTACATAATAATGACTAGACTAAGAATCGAAGAGACCAAAGGGTGGC
AATCTCTTGTGGCCAAGTCCATCGGCAAAGATGAACCAATCTAGTCAAAA
TCTCTACATTTGACAATCCAGACAAGTACAAGGCACTAAATGTTAATAAT
TGTTCATCTTATTGTCTTCCTTCTCCAAAACACAGAGTACACACGCACAC
ATACACGATATGCGTACAGACCCAAATTTGTCCGATTTGAAGATTCATCA
AATGAGTATCAAAAGAGTCGATATTGTGGCAGTTTGTTTATATGGCCAAA
TCTCTGGCAAGCTATTTAGTGAATAGTATTTAGTAAAGTCAATAGAATAA
GTAATTAGTATTTAAAACAAAAAGAAGTTCTCATAAAAAAGGAAAACAGC
GAAATTTTGGGTGATTTTGACGCAAGCTCACCACCATACTTTTTACATCT
CCTTTGGTTCAATGTTCTTTTTTTGCCCAAATATTTGGAAACAGATTAAC
CAAGTGCTGTCAATAGCAGATGAACTGAAGGAAAATGTACTGCTGCCTAC
AGATCTTGTATCTCTTGTTTTTATGGATTGGTTTACGAGCAATAACAAAC
ATGTTAAAACAAGTTAAAAATACTTTACGTTTACCCATGTTTTGATGACA
CTCATTATTTCAGTCTGGTCAATTGATCGCCTACAAGGCCTTTATTTTAC
GTATATTGAGCTCAGCCTTTTATGAACCATTTATGGAGCCAATTGCTTCT
TTTAGATACTTCAAGAATCAATTGCACTTGTGGGGTTAACTTGTAAAGTT
AAAAAATCCAAGTTTCCTAAGCGATGTGAGTCATTTGGGGAATAAATAAT
ATGCATCATTAAACTAAAGGATATCACGGTTCAATAAGAAGCGCTGCGAG
GTACGAGCAAAGTATATTAATGTATAATGTGTATTTGGGAAAAACTACAA
TGCGGCCTTTTCATCCAAATGTTCAACATCTTAGCTATTGAGCTATCTTA
ACTCACAAAGAGGCCCATTGTCGATTTTTGTGGACAAAGTCCAACTGTTG
CAATGTGATCGTAGTTCAGCTTGGCCTCACCATGTCTCGTGGCAATTCAT
GGTGAACACTACTGAATACGATCCACCAAGGGTGGCGTCATACCTTAACC
TCAGATAATATCAAACCAATTATGTGGAGTGACCAGATTTATGGGAAGTG
TGATCATTGAAAGGCGACCGCCAGGAAAACATGATTGATAAATGCCTTAG
CAACGCCGGCATTTTTATCGTTAATGGGCCACGGAATAATTCCACGGGAT
GCAAAATGCACGGTCAGATGAAAAACATTGCATTTTCGCCCTGAACATCC
ACAACACTCTGAAATTCACTTGTCGATCCTACCAATAAGCTAACGTTGAA
ATCTCCACTCCCCAATTGCAGTCTTAATGCATGGAATTCACGACTTCCCA
TGAGCAGTCAAGGGTTAATGGAACAATGGGTTCATGCATATCAATCATGA
GCTTTGGGTCTTAATGAATATTGAGGCCGAACAATGGTTGGACTACAAGT
TGTGAGTCGGTGACCTTTGACCTTTCGGCCCACTGTCTCGCAATGTGTGC
ACATCCTCCTTGGGTTTGCTCCTCAAAGCGATGAGATCCACACTTGCATT
GTCTGGAATTGGCCGAATCTTTCCTTGATCAGAATTGGGCATAATTGCAG
GGCCATAAAGCCAAGTCATAGACTGTTCAATTGAGGATGCACACAACTAA
CAGTGAATGTCGACCAATGAGGCAAGTTCGGAAAGAGCAAATCTAATTAC
ACAGACAAGGCAAATTTAATTACAGGGACAAGACGTGAACAATCGTTCCA
TTACGACGAGCCATGGAGTTGTGATATTAGAACTGGACTCACTTGATTAC
AGTATTTTAAATCTAGTTGATCTTCGAGCGCCATTCTAAGGGTCTAGAAT
ACAACACGTATCGTTGCTAATTGAGTCCTTCTGGGGCTTCCCCCTCAAAT
CTATCAATGCTCCCCACACACTCGAAGAATTCGGCACATCTTTGAGCTGA
GCAAACAATCTTGAGTAGGCCTCAAAAAAGCATCATTAATTATCTTGCCC
CCTGAGAGCTGTCAGCGCTGAGCCAGAGAATGAATGACCCGAGAAACACA
CTTGTACTTTGAATACTCGGAAACCAGACTAGAGTGTACTACTCCCTTCT
CAGTCTGACCTTTTTAACCAGGAAGGACTTGGGGGATACCTTCAGAGAAA
TGTCCAGGACAGCTCATACCAAAAAAGCTGGACCCTTTAGGCCTCCTCAA
ACTGGGGCATCCAAGACATGTCATGTAGTACTCTCTAAGTATTGAATACA
CCTAAGGTGTTTAGTAAATATTGAAGGGGGAGAAGGACCAAGTTCGCAAG
CCATCTACCATCAGTAGTTGAAGTTCCAACCAATTGAATTTAACTCCGCT
AATTGGCATGAACGCAAGGAACAACATAAATCTTTTACATTTCTGGTGTG
ATCCCGTCATTTTACTTCAAATTGCACACCAGCTGTCTAAGCTCGGGATA
AGACAAGACATTTTATCAGTTGACCGTCGTTGATGTCATTCCTCACATCC
ATTAATGGGACACAAGCGAGAGGTCAGGATAAAACCTAGTTTTTCGAGGT
CAGGGAATCAATTCCATACATAGACCAGATTAGATACGCTCATCGTTGAA
ATTCTCCACATTCCATGTCTGCCTACGTCCCACATATACCACATATTGTA
TGCAGAAAGTCGCAATGCAAATGAAAGAAATTGAACATTTGATCATCAGA
GTATCCAAATGCCGTAAAAGGTAACTAACAGCTATGAAAAATTATTTGGT
AATCGGAGAAATGTAGGCCAAGCAAAATAAAGGCTGTACTTTTGGTTCTA
TGCTGAAATAGGTAATTAAGATGGTGAAGAACTCCCTCCGCTCATTATCT
GTTCACTGATGGAATCATACCAGAGCCGTTCCTCTTGAGCCGGTTTAGTA
GATAAAAGAGTGATTTATACTGAAACACATTATGGCACTGTATGATAACA
AACTTTGGAGTTTATAACTGGGCTATGGCTGCTTTTATGATTTCGTGTGC
AATCTATTTTCCGCGCCTATTTATCGCGCCTTTTGATCACATGTTGATGG
CCTTTTTCGATATATCTCACAGCCTAAATATACTGTTATTACTACTAACT
TCTCTTTAAAATAACGTAAATTGTATTGCCATTATTTCTCGCATTTTGTA
TGTGTCAGTAAAATCGCTGCATTTTAAGATAATTTGTCATAATCTCAATC
AGTTCAAAGCACCCCTTTTCATTCATATGCAGTAAAGCTACGTTTTTATG
GGTTCAGTCTCCAAAATTGAAGTATCCAATCTAATTTTAAAGGTTCGATC
GAAATCGTTCTGTCCGGGATGGAGCAACGCCTTCATTTTGTATTAGCTGC
AATGTCCTCCATAATCATAACGAGGCGTGTCTTAGTGGTCAAATAGGGGG
CTTGAACCTGGGTTCGTTTTCTTCCCCGCCTGGAAAGTGCAACACATGCG
CCACACCCGCCCCAGAATGATTGTGAAGTATGGTTTGACTGGAAGTGCAA
CGCCAAGACTAAGAATCCTGTCGGTTAGCCCAACTAAGACACTTTGAACC
ACAATGAGGAAAAGAACTGACCACTGAAGTCCATTGAGGAGGTCCAATGT
GTGTTTGCACCGCGTATGCTTTTTTGTATTGTCCCAATGGACAGCCAAAA
GGTGTTGTCTCATGAAGTCGTCAACCCTTACCTGAGCTTTATCCAACCTG
AATCTTATGATGCCCACAACTGACACATCATCAGAGCCACACCCAAATTT
GAAGCCACTTCAATGCGGAACTCTTTTAATGAGTCCAGCCCGAGATTGTG
CTCTCGTTTGACCACTCTGGGTGTATTCTAACTTATCCTGGCAATAGTAC
CATTTGTTTCCCTGACCCCGCCTAATGGTGGGAGCCCCAACGGTTTGTTA
TGGGTACCTGTGATTAGGCTGGAGTAGGTTGGAAATGTCAAATGAGTCAG
TTTAGTATTTGAGAAAGACCGTGGGCCAATGGATATTAGTAGCATCCATC
TCAACCGAGAGACAATTGGCCTGAAGGGGTGGCTTGCAGTGGTCGGTGGA
TGCAATGTACAGTACACTTGGGGCTCAGTAGGCGTCAATGTGTACAGAGC
TGAACGAATCTGGCATACAACAAAGATGGTGGCGATAATCGACCGAGGGT
CTCAATCTATGTATGTACGTGGAACTCCAACCACCATCCAGGTTGCCATC
GATTGAGTGGCTGACATTTAACCGGGAAGTTCTTGGCGGGGTCAAAACAC
AAGGAAGCTCTTCCCCCAATGAGGATCGGAAGGAACTCTTTGAATCTGGG
CGCTCTTTAACTCGTTCTGATTTGCGATTCAAATGCCAGTGATTTACAAC
CGAGACCGACATGGAACCAGGAATACATCATCGCTGATCTTCCCTACTAC
TCGGGGCCAGATCGCGATCAATTCGTACTCCAAGTGATCTTTTCTCGTCG
GCATTGGCACCACATTGGGCATTATTCGAGGCGATATTTTCCACGAGAGA
TCAACTTCAATCAGGAAGGGAGGAAAATCAAATGAAACCTCATTCATGGA
CATCGTTTGGCATCATGCCAATGGAAGGAATGCGATAGTCGTGTCGTGAA
TCCTACTTGAGCCAATGATGGCCGATAAATAATAATCAGCATGCTGCTTC
AGCATATTTCATTGATCGACCAGTGCCTATGTACATGTAGAGGGATCTTT
GAATGAGAAACCGATTTGATTAGGGCTGTGGGATATTTCACTATTTGACT
TTATGTCTACATAGTATATTACCGATATGCCTTCGTACCTCGTTTTTGTC
CGATCATATACATGACACAAAAAGGGCGTTTGCTTGTCTTTCAAACCCAA
ATATAGGTTTTCCGTCAACGCACGCTTGAGATTATCTTGAAAGTGTTTTA
ATCATAAATCCAGGGTTGCAATCTTTCCTTAGTTATTTATTTACATCGGT
TGATGCTGCTACAGTGGTTAATTCAGGGTTATAAAGGGAAGCCACCATAG
CTCAGTGTCAGCGAACGCTGCGCTGGTGCCGAGTGGCCGGAGTTCGAATC
CCGGGCTTCGGATCCCAGGCTTCCGCAATTCCCAGCAAACTAGTGGTGTT
CACTCACTTGCTTGGCGGGATTAAACCGGGCGTACCTGTGGTAATTCCCC
GAGAGTAAGGTCACAATTTAGAATACATTTGCCAATCTGGCTGACTATGT
CTCATCAGAGATTTCCTAGCTGAACAGAAATGTCCATGGCCTTCCAAACA
AAACAAATCAGGGTTATAATACTAGCTCTGTAGCTATTTATTCGTTGAAT
GAATCATATGATAGCAGCTGTACTAGAGTGGCTGATCTACGTAGAATGGA
CAATGACGGGAACAATATTACTCATCATCGTTGCAAAAGCGACAAAACGA
CATTTACCGTTTTGACACAAAGAAAACGTAGGTGCACTTTGACTGCATGG
TCAGCAAAATAATTGGATATCGATCAACCTGATATCGATTATAGAAATTT
GAAATCTTTTTTTGGTAATCAATTATCCTGCAGCCTTACTTGGGCGGCAT
TTTTGTTTTGTTTGCTAACAAGGTCATACCATTTTTGTTTTGTTTGCTAA
CAAGGTCATACCATTTTTGTTTTGTTTGCTAACAAGGTCATACCATTTTT
GTTTGCTAACAAGGTCATACCATTTTTGTTTGCTAACAAGATCGTACCAA
ATACCTAAGGTGGAAAAGTCATACTTGGAACTTGGGAGTTATCTTTCTCC
CTTCATGACTTTTTTTCCCCAATCCCTCCTGCAATAGCTTAATCCATGGA
CCCATGTATCTTAAGTAGCCCAATGGCCTTATTAATCTTAAGTAGCCAAA
ATTACTTATTAATGGTGATAAGTAATCTGAACCGGGTCAAAATATTGTAT
CCCGTAGCAAAACTGTTTATCAATGTTTGCTGTATTTACTACAAATAATG
CACTTCATTACTTCTCTACTCCTATTCATACACTTTGTTACAACTCTACT
ATAATGAATGCACTTCATTACATCTCTACTACTGTTAAAACACTTCATTA
CAACTCGTCTAATTTTAATACACTTCATTACAACTCTTCTAGTATTAATA
TAGTTCTTGACAATTATTTACTATTAATACACCTCTCTGCACCTTTCATT
AAAACACTTCAGCAGTCATTGATTCTATCACATTATGATTATATCCAATT
TATCAAAGTCCATTCATCTTTTAAATGCTTGAATGCTATTGGAGAAGTGG
CAACCTAATGTAAATGATAAGCCTTTCAATTAAAAAGGACGGCCTTTCAC
GTTTTTTTTGTTTAATCTAAGTGACGAGGGAGTGAAAACTAAATTTTTTG
TTAATTTGCTCATTTTTGTGCCATCAAAAAGAATGTTGCATTGTGAGCAC
CAATTATTTGAAGCCATTTCTTCTCACTTTTCTGCGGCCTGTCAACCATT
TTTTCGAAGTATGCCACCAACTGTATTACTGCTTGAATGTAACACGTGGC
TGGCTTTAATTGTCTGCCTTAAATGAATGAACTGAAAGTATATCGCCATA
TTTGGGTATGAAAAGTGTGGTTAGAAAAATCAATTTTACGGGTTGGCAAT
GCTAAACGTGACTGTTTCTCTGGGCCAATGTGTTGGGTGAGGGTTGATTT
TTGAAATGTTTTTATTTTTTGGGCGCTTTTTATTATCCCTTCCGTGACAT
TTTGAAGTGCCATACCTATAATTTTTGTCTTCCATGTGATCATCTCATTG
ACACAATAGGAGTTCTGGGATCAGAGGCGTATTTGTAGTCCTCATCATCA
GTCTATTTTGAGGCGCATTCTTCCGGATCATCGCGTCTTAATAGGACCCA
AATGGTGCAGAAAATCGAACAAAGGTCGCTCATTGAACTGGATGACCTGG
GAAACCTTAGGGTAGGCCCGATCATGACGGGGGGTTATTGTCAAATGGAG
CCAGTCATCTCAAACACATTTACCATGCCCAAATATGGCTTCATAGTCCA
ATATCTCACTGTGAAACCCTTTTTGAGCCGTAAATCGCACATTTGAAAAT
GTCCACGATCGCTTGAGGTATCGGAAATTGGCCACTCTTGACCGGCCTGA
CTTCCAGGGTCATTGAGTGGACGCAGTTGGTAAATGATACATTCATTCCC
CAATTGGAATTCTAACCTTTGGAAGCTCATTAAAGCGCAAGATCGAGATC
AAAAGCCTATTCGTGTGCATTTCGCCCACTGGAAGCTGTTGGAATTAAAC
CGGAAGCAACGAGACAGGAGACAACCGAGTCAGGATCGATGGTTATCAAT
TTCGCCAAAAAAAGTGCGGCTCAAATGATTTGGTCCTGAAACCCAAGTGG
GTTGGACTAATCAGAGTAAGCCGATAGCCTCCGTCGACCTTCTAAGTCTG
CCCTAATGGAGTTGAAGTCTGATATTCCAGCTCATTTCGTGTCAAGCTTG
AACTGTGAATCCTCGAGATCAAACACTTCAATTACCAAAAACCCATTTGG
CTTCCAACTTCTCAGGAGCATTACTCAGCATTTGTGGAAGAATATCCCGT
GATATCCTTATTCGCTTGGGGAGCGCTGGACTATACATTTTGATTTCGCT
CTATTATCCATTCAATCAAAGACACAATTGAACCAGTTCCTTCGTCATTC
AGGATAAAGTGCATCTTCATCGGGTGA
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Synonyms
The feature 'AGAP009116-PA' has the following synonyms
Synonym
Tk03319
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