hypothetical protein LOTGIDRAFT_232618, maker-scaffold460_size165339-snap-gene-0.23 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein LOTGIDRAFT_232618
Unique Namemaker-scaffold460_size165339-snap-gene-0.23
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. L. salmonis genes
Match: EMLSAG00000002999 (supercontig:LSalAtl2s:LSalAtl2s170:537052:539168:1 gene:EMLSAG00000002999 transcript:EMLSAT00000002999 description:"maker-LSalAtl2s170-augustus-gene-5.19")

HSP 1 Score: 48.521 bits (114), Expect = 3.520e-7
Identity = 41/159 (25.79%), Postives = 67/159 (42.14%), Query Frame = 0 
Query:   18 PASLWSFGYGSNMDTIALEKKKHVKILEHTP-----AILKDFKMMFGSPGMTWVEPAYASITPKPGSEVHGVAFLMTQESLAELNETE----RGYNQAEVALKAYDGRD-LHGFVYA---PKNGWPEHDLEPSKRYLDVVLKGAKQAGLKAEYIAQIEA 163
            P     F +GSNM T      + ++I  H+      A+LK + + F      W + A A+I      EV G+ + +  E L  L++ E      Y +  +++   D  D +  + Y            D  PSK Y +V++ GAK+  L   YI  +E 
Sbjct:    5 PGHFLYFAFGSNMLT------QRIRISNHSASYVGNALLKGYYLDFDYESQKW-KGAVATIREDSKREVWGILWRLKNEDLKSLDKQEGVESSIYRRLSISINLEDSSDPIDAYTYQLTEESCNKGSQDKRPSKIYKNVIVNGAKEHNLNVNYIKLLEG 156
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. SwissProt
Match: gi|121804991|sp|Q2UPC2.1|ACLK_ASPOR (RecName: Full=Gamma-glutamyl cyclotransferase aclK; Short=GGCT aclK; AltName: Full=Aspirochlorine biosynthesis protein K)

HSP 1 Score: 62.003 bits (149), Expect = 8.200e-10
Identity = 46/176 (26.14%), Postives = 78/176 (44.32%), Query Frame = 0 
Query:   21 LWSFGYGSNMDTIALEKKKHVKILEHTPAILKDFKMMFGSPGMTWVEPAYASI----TPKPGSE---------VHGVAFLMTQESLAELNETERG---YNQAEVALKAYDGRDLHGF--------VYAPKNGWPEHDLEPSKRYLDVVLKGAKQAGLKAEYIAQIE-AHPTYSPPE 171
            +W   YGSN+ +    + + +         +  +++   S G  + EP++ASI    +  P  E         +HG A+L+T     ++  +E G   Y +A +  +    +D   +        + +    WPE    PS+RY+ ++L GA+ A   A YIAQI   HP Y PP 
Sbjct:   18 VWYLAYGSNLSSQTFREDRQITPQAAVTITVPGWRLTLSSAGFPYREPSFASIVNVGSAGPTDEKHDGPCELPLHGTAYLITWSQWIKIVASEGGGIVYKEALLRGQPIQPQDQQRWGAELSVLTLVSTMERWPEP--RPSQRYMGLILDGARAADFPASYIAQIRHKHPCYQPPS 191
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. SwissProt
Match: gi|115311677|sp|Q32LE4.1|GGCT_BOVIN (RecName: Full=Gamma-glutamylcyclotransferase)

HSP 1 Score: 57.7658 bits (138), Expect = 7.236e-9
Identity = 47/157 (29.94%), Postives = 76/157 (48.41%), Query Frame = 0 
Query:   15 SEQPASLWSFGYGSNMDTIALEKKKHVKILEHTPAILKDFKMMFGSP----GMTWVEPAYASITPKPGSEVHGVAFLMTQESLAELNETER----GYNQAEVALKAYDGRDLHGFVYAPKNGWPEHDLEPSKRYLDVVLKGAKQAGLKAEYIAQIEA 163
            S+   S   F YGSN+ T  +  +    +  ++ A L+DFK+ FG+P      TW     A+I   PG EV GV + M + +L+ L++ E      Y   EV +   +G+++    Y   N      + PS +Y  V+  GAK+ GL  EY  ++ +
Sbjct:   11 SQDGESFLYFAYGSNLLTERIHLRNPSAVF-YSVARLQDFKLDFGNPQGKTSETW-HGGIATIFESPGDEVWGVVWKMNKSNLSSLDKQEGVKSGMYVPIEVTVSTQEGKEITCRSYQMTN---YESVPPSPQYKKVICMGAKENGLPLEYQKKLNS 162
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. nr
Match: gi|470450881|ref|XP_004340436.1| (AIG2 family protein [Acanthamoeba castellanii str. Neff] >gi|440797317|gb|ELR18408.1| AIG2 family protein [Acanthamoeba castellanii str. Neff])

HSP 1 Score: 83.1889 bits (204), Expect = 1.295e-14
Identity = 48/147 (32.65%), Postives = 81/147 (55.10%), Query Frame = 0 
Query:   21 LWSFGYGSNMDTIALEKKKHVKILEHTPAILKDFKMMFGSPGMTWVEPAYASITPKPGSEVHGVAFLMTQESLAELNETE---RGYNQAEVALKAYDGRDLHGFVYAPKNGWPE-HDLEPSKRYLDVVLKGAKQAGLKAEYIAQIEA 163
            +WSF YG+NM+  +L  K+HV   +  PAIL D++  F   GM        ++   PG+EVHG+   +T+  +++L   E   R YN   +++  Y+G++L  FV+       E  D  P +RY +++L+ A++  L   +IA IE+
Sbjct:   19 VWSFAYGANMNRSSL-AKRHVTPRQSLPAILPDYEFKFNMTGMM------GNVQRCPGAEVHGIVHQLTRTDMSKLELVEGKGRIYNVELLSVVTYNGQELQAFVFVGMAAMVEPGDGRPMERYRNIILQSAREFKLHERHIAHIES 158
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. nr
Match: gi|1352932404|gb|PQM64236.1| (hypothetical protein CML38_07175 [Rhodobacteraceae bacterium])

HSP 1 Score: 80.4925 bits (197), Expect = 1.473e-14
Identity = 49/155 (31.61%), Postives = 83/155 (53.55%), Query Frame = 0 
Query:   14 MSEQPASLWSFGYGSNMDTIALEKKKHVKILEHTPAILKDFKMMFGSPGMTWVEPAYASITPKPGSEVHGVAFLMTQESLAELNETE-RGYNQAEVALKAYDGR--DLHGFVYAPKNGWPEHDLEPSKRYLDVVLKGAKQAGLKAEYIAQIEAHP 165
            MS++    + FG GS M    L+ ++ V  +E  P +LK F ++    G  +VEP++A+I       V GV  L+++  L ++  TE   Y   E+++K  +G+  D    +Y   +     D  PS+RY+ +++K AK +GL AEYI+ +E  P
Sbjct:    1 MSKEKLXFY-FGXGSXMSXXYLQGRRGVYPVESYPGLLKGFSLIMNMEGPIFVEPSFANIIKNKNGSVEGVLHLISKNELQKIINTEGENYELTELSVKL-NGKKVDARTLIYKTSSSI---DTPPSRRYMRILIKAAKSSGLSAEYISSLERRP 150
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. nr
Match: gi|1246286931|ref|WP_096331749.1| (gamma-glutamylcyclotransferase [Nannocystis exedens] >gi|1100136018|emb|SFE93827.1| Gamma-glutamyl cyclotransferase, AIG2-like [Nannocystis exedens] >gi|1245707203|gb|PCC73948.1| AIG2 family protein [Nannocystis exedens])

HSP 1 Score: 81.6481 bits (200), Expect = 1.899e-14
Identity = 51/156 (32.69%), Postives = 80/156 (51.28%), Query Frame = 0 
Query:   15 SEQPASLWSFGYGSNMDTIALEKKKHVKILEHTPAILKDFKMMFGSPGMTWVEPAYASITPKPGSEVHGVAFLMTQESLAELNETERG---YNQAEVALKAYDGRDLHG--FVYAPKNGWPEHDLEPSKRYLDVVLKGAKQAGLKAEYIAQIEAHP 165
            S     +W F YGSN+       +  +  ++  P  L  ++++F  PG+   EPA ASI      EVHG+   +  +  A L  +E G   Y + +V + AYDGR +    FV AP     + +  PS+RYL+++ +GA+ + L  EY A +EA P
Sbjct:   11 SRSSGDVWYFAYGSNLHPQRRATRAGLSPVDSAPGTLCGWRLVFDMPGVPPAEPAMASIRRDATGEVHGLLLRLRAQEFAALVGSEGGDRFYVREQVEVIAYDGRGVIAEVFVAAPGRRL-QREGTPSRRYLELIREGARLSALCPEYCAWLEALP 165
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. nr
Match: gi|971516646|dbj|GAQ81582.1| (hypothetical protein KFL_000840240 [Klebsormidium nitens])

HSP 1 Score: 82.0333 bits (201), Expect = 3.900e-14
Identity = 49/171 (28.65%), Postives = 91/171 (53.22%), Query Frame = 0 
Query:   15 SEQPA-----SLWSFGYGSNMDTIALEKKKH-VKILEHTPAILKDFKMMFGSPGMTWVEPAYASITPKPGSEVHGVAFLMTQESLAELNETE-------RGYNQAEVALKAYDGRDLHGFVY--APKNGWPEH-DLEPSKRYLDVVLKGAKQAGLKAEYIAQIEAHPTYSP 169
            SE+PA      + +F +GSNM    ++ +   ++ +   P +++D+++ F   G+  +EP  A I P+ GS +HG    + +    +L ++E       R Y + EV ++ Y G+ +    +  AP+   P H ++  SKRYLD++++GAK  GL  +Y+ ++E  P   P
Sbjct:   30 SERPAICQEEYVHNFAFGSNMGPEKVKARAGGIEFVSAEPGLVRDYRLAFNLGGVPPIEPVMAGIEPEQGSVIHGTLIKLPRAQYEKLYKSEGGGAGKKRAYLEEEVTVETYSGKQVQAVAFRTAPRIALPRHLEVPASKRYLDLLVEGAKAIGLDKDYVRRLEELPRAPP 200
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. nr
Match: gi|954197896|gb|KRX10567.1| (hypothetical protein PPERSA_05387 [Pseudocohnilembus persalinus])

HSP 1 Score: 82.0333 bits (201), Expect = 5.840e-14
Identity = 49/179 (27.37%), Postives = 90/179 (50.28%), Query Frame = 0 
Query:    4 TWEKNIQTLKMSEQPAS-------LWSFGYGSNMDTIALEKKKHVKILEHTPAILKDFKMMFGSPGMTWVEPAYASITPKPGSEVHGVAFLMTQESLAELNETER------GYNQAEVALKAYDGRDLHGFVY-----APKNGWPEHDLEPSKRYLDVVLKGAKQAGLKAEYIAQIEAH 164
            TW   I+ +     P S       LW F YGSN++    ++K+ +K ++    I+KD+K+     G+ + EP + ++ P  G+E+HGV   M+ E   +L  TE       GY   ++   +Y+G +   +V+     A ++ +      PS RYL ++ +GAK  G+K +Y+  ++ +
Sbjct:    9 TWPGYIKCVYNGMMPKSELDADGYLWEFAYGSNINNKVFKQKRGLKAIQQELGIIKDWKLTMDHGGIPFAEPGFGNVQPCIGAELHGVMHQMSYEDFIKLQRTEGGGGSRPGYFPIKLKAISYEGVEREVWVFKTHLQAEESAYTHIPQFPSNRYLSIIREGAKDQGIKQDYLEFLDQY 187
The following BLAST results are available for this feature:
BLAST of hypothetical protein LOTGIDRAFT_232618 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAG000000029993.520e-725.79supercontig:LSalAtl2s:LSalAtl2s170:537052:539168:1... [more]
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 2
Match NameE-valueIdentityDescription
gi|121804991|sp|Q2UPC2.1|ACLK_ASPOR8.200e-1026.14RecName: Full=Gamma-glutamyl cyclotransferase aclK... [more]
gi|115311677|sp|Q32LE4.1|GGCT_BOVIN7.236e-929.94RecName: Full=Gamma-glutamylcyclotransferase[more]
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BLAST of hypothetical protein LOTGIDRAFT_232618 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|470450881|ref|XP_004340436.1|1.295e-1432.65AIG2 family protein [Acanthamoeba castellanii str.... [more]
gi|1352932404|gb|PQM64236.1|1.473e-1431.61hypothetical protein CML38_07175 [Rhodobacteraceae... [more]
gi|1246286931|ref|WP_096331749.1|1.899e-1432.69gamma-glutamylcyclotransferase [Nannocystis exeden... [more]
gi|971516646|dbj|GAQ81582.1|3.900e-1428.65hypothetical protein KFL_000840240 [Klebsormidium ... [more]
gi|954197896|gb|KRX10567.1|5.840e-1427.37hypothetical protein PPERSA_05387 [Pseudocohnilemb... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold460_size165339supercontigscaffold460_size165339:18396..27396 +
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:glutathione biosynthetic process
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold460_size165339-snap-gene-0.23-mRNA-1maker-scaffold460_size165339-snap-gene-0.23-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold460_size165339:18396..27396+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold460_size165339-snap-gene-0.23 ID=maker-scaffold460_size165339-snap-gene-0.23|Name=hypothetical protein LOTGIDRAFT_232618|organism=Tigriopus kingsejongensis|type=gene|length=9001bp|location=Sequence derived from alignment at scaffold460_size165339:18396..27396+ (Tigriopus kingsejongensis)
GTAGAGTGCAGAAGTTCATTCAATACGTACATGAGCCAGTCTTGAAATTT
GTTGCGGCTAAAGATTGAATTGTACCTGGGAGAAGAACATCCAGACACTC
AAAATGTCGGAACAACCTGCCTCGCTCTGGAGCTTTGGATATGGGAGCAA
TATGGACACCATTGCCTTGGAGAAGAAGAAGCACGTCAAGATCCTCGGTA
AGGAAGATAATATGTAGAGATTTGATCGAATAAGAATGAGATAACTTTGC
CGTGTCCACCTTCCCAACCAGAGCACACTCCAGCCATCCTAAAGGACTTC
AAAATGATGTTTGGCTCACCGGGCATGACTTGGGTGGAGCCCGCTTACGC
CAGTATCACTCCCAAGCCGGGTTCGGAAGTGCATGGTGTGGCCTTTCTGA
TGACTCAAGAGTCCTTGGCCGAGCTGAACGAGACAGAGCGCGGCTACAAC
CAGGCCGAGGTGGCCTTGAAGGCCTACGATGGGCGCGACCTCCACGGCTT
TGTCTACGCGCCCAAAAATGGATGGCCAGAGCATGACTTGGAACCCTCCA
AAAGGTACCTGGATGTGGTACTCAAAGGTGAGAGGGGACTCTATAGCCAG
TCATGGGCGTAAGATTTTGCCCTGGGCACTTAGGTATTCTGTAATCTTAC
GAAAGAGTATTGCAAATTTAATCGAATTCGGATCATTGCGAATATGCTCC
TTTGGCGGTATACGCACGAATAGATATCGTTCAAGTTGCAAGAAGGCGCG
GTTAAATACAACTATTTTCACGCAACCTTTCAATCGGGAATTGAAATGAC
TGGAGATGGTGAATGTGTGTAAAACCACACTAACAACTCACTCACCCACC
CACCCATTTGTAAAACAAAAAATGAGTAATATCTTCCTTGAACTACAATG
GTAAGTTTGTGTTTTTCCACTTTGTTTATATCTACCACCTTGCATCATCA
TTAGTTAAAACGGATTTATTTGACAGAAGTACAAACAGTGATCAAATAGT
CTAGTGACATCAATGCTGTTTGTACTCGTAGAGCTCCGATTTGCATAACA
AAAGAAATAGAGCTCGCGTTAGCTTTGGCCAGGCATTCGAATTTACCAAA
GATGGCAACTCAATGTCAGTCCTGAACCAAGGGGTTGGATAAGTTCCATC
CCCAATGGCACACCTGGTCAACCGGTTCCTAACCCCTGACACCTCACTGG
TTGTGCCCATGGCGGATAAACCCTTACAGACTTCAAGGTCAGTTGCGTCA
TCCTGGTACACGTATGAGTAGTTCTACACTCGAGACCGCCTAAGAAAAGT
TCGGCCGACCTGGCCCATTACCGCCCAATCTCCATCTAGCCTACTCTCTC
TGAGATGTTGGAGTCGATTGCCAAGAATAGACAGAATCACTTCTAGCCCC
TGTTTGGCCAAGGGGTCTGGAAAACACAAAATGCATAAAATACATTCACA
ATCATCGTGTAGCGGGTGGTTCAAATGTTTGTGGGCCAGGTTGCACCCCA
ATTAAAACTCAATGTGGTGCACTTTGTGATATCAATAACCTGAAGTCGTC
AGAACATACCTTATTTTTACTCATTTGTCATAACCGCCTTTATTTTTCAT
CACCAAGTGATATCGTTTAAGCACTGAAGTTGCACGGACAACTTCTGATA
AAGTTCGGTTCATACCTTCTCAATAGTCTAATGTAGTGGCTGATGTATTG
GTATGGGTTTTAGTACCAATCTTCCTCTCCAAAATCGAATTAAACGAAAA
GTCCATAGGGTTCAGATCCAGGGAGCTACCTGGCACTTTGTCCAATGACC
AAACAAATGATCCCTTAAAGTGTACATTTCTGTATGCAGTACTTCTTGAT
GCCTTCTGGGCTGGGCTGGAGTGCTGTGAATTTCTTCTTTTACCATACTT
GCAGGGGCCAAACAGGCCGGCCTCAAGGCTGAATACATCGCTCAAATCGA
GGCTCATCCCACCTATTCGCCTCCGGAATGGCTTATCCAACTGAGGAAGT
CTCGGCCCAACCCCACAGATCTGAAGGCCATTTCGGTGGCCGAGCTGGCC
GAGCACAATGATCCCAGCCATGAGCTTTGGGTGTCTTGCCTCGGCTATGT
GGTGAGGCCCAAGAGTCAATGGGCCTTGGGGGCTCATCGCGGTCGAGATG
TGACTTCCCGGGTGCTCATGCAGTACCATGGGATCCCTTTGGACGACAAC
GATGACAGGTAGGTAGAACCATTTATTACGTTACTTCTGTACAACTTCAA
AATGGATACTGGGGACGGGCTTTGAGATAAGCAGCGACCTTGGGTTTGGC
CTTGACCATACCATATACTCCCACGGTCGAGGGATAGCTCTCGAGCATGG
CGAGGATGTCCTTTTGCCACGGAGCGACACCGCCCGAGGTCAGTTGCTCT
TGGGTGTGAAGCATATCCACCAGGAGGAATACAGCCAGATCTGCATAACT
GAGCTTGTTCCCGGTGAAATGCTTGCCGCCTTTTTTATTGAGGAATTCTT
CTGTAGCCGGCAGGAATTGGGGGAAGAATGTCGCTGTGAACTCCTCAGCC
TTCCGCAACTTCTCGGCCTCGTCCTTGGCCAGCTTGATTTCGGTAAATTC
TAAAATTAAGAAACATTACAAAAATGAGTTGAATTTTATAGGGATAGACT
GAACACAATCAATCTGGAGGCTTGGGTTGGAGTATTGTACCCCACAATCG
TAGAAAAAGGGTACACGAAGGAATAGCAGCCTTGGTGGATCTAGGTGAAA
AACGCTCGATGAAGCCATCAATTATTGGGGCTTGTTTTAAAAAACTGCAT
CAAGCAAGAAGACGATTTCGTTCACAAGTGTTTTACCATCCAGAGCACCA
AGGACTCGAAACTGTGTCAACGAGTTGTGACAAACAAAGAAAACTTGGCC
CACATGAAATAATGGATCTCAAACAATGAACCGAAGCCGAAATGTCCCAA
TTCTCCTGTTAATATTTGCTCTCAAACCTGTGACTTGGTAGATTTTTCGG
AACTATCTTGCGCGCTACATTTGCTTGTTTTGGCCCCAAATTCGTCAATT
CGGTAAATATTTTTCTGAGCACAGTTTTTGCCAGAACTTCGGGGATAAAG
TAGATATTTTGGTTCTGGCCGCATTTTTGGGCCAATTGGCCGGTTTGCCC
GTCATGAAACTGCTTATACCGAAATGTTGGTTCTTTAACCACAATTTGCA
GGTTATTATGAGAATCATTATTGCTTTAATTACCAACCAAGTTTGGGAAT
TATAGTGGCTATAATTCCCTTGTGGAGCCACAATTTCACGATAGTTTGGT
TTTAGGTTGGACTGGTTTAGGTGGATCAATAATTCAAAGACTCACTGGTC
ATGGCCTCCACCACAAAGTCCACAATGGCATCGGCGTGGGCCTTTTCGAT
CTCATTGTCCCCGGCCAGCTTAGCCTTTTTGGCCAGAAACCGCGCAATGG
CCACGGATTGGCCGATTTCTTCACCTTTATAGTACAAAACCGGCAGCGAT
CGGAATGGTGTGGCTGTAAAAAAGGTCGTGGAAGCCTTTTGGACCAAGCG
GAGAAGACCGAAAGCCAGAGCGTGTGAACAAACCTGGCTTTTTGGCCGGC
CATTGAGCGTAGGTAACGAGGTCTTCCTCGTACTCCAATCCTCCGACTTT
GAGGATCAATCGAATCAGCTCGCCTCGGCCTCGGACTGGGAAGTACACGA
GTTTGATCTTGGGAGACATTATTTCAAGATCTTCACGTGTCTGAACTGTT
ATCTGAATGATGTTCCCCCAAAAAGTCCCCCTCTTATAGAGGACATAGTG
CCTGACAAACATTGAACAGCAGATATTTCTTTCAGTTCCAAAGTCCGTAT
TATCCGACCTTGCTTCTCACCTTATGCTCCAGTCCACATCCGGATATTTG
TAGCCTTATCTCGGGTAACGCAACAGTGGGAATGGAGCCAGTCGCCTTCT
AATTGACCCTGAAACATAGGCTGTACTCCACATTCGAAATGGTTGCCACG
ATGACAACTGTCCCCCCCCCCCGCACACACACAATGATTTTGCACGCGAG
GAAGTCTAGAAAGAGCCTCAATCGGCAATATGCATGAATGGCCGAGCAGC
CAGACAAGTGCGAGGTCGGCTTAATTGTCACCGAAGGCAGTCAACGTACC
TTGAGCCTCGGCAGGTTTCTCAGCGCCAAAGGGGGAATCACGTTTTATCC
ATTGATTAGTCTTTTGCGTCGTAAGTCACTAGCCTCGTCAAGGGAGGTTT
GCGGATACGTGGGTTAGCGGAATGAGAGACAAAGCGAATCTTCTCAGAGC
AAAACTCTGGCCCACAAAAGCAGTTATGTCAGCTTTAAGGCAAGCCGGAA
TAGATTACCAATTTAGCAGGCCTGATAAATGGAGGAGGATAATAAGTTAA
GTGGTTGATGACTTGTTCAGCTCCAAAGGCTTGGATGAATATGGGATATG
AGAGTAACATCATTGGAAAACAATCTGGCCTTTTTTTGCAAAATTGCTCG
TTAGTGTAAGCGGTTGGTTTTTTTTTTTTTTAAGTCTCCAAAATTTCGCT
CTGCTGCGACGTACACACGGAATTATATAAATAATGTGTTTGCTCCCAGA
AGAATACTTTTCGCTAGAGCATGCCAATTGCGAACAATTTTTGTTTTAAC
TCTCATAAACTACCCATGTTTGAGCGTTTTGCTTCCGAAGATCTTGATCC
TTGAACCAAATAAGCGTTAGAAACAGTTAAAAATGAAGAAAGGACTTCAG
CCATCGCTCGGGGACGAGTCCAAATGGTTGGAATTCCTGACAAATGTAAT
GTCCGGAGGACAGCTCACGTGGAAGCCCTTCATAAGGAGCACACTTGCTC
TGTTTCCCAAATGTTCATGGACAACCTAAATAGAGCAAGGCTATGGCCAT
CTCCTGGAAAGTAGATCGCATGAAATATTCAGAGCATTTATGCTGGTCCA
AGTTTCCCTGGAGATGAGTAGAGGTTAGTTGATCCTGAACTGATCTGGTT
TCTGTGCTCAGCAAATCGGAGTATTTTTCTAGGTTGGTCTTTATGGTGAA
CTACTAACCAAATCTTATTTTTTTAACCATCCATGCATAAGTATTTTTCG
GTGAAAATCGACGAATCAATCCGAACCAGAACTTTTCTTGGACGATACCT
TTTTAGACTTAGAATAATTAGAAACTGACAATAATTTTATGGTTTTGGTG
AATCCCTGACAACTAGGGAAGTTAGCGTAGCCTAGTGGTTAAAGTGTCGC
TCTGAGAGTGCCTCTTGGGAATATGTTTCGTTGAGGTATTTTTCAATATC
TCACTTCTGGACCTCACTTTCGGTTTCCCAACTATTCATTTTTGTATCAG
TAACTAACATGAGGAGGAATACAAAATTATTATATAGGAGGCAAATATGG
GCAAAAATTGGAAAAATGTGCTGTGGTTGAGAAAAGAAAAAAAAGTAAAA
AGTGTTCCTATCAATTATTCAATTTCGTTGCAATTAAGCATTGATTACCT
TAGCCTAGTGGTCAGGGTGTCACTCTGAGCCTGGGCCTCACTCTGAGCCT
GGGCCTCTACTACGGCTCGTCTGGTGTCCAGGGTTCGATCCCCGGCGAAT
CTTCTATCGACCCCAAGCCCAAAGAGCGATTCCTTGAGGATTTTGAATGG
TTGAGTTCCTAGGCGAGTCACCTGGGCCAACTGAGTCCGGATCCTCTGGA
ATTAGCACTTCCAGAGGCTGGTGACCCAGCGCAGACAAACCCTAGAAAGT
GATAGAACTAGTGTGCCACATGCCAAAGGTCGTCGCTAGCAAAATTGAAA
TGGAATGATATTTTGAGAAATGGGCCAATCGGCTATCCCGATCAGGCTTT
TTCCTCTGTGGGCATCATGGAAATCTCAATCTTATGAGCGGATGTCAGAC
TTCATGTTTTCATCATAGTTTGGGGGTTCAAAGCCCATTCCTCAGCCTCA
TGCTTTGCCCATACAAATCAAATGATGAAAACATGAGGGATTTCCCAAGA
CCTGCGCCTTATCATGTCTTTGTCATACCCGACCGAGGCTTTTTTATTCT
CTGCAACATTACATTTTCCGTTTTTCACTCTTATAGCACGAGGTAAAACA
AAAGAAACTTCCTCTGCCATTTTCCGCAAAAAAACAACAGGATCGCCGTG
GTATATTTTTTTCCATGTTTTAAAAAAACAGTCATGTTTGACGTCGCCTC
AATCATTCCTCAAAATAAAAAAGAGTAGCGAAGCTACGAAATAACAGCAC
GAATGGAATTTAAATTGCTTCTAAAGGCAAACAAATACCTTAAAGGCGAT
CGATTTTATTCAACAAGCCAAACCGGGCGCCATATTGTTATATTTCACTC
GTTTTTTCGATCATTTTGTGAAAAGAAAATTTTGAAAAAAAGAAAATGTC
TTGCAAATTTTTGAAAAGGAGCAGTCTCCACCCCACCCTTGACACATTAA
AAATGGAATTTTATCATGGATGCAAATGAATTGTTCGACCTCCAAACATT
CTATTGGTTAAAATCTGATTTAGTACTAAAAACAGCTCGAAAAACAGTCC
TGTTTTCCTCATTGAAGCGATCGCTTAAATTGGTCGGGATGCCTGAGACT
CATCTACATCTACAGTAAGCGCGTGTTTGTCTAGAGATTACGAAGATAAA
TGTGTTTTGCCTAGTCAAAGCTTGAGCGTAATGTGTACACATTAGTCCTA
AAATAATAGATGATGGAACATCAAGAAATAACATTGAATAGGTAGTAATA
TGGGCATCGCGATTTTAGCCAAAATGAAAGAAATAATATGACTAGGACAT
TTTATTCTTAAGTAAATTGTGGATTTGAATGTGATTCCGATAAGAACGAT
GTTTTCACAAATAATTGTTTTTTTCCCAAAATGATCATCGGTGTTTTCAC
TATTTCTAATTTTATGCGCCCCTCAACAGCATTTGTTTTAGGCTTTTCGA
TCATTGATCATTTGCCACGGACGATTGAGATGAAAAAAGATACCTACTTT
CCCTCCTTAGAGGTCTATATTTTTCAAACTTACCTCTGTAGTGATAACGA
TGACATAAACACACGCCATACACAATTTCGTTAACATGGTTTTCGTTTCG
CAACCAGTTCCAAATTGGTTCAAGCTTTTGATGAGGAATTGACGCTGGGG
CACAAGTGATCCATATCACATTTAAGACATTGAAATGCAAATATCTCTTG
GTTTCATCTTAGGCTCCCATGTTTCTTCCAATTTATTGTGCATCTATTTA
ATATCGGTTTATCATTTATCCCTTGAAAAAAATAACAGTCTTGCTACATT
TATATCTTAATTTAAAACAAAAAATTGTCTCAGTGAAAAAAAATATCGAA
GCTTATCTGGGTCCATGGCTGTTCCCTCATGTAAATGATGAAATTGCATT
GTGACATGCACGTAAATATTACTGGAATGACTAGCAAAAAGGTCGCCCGA
CAACTCAAATTATCCGTGTAAAAAATTTAAAAAAAAGGAGCTTTCAAAAA
CAGTGGTACTTCCTCAGTTAGGCATTAATTTCAACACGTGTTTACGATTA
TGGTTACATAAGAAATCGGAGATTGAAACGACAAAAACATGCTTTTGTTT
TACTTCTGGGCTATTCGAACATTTAGCCAATCACATTTTCTTACTTTTTG
GTAACGTTTTATGCCTGAAAAAATCACATTCAAATTGGTGGTCTATGAGT
TAGGAAGCCAGCCAGCATAGACACAGTACAGTGTCAGTGAGCGCTGAGCC
GGGGTCTGAGTGCCCAAGGTTCAAATCCCAATTTCCATGGCAGCTAGTGG
TAATCTAGCACACCTTTCGCTGCCTCCCTGGCGGGACATAAGTTGATGGA
CACGTGACTAACAATCTTGAAACTGTAGACAACCTCTTCTGAGATCGTGG
GAACCACCTCAGGGGAAAACTTCGTTCGGAAGAGGCCGCTCTAGCTCAGC
TGCCAAGCCACTTGGGCCGGTATTCGGCTTTTGGCAGGGCGGGAAATTCA
AACCAAGCTAGGGCTTCTAGTCACTCTCTGGTGGAGTGAAAACTCTAGCT
ACTATACATTCGTAAGTGCTGAAAGTGGCTTCATGATCCTCCTCCCCCTT
TTTGAAAAAGAAAAAAAAACGGTGGTTCGGCAGAGCAAATCCTATATTTT
AGGTGGAACTCATTCGAGATTGGGATGATCACAAGACGCTCCATTTCCCT
TAAATATAGCCATTCCTTAAGTTATTTTTGGAAGCGTCCTTTTAGAAACG
AATCCAGTGTTCAACACTGTGAATCCCCCAAAAATGAGGATGATCCATGA
CAAGCAAACGCTTTGTCTCAGGTTTCATCATGGAGACATTTGAGCCCCTT
TAGATTTAGATGCTGCAGATGATGTGTGTTACTGGAGCGAGATATGAGTG
CCAAAATGCTGAGTTTGGCCTCCATGTAACGTGCAACTTGTTGTGGGCTT
TGCTTTAAGTGCTGAGCCCACTTTTTAAGTTGAACCTAAAGTCAGACATT
GAAATTGAAAAGGCGTACTTGATCCGCCAGTCATCTTTCGGCTCATCGAA
AGCTAGCCAAGTTTTTTGGAACAGATATGCGCTCAAGTTAATTTCCTGGT
AACAGCCAACTCGTAAGTCTGTCTGGGTTATGCACTCAAAGCTGCAGTTC
ACGTTAGTCGGCTTTCCAAAGACATGTACACGTTCCATTCCCTACCGACA
TATGCAACTACGTCGCTCTCTCTCTCTCTGGGTGAACAAAGAAAGCTCGA
TTCGAGGCAAACAAACTTGACATTGACCTGGTTTTTTCTCTATCCCCAGG
GGAAAGCCTCCGTATCCCTTGGTCAATGCCCTCAGGCCAGAAGAGTTGGA
ATACATCACCCGTTGGTTGGATTTCTACCAGGCTTCCAAGTCCGAGGACG
GTACCCAGAACCTTGGGGAGATTGTGGGCTATCTGACCCCCTTCCTGGAA
CAACAAGTGGGAGGAAAATCCACGTTCAAGCTGCCTCCAGTGCCCCAATG
A
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Synonyms
The feature 'hypothetical protein LOTGIDRAFT_232618' has the following synonyms
Synonym
Tk08600
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