Gsp_023053, Gsp_023053 (mRNA) Girardia sp.

Overview


Name	Gsp_023053
Unique Name	Gsp_023053
Type	mRNA
Organism	Girardia sp. (Girardia sp.)
Sequence length	2469

Analyses

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


Analysis Name	Date Performed
Girardia sp. Transcriptome	2016-03-03
Girardia Sp Translation	2016-04-28
Girardia Sp. BLASTX Human	2016-03-08
Girardia Sp. BLASTX Swissprot Uniprot	2016-03-08
Girardia Sp. BLASTX Drosophila melanogaster	2016-03-09
Girardia Sp. BLASTX Schmidtea mediterranea	2016-03-09
Girardia Sp CDS	2016-05-06

Homology

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BLAST of Gsp_023053 vs. RefSeq Human
Match: gi|24430181|ref|NP_002531.3| (outer dense fiber protein 2 isoform 9 [Homo sapiens])

HSP 1 Score: 131.339 bits (329), Expect = 1.608e-30
Identity = 79/188 (42.02%), Postives = 124/188 (65.96%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGL-SCP----NPP 2240
            Q +KL    EK + S+K N+   +++++LERK+++   QN E    +  ++  +  ++ + EE  RE  +L RQLE+A+ D+RR  + ++E  + K+R  Q+++ D+ETQL++ + E ++ RR+ ++ +R+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVFGD P S  L S P    +PP
Sbjct:  617 QGDKLEMAREKHQASQKENKQLSLKVDELERKLEATSAQNIEFLQVIAKREEAIHQSQLRLEEKTRECGTLARQLESAIEDARRQVEQTKEHALSKERAAQNKILDLETQLSRTKTELSQLRRSRDDADRRYQSRLQDLKDRLEQSESTNRSMQNYVQFLKSSYANVFGDGPYSTFLTSSPIRSRSPP 804

HSP 2 Score: 107.071 bits (266), Expect = 6.657e-23
Identity = 119/438 (27.17%), Postives = 230/438 (52.51%), Query Frame = 3

Query:  156 VHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPW---VPPPGKTTKNHRSELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTR--------SNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHI 1436
            +HV VD++TPVHV+++K           +P + S     KR  K G  +   + +     RV++ +PP    + PP        SE +   M   D              ++++G  + +RY+++I+ L + +G L+ ++K++K   Q+  ++  ++ + E++EE+  E+   E EN +LR ++E  +           +L  E + L+  L+EAE+     A Q+  + D +   +K   ++T  D++ +  Q      +L  F+  N TLRDLL++   +E + +   E+    L ++  E +   ++L L L DKDK +++L +++ C+  +    +   +S+E+++GHLQ QL+ +  + +R+ +QI+ LE    + + + E ++E LK  K +G  D++ LKKA RAQK+RA K+EE  ++L   LA+K+ ++
Sbjct:   10 LHVHVDENTPVHVHIKK---------LPKPSATSSQKSHKRGMK-GDTVNVRRSV-----RVKTKNPPHCLEITPPS-------SEKLVSVMRLSDLST----------EDDDSGHCKMNRYDKKIDSLMNAVGCLKSEVKMQKGERQM--AKRFLEERKEELEEVAHELAETEHENTVLRHNIERMKEEKDFTILQKKHLQQEKECLMSKLVEAEMDGAAAAKQVMALKDTI-GKLKTEKQMTCTDINTLTRQKELLLQKLSTFEETNRTLRDLLREQHCKE-DSERLMEQQGALLKRL-AEADSEKARLLLLLQDKDKEVEELLQEIQCEKAQAKTASELSKSMESMRGHLQAQLRSKEAENSRLCMQIKNLERSGNQHKAEVEAIMEQLKELKQKGDRDKESLKKAIRAQKERAEKSEEYAEQLHVQLADKDLYV 410

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BLAST of Gsp_023053 vs. RefSeq Human
Match: gi|334278913|ref|NP_001229281.1| (outer dense fiber protein 2 isoform 11 [Homo sapiens])

HSP 1 Score: 130.954 bits (328), Expect = 2.040e-30
Identity = 79/188 (42.02%), Postives = 124/188 (65.96%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGL-SCP----NPP 2240
            Q +KL    EK + S+K N+   +++++LERK+++   QN E    +  ++  +  ++ + EE  RE  +L RQLE+A+ D+RR  + ++E  + K+R  Q+++ D+ETQL++ + E ++ RR+ ++ +R+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVFGD P S  L S P    +PP
Sbjct:  636 QGDKLEMAREKHQASQKENKQLSLKVDELERKLEATSAQNIEFLQVIAKREEAIHQSQLRLEEKTRECGTLARQLESAIEDARRQVEQTKEHALSKERAAQNKILDLETQLSRTKTELSQLRRSRDDADRRYQSRLQDLKDRLEQSESTNRSMQNYVQFLKSSYANVFGDGPYSTFLTSSPIRSRSPP 823

HSP 2 Score: 110.538 bits (275), Expect = 5.765e-24
Identity = 121/444 (27.25%), Postives = 231/444 (52.03%), Query Frame = 3

Query:  156 VHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRSELVNRYMCKCDFENTGKSC--------LGSFWNE-EEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTR--------SNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHI 1436
            +HV VD++TPVHV+++K           +P + S     KR  K G  +   + +R   +       PW+PP   + +    +  N   C    E T  S         L     E +++G  + +RY+++I+ L + +G L+ ++K++K   Q+  ++  ++ + E++EE+  E+   E EN +LR ++E  +           +L  E + L+  L+EAE+     A Q+  + D +   +K   ++T  D++ +  Q      +L  F+  N TLRDLL++   +E + +   E+    L ++  E +   ++L L L DKDK +++L +++ C+  +    +   +S+E+++GHLQ QL+ +  + +R+ +QI+ LE    + + + E ++E LK  K +G  D++ LKKA RAQK+RA K+EE  ++L   LA+K+ ++
Sbjct:   10 LHVHVDENTPVHVHIKK---------LPKPSATSSQKSHKRGMK-GDTVNVRRSVRVKTK------VPWMPPGKSSARPVGCKWENPPHC---LEITPPSSEKLVSVMRLSDLSTEDDDSGHCKMNRYDKKIDSLMNAVGCLKSEVKMQKGERQM--AKRFLEERKEELEEVAHELAETEHENTVLRHNIERMKEEKDFTILQKKHLQQEKECLMSKLVEAEMDGAAAAKQVMALKDTI-GKLKTEKQMTCTDINTLTRQKELLLQKLSTFEETNRTLRDLLREQHCKE-DSERLMEQQGALLKRL-AEADSEKARLLLLLQDKDKEVEELLQEIQCEKAQAKTASELSKSMESMRGHLQAQLRSKEAENSRLCMQIKNLERSGNQHKAEVEAIMEQLKELKQKGDRDKESLKKAIRAQKERAEKSEEYAEQLHVQLADKDLYV 429

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BLAST of Gsp_023053 vs. RefSeq Human
Match: gi|530391197|ref|XP_005252086.1| (PREDICTED: outer dense fiber protein 2 isoform X26 [Homo sapiens])

HSP 1 Score: 130.954 bits (328), Expect = 2.341e-30
Identity = 79/188 (42.02%), Postives = 124/188 (65.96%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGL-SCP----NPP 2240
            Q +KL    EK + S+K N+   +++++LERK+++   QN E    +  ++  +  ++ + EE  RE  +L RQLE+A+ D+RR  + ++E  + K+R  Q+++ D+ETQL++ + E ++ RR+ ++ +R+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVFGD P S  L S P    +PP
Sbjct:  622 QGDKLEMAREKHQASQKENKQLSLKVDELERKLEATSAQNIEFLQVIAKREEAIHQSQLRLEEKTRECGTLARQLESAIEDARRQVEQTKEHALSKERAAQNKILDLETQLSRTKTELSQLRRSRDDADRRYQSRLQDLKDRLEQSESTNRSMQNYVQFLKSSYANVFGDGPYSTFLTSSPIRSRSPP 809

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BLAST of Gsp_023053 vs. RefSeq Human
Match: gi|310750408|ref|NP_702911.1| (outer dense fiber protein 2 isoform 2 [Homo sapiens])

HSP 1 Score: 130.568 bits (327), Expect = 2.891e-30
Identity = 79/188 (42.02%), Postives = 124/188 (65.96%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGL-SCP----NPP 2240
            Q +KL    EK + S+K N+   +++++LERK+++   QN E    +  ++  +  ++ + EE  RE  +L RQLE+A+ D+RR  + ++E  + K+R  Q+++ D+ETQL++ + E ++ RR+ ++ +R+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVFGD P S  L S P    +PP
Sbjct:  641 QGDKLEMAREKHQASQKENKQLSLKVDELERKLEATSAQNIEFLQVIAKREEAIHQSQLRLEEKTRECGTLARQLESAIEDARRQVEQTKEHALSKERAAQNKILDLETQLSRTKTELSQLRRSRDDADRRYQSRLQDLKDRLEQSESTNRSMQNYVQFLKSSYANVFGDGPYSTFLTSSPIRSRSPP 828

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BLAST of Gsp_023053 vs. RefSeq Human
Match: gi|334278916|ref|NP_001229282.1| (outer dense fiber protein 2 isoform 2 [Homo sapiens])

HSP 1 Score: 130.568 bits (327), Expect = 2.891e-30
Identity = 79/188 (42.02%), Postives = 124/188 (65.96%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGL-SCP----NPP 2240
            Q +KL    EK + S+K N+   +++++LERK+++   QN E    +  ++  +  ++ + EE  RE  +L RQLE+A+ D+RR  + ++E  + K+R  Q+++ D+ETQL++ + E ++ RR+ ++ +R+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVFGD P S  L S P    +PP
Sbjct:  641 QGDKLEMAREKHQASQKENKQLSLKVDELERKLEATSAQNIEFLQVIAKREEAIHQSQLRLEEKTRECGTLARQLESAIEDARRQVEQTKEHALSKERAAQNKILDLETQLSRTKTELSQLRRSRDDADRRYQSRLQDLKDRLEQSESTNRSMQNYVQFLKSSYANVFGDGPYSTFLTSSPIRSRSPP 828

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BLAST of Gsp_023053 vs. uniprot
Match: gi|82082176|sp|Q5ZKK5|ODFP2_CHICK (RecName: Full=Outer dense fiber protein 2; AltName: Full=Cenexin; AltName: Full=Outer dense fiber of sperm tails protein 2)

HSP 1 Score: 137.502 bits (345), Expect = 4.791e-32
Identity = 78/184 (42.39%), Postives = 120/184 (65.22%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPL--SNGLSCPNP 2237
            Q +K+    E+ +++++  +   ++ E+LERK+++   QN E    +  ++ ++   + + EE  RE +SL RQLE A+ D++R  + +RE+   ++R  QS+V D+ETQL++ + E N+ RRN E+ ER+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVF D  L  S G S  +P
Sbjct:  639 QGDKMEMTRERYQSAQEEKKQLTLKAEELERKLETTSTQNIEFLQVIAKREESIHQCQLRLEEKTRECSSLARQLEMAIEDAKREVEQTRERATSRERAAQSKVLDLETQLSRTKTELNQLRRNKEDAERRYESRLQDLKDRLEQSESTNRSMQNYVQFLKSSYANVFADSALLGSPGRSRSSP 822

HSP 2 Score: 127.872 bits (320), Expect = 5.822e-29
Identity = 129/445 (28.99%), Postives = 234/445 (52.58%), Query Frame = 3

Query:  156 VHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTT---KNHRSELVNRYMCKCDFENTGKSCLGSF----WNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTRSNMNLFPESDKLIQMLIEAELA----SERCAHQMQHVFDYLKSTIK----EGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSIS---KLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHI 1436
            +HV VD++TPVHV+++KG+        T P   ++  +  + K  G+ +   + ++   +       PW+ PPGKT+     ++ E     +     E+     +        +EE+A   + + YE++I+ L + +G L+ + K++K+ ++ + ++  ++ Q E++ E+ QE+   E EN LLR ++E  R   +L     K +Q   E  L+    +ER           LKSTI+    E H ++S D++ +  Q      +L  F+  N TLR+LL++  +RE + Q   EK    +    K L DS +   +L++ L DK+K I++L  Q+  + ++    +   +SLE+V+GHLQ QL+ +  + NR++ QIR LE   A+ + + E + + LK  + +   D+D LK+A RAQK+RA ++EE   +L   LAEK+ ++
Sbjct:   10 LHVHVDENTPVHVHIKKGQK-------TTP---AKCQQKHKQKMKGNTVNVRRAVQVKTK------APWM-PPGKTSVLDSTYKWEGPTHLLEITPPESEKMMSVLRLSDLSTDEEDAVCCKMNEYERKIDSLMNVVGTLKNEAKLQKQEQRQQMTKRLLEEQKEELNEVTQELAESEHENTLLRRNIERMREEKDLTMLQKKYLQHEKECLLSKLSEAERDGAAAAREIHALKSTIERLNVEKH-MSSSDINMLTRQKELLLQKLSTFEETNRTLRELLREQHERERDVQKILEKQGVLM----KMLADSDAEKLQLQMRLQDKEKEINNLAVQIQEEKEQARTASELSKSLESVRGHLQAQLRHKEAENNRLTTQIRNLERSEAQHKAEVECIKDQLKELRQKADRDKDALKRALRAQKERAERSEECAGQLAVQLAEKDSYV 432

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BLAST of Gsp_023053 vs. uniprot
Match: gi|74736013|sp|Q5BJF6|ODFP2_HUMAN (RecName: Full=Outer dense fiber protein 2; AltName: Full=Cenexin; AltName: Full=Outer dense fiber of sperm tails protein 2)

HSP 1 Score: 130.568 bits (327), Expect = 7.660e-30
Identity = 79/188 (42.02%), Postives = 124/188 (65.96%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGL-SCP----NPP 2240
            Q +KL    EK + S+K N+   +++++LERK+++   QN E    +  ++  +  ++ + EE  RE  +L RQLE+A+ D+RR  + ++E  + K+R  Q+++ D+ETQL++ + E ++ RR+ ++ +R+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVFGD P S  L S P    +PP
Sbjct:  641 QGDKLEMAREKHQASQKENKQLSLKVDELERKLEATSAQNIEFLQVIAKREEAIHQSQLRLEEKTRECGTLARQLESAIEDARRQVEQTKEHALSKERAAQNKILDLETQLSRTKTELSQLRRSRDDADRRYQSRLQDLKDRLEQSESTNRSMQNYVQFLKSSYANVFGDGPYSTFLTSSPIRSRSPP 828

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BLAST of Gsp_023053 vs. uniprot
Match: gi|158513400|sp|A3KGV1|ODFP2_MOUSE (RecName: Full=Outer dense fiber protein 2; AltName: Full=84 kDa outer dense fiber protein; AltName: Full=Cenexin; AltName: Full=Outer dense fiber of sperm tails protein 2)

HSP 1 Score: 130.183 bits (326), Expect = 9.210e-30
Identity = 76/182 (41.76%), Postives = 118/182 (64.84%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGLSCPNP 2237
            Q +KL    EK + S+K N+    ++++LERK+++   QN E    +  ++  +   + + EE  RE  SL RQLE+A+ D+RR  + ++E+ + K+R  QS++ D+ETQL++ + E  + RR  ++ +R+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVFGD P ++     +P
Sbjct:  641 QGDKLEMAREKHQASQKENKQLSQKVDELERKLEATSAQNVEFLQVIAKREEAIHQAQLRLEEKTRECGSLARQLESAIEDARRQVEQTKEQALSKERAAQSKILDLETQLSRTKTELGQLRRTRDDADRRYQSRLQDLKDRLEQSESTNRSMQNYVQFLKASYANVFGDAPYTSSYLTSSP 822

HSP 2 Score: 97.4413 bits (241), Expect = 1.577e-19
Identity = 106/384 (27.60%), Postives = 204/384 (53.12%), Query Frame = 3

Query:  357 PWVPPPGKTTKNHRSELVNRYMCKCDFENTGKSC---------------LGSFWNEEE-AGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTR--------SNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHI 1436
            PW+PP GK++  H           C +EN                    L     E++ +G  + +RY+++I+ L + +G L+ ++K++K   Q+  ++  ++ + E++EE+  E+   E EN +LR ++E  +           +L  E + L+  L+EAE+     A Q+  + D +   +K   ++T  D++ +  Q      +L  F+  N TLRDLL++   +E + +   E+  T L ++  E +   ++L L L DKDK +++L +++ C+  +    +   +S+E+++GHLQ QL+ +  + +R+ +QI+ LE    + + + E ++E LK  K +G  D++ LKKA RAQK+RA K+EE  ++L   LA+K+ ++
Sbjct:   66 PWMPP-GKSSARH---------VGCKWENPPHCLEITPPSSEKLVSVMRLSDLSTEDDDSGHCKMNRYDKKIDSLMNAVGCLKSEVKMQKGERQM--AKRFLEERKEELEEVAHELAETEHENTVLRHNIERIKEEKDFTMLQKKHLQQEKECLMSKLVEAEMDGAAAAKQVMALKDTI-GKLKTEKQMTCTDINTLTRQKELLLQKLSTFEETNRTLRDLLREQHCKE-DSERLMEQQGTLLKRL-AEADSEKARLLLLLQDKDKEVEELLQEIQCEKAQAKTASELSKSMESMRGHLQAQLRCKEAENSRLCMQIKNLERSGNQHKAEVEAIMEQLKELKQKGDRDKETLKKAIRAQKERAEKSEEYAEQLHVQLADKDLYV 434

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BLAST of Gsp_023053 vs. uniprot
Match: gi|158564320|sp|Q6AYX5|ODFP2_RAT (RecName: Full=Outer dense fiber protein 2; AltName: Full=84 kDa outer dense fiber protein; AltName: Full=Cenexin; AltName: Full=Outer dense fiber of sperm tails protein 2)

HSP 1 Score: 130.183 bits (326), Expect = 1.076e-29
Identity = 76/182 (41.76%), Postives = 119/182 (65.38%), Query Frame = 3

Query: 1692 QVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGLSCPNP 2237
            Q +KL    EK + S+K N+    ++++LERK+++   QN E    +  ++  +   + + EE  RE  SL RQLE+A+ D+RR  + ++E+ + K+R  QS++ D+ETQL++ + E  + RR  ++++R+  S+LQDLK +LEQSE TNRSMQ YVQFLK SYANVFGD P ++     +P
Sbjct:  636 QGDKLELAREKHQASQKENKQLSQKVDELERKLEATSTQNVEFLQVIAKREEAIHQAQLRLEEKTRECGSLARQLESAIEDARRQVEQTKEQALSKERAAQSKILDLETQLSRTKTELGQLRRTRDDVDRRYQSRLQDLKDRLEQSESTNRSMQNYVQFLKSSYANVFGDGPYTSSYLTSSP 817

HSP 2 Score: 112.849 bits (281), Expect = 3.004e-24
Identity = 122/451 (27.05%), Postives = 232/451 (51.44%), Query Frame = 3

Query:  156 VHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRSELVNRYMCKCDFENTGKSC---------------LGSFWNEEE-AGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTR--------SNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHI 1436
            +HV VD++TPVHV+++K           +P + S     KR  K G  +   + +R   +       PW+PP GK++  H           C +EN                    L     E++ +G  + +RY+++I+ L + +G L+ ++K++K   Q+  ++  ++ + E++EE+  E+   E EN +LR ++E  +           +L  E + L+  L+EAE+     A Q+  + D +   +K   ++T  D++ +  Q      +L  F+  N TLRDLL++   +E + +   E+    L ++  E +   ++L L L DKDK +++L +++ C+  +    +   +S+E+++GHLQ QL+ +  + +R+ +QI+ LE    + + + E ++E LK  K +G  D++ LKKA RAQK+RA K+EE  ++L   LA+K+ ++
Sbjct:   10 LHVHVDENTPVHVHIKK---------LPKPSAASSQKSHKRGMK-GDTVNVRRSVRVKTK------VPWMPP-GKSSARH---------VGCKWENPPHCLEITPPSSEKLVSVMRLSDLSTEDDDSGHCKMNRYDKKIDSLMNAVGCLKSEVKMQKGERQM--AKRFLEERKEELEEVAHELAETEHENTVLRHNIERIKEEKDFTMLQKKHLQQEKECLMSKLVEAEMDGAAAAKQVMALKDTI-GKLKTEKQMTCTDINTLTRQKELLLQKLSTFEETNRTLRDLLREQHCKE-DSERLMEQQGALLKRL-AEADSEKARLLLLLQDKDKEVEELLQEIQCEKAQAKTASELSKSMESMRGHLQAQLRCKEAENSRLCMQIKNLERSGNQHKAEVEAIMEQLKELKQKGDRDKETLKKAIRAQKERAEKSEEYAEQLHVQLADKDLYV 429

[Close]

BLAST of Gsp_023053 vs. uniprot
Match: gi|82179654|sp|Q5PQ23|ODFP2_XENLA (RecName: Full=Outer dense fiber protein 2; AltName: Full=Cenexin; AltName: Full=Outer dense fiber of sperm tails protein 2 [Xenopus laevis])

HSP 1 Score: 113.62 bits (283), Expect = 9.721e-25
Identity = 128/444 (28.83%), Postives = 222/444 (50.00%), Query Frame = 3

Query:  156 VHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTK----------NHRSELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKER-------EQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTRSNMNLF--------PESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISK---LELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQEL 1403
            +HV VD+ TPVHV+++K            P    +  K+K  KK   N+  S  ++           PW+PP GK++            HR ++      +  F     S L +  +EEE   S+ + YE++I  L  E+G L+ +L+++K         EQ+  S+  ++ Q E++ E+ QE+   E EN  L+ SL+  +    L          E   L+  L+EAE      A Q+  + D ++  +K   ++TS D++ +  Q      +L  F+  N +LR LL++  ++E       E+ +  L    K+L D+ ++   L+L+L ++++ ++DL  QL  + D +   +   +S+E+ K HLQ QL+ R  + NR+SVQIR LE   A ++ +   L+E L   K +   +++ LKK+ RAQKQRA ++EET++ L
Sbjct:   10 LHVHVDESTPVHVHIKKSSRP--------PAKTQQGAKLK--KKGMGNLRRSATVKTK--------VPWIPP-GKSSLRDAGLKWEGLTHRLDITPPDTERM-FSALRMSDLST--DEEEMKRSKMNSYEEKIATLMSEMGTLKHELELQKREKYLGKCEEQLAASKRLLEAQQEELAEVSQELVETENENVWLKRSLDRIQEEKGLSILQKQQLQEEKAHLLAKLLEAETDGAEAAKQVTLLSDTIQR-LKHEKRMTSTDINLLTRQKELLLQKLNTFEDTNRSLRTLLREQHRQETETYRLMEQKEMLL----KKLSDADTEKMHLQLKLHEQEEKVEDLLAQLKTEKDLSKTASEVSKSIESTKAHLQGQLRTREAENNRLSVQIRNLERNEAHQKEEIVKLMEQLTELKQKVDSEKEALKKSVRAQKQRAERSEETLEML 426

[Close]

BLAST of Gsp_023053 vs. Smed Unigenes AA
Match: SMU15001741 (Asxlregen_comp65555_c0_seq4|m.19436|m.7732)

HSP 1 Score: 1028.08 bits (2657), Expect = 0.000e+0
Identity = 534/714 (74.79%), Postives = 635/714 (88.94%), Query Frame = 3

Query:  105 MSHEFSKXXXXXXXXXXVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNS-RSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRSELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTRSNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHIEHLIMNSREDQDNLRRMDEIIDENQHLHRQIVSNDQEDLIISLKRENDSLRSIADQCESRLRDVEREMKTLRRTMAEENDDQNDEQVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGLSCPNPPY 2243
            MS + SK+I RSRPSSPVH+FVDKDTPVHVYM KG+ D YNS+F  P+S+S +S KMKRP+KPGSN+PTS+LMR+ NERVRSMSPPWVPPPGKTTK+++S  V     KC + NT KS LGS+WNE+EA  SQ+DRY QQI  LQ+E+GELREQLK EK+ +Q+R+++D I  QDEK+EELKQEIDVMEKENHLLRDSLE TRSN+NL  +S++L+Q+LIE ELA ERCAHQMQHVFD L++ + EGHK++SRD+DRI+T FHDTESRLF+FKS++N+LRDLLK  Q REI+GQNS EK+  FLSK+R EL+D+ISKLELEL +K+K+IDDL+KQL  KNDE+INFASTHESLEN+KGHLQQQLKQ+SGD NR+SVQIRTLESELAKERLDKEHLIELLKNPKDR  DDR VLKKAARAQKQRA+KAEET+Q+LT+IL  KERHIE L++NS+EDQ+ LR +++I DENQHLH+Q+ +NDQE++I SLK+EN++LRSIADQCESRLRDVEREMK +RRTMAEENDD+++EQVNKL+KILEKLE SEKSNQ+SQIRIEDLERK+K+LE+QNFEMK  LQ KD + IDNKCK EEL RENASL RQLEAALTDS+RN+DN+R+K VG+DRQLQSR+H+IE+QLA Q+AE+NKW RN EE ERKCN+KLQD+K+QLEQSEITNRSMQTYVQFLKKSYANVFGD+PLSNGLSCPNP Y
Sbjct:    1 MSIKNSKQISRSRPSSPVHLFVDKDTPVHVYMDKGDRDPYNSDFNAPKSHSIKSTKMKRPRKPGSNVPTSRLMRSPNERVRSMSPPWVPPPGKTTKSYKSTSVRWNARKCRYVNTLKSPLGSYWNEDEADLSQEDRYMQQITNLQNEVGELREQLKYEKQCDQLRDTQDAIDCQDEKLEELKQEIDVMEKENHLLRDSLEKTRSNLNLNSDSERLVQILIETELAGERCAHQMQHVFDCLRNIMTEGHKVSSRDIDRISTLFHDTESRLFDFKSLSNSLRDLLKIVQLREISGQNSTEKENLFLSKIRSELDDNISKLELELLEKEKIIDDLKKQLTNKNDESINFASTHESLENIKGHLQQQLKQKSGDCNRLSVQIRTLESELAKERLDKEHLIELLKNPKDREYDDRGVLKKAARAQKQRALKAEETVQQLTSILTAKERHIEQLMINSQEDQEKLRHLEDIYDENQHLHQQMANNDQEEIIFSLKKENENLRSIADQCESRLRDVEREMKNVRRTMAEENDDKSEEQVNKLSKILEKLEMSEKSNQSSQIRIEDLERKLKNLESQNFEMKNVLQQKDSSFIDNKCKAEELARENASLMRQLEAALTDSKRNSDNARDKNVGRDRQLQSRIHEIESQLAHQKAESNKWHRNCEETERKCNTKLQDMKIQLEQSEITNRSMQTYVQFLKKSYANVFGDMPLSNGLSCPNPSY 714

[Close]

BLAST of Gsp_023053 vs. Smed Unigenes AA
Match: SMU15005576 (SmedAsxldir_c106665_g2_i15|m.77482|m.8142)

HSP 1 Score: 1014.6 bits (2622), Expect = 0.000e+0
Identity = 534/737 (72.46%), Postives = 635/737 (86.16%), Query Frame = 3

Query:  105 MSHEFSKXXXXXXXXXXVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNS-RSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRSELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTRSNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHIEHLIM-----------------------NSREDQDNLRRMDEIIDENQHLHRQIVSNDQEDLIISLKRENDSLRSIADQCESRLRDVEREMKTLRRTMAEENDDQNDEQVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGLSCPNPPY 2243
            MS + SK+I RSRPSSPVH+FVDKDTPVHVYM KG+ D YNS+F  P+S+S +S KMKRP+KPGSN+PTS+LMR+ NERVRSMSPPWVPPPGKTTK+++S  V     KC + NT KS LGS+WNE+EA  SQ+DRY QQI  LQ+E+GELREQLK EK+ +Q+R+++D I  QDEK+EELKQEIDVMEKENHLLRDSLE TRSN+NL  +S++L+Q+LIE ELA ERCAHQMQHVFD L++ + EGHK++SRD+DRI+T FHDTESRLF+FKS++N+LRDLLK  Q REI+GQNS EK+  FLSK+R EL+D+ISKLELEL +K+K+IDDL+KQL  KNDE+INFASTHESLEN+KGHLQQQLKQ+SGD NR+SVQIRTLESELAKERLDKEHLIELLKNPKDR  DDR VLKKAARAQKQRA+KAEET+Q+LT+IL  KERHIE L++                       NS+EDQ+ LR +++I DENQHLH+Q+ +NDQE++I SLK+EN++LRSIADQCESRLRDVEREMK +RRTMAEENDD+++EQVNKL+KILEKLE SEKSNQ+SQIRIEDLERK+K+LE+QNFEMK  LQ KD + IDNKCK EEL RENASL RQLEAALTDS+RN+DN+R+K VG+DRQLQSR+H+IE+QLA Q+AE+NKW RN EE ERKCN+KLQD+K+QLEQSEITNRSMQTYVQFLKKSYANVFGD+PLSNGLSCPNP Y
Sbjct:    1 MSIKNSKQISRSRPSSPVHLFVDKDTPVHVYMDKGDRDPYNSDFNAPKSHSIKSTKMKRPRKPGSNVPTSRLMRSPNERVRSMSPPWVPPPGKTTKSYKSTSVRWNARKCRYVNTLKSPLGSYWNEDEADLSQEDRYMQQITNLQNEVGELREQLKYEKQCDQLRDTQDAIDCQDEKLEELKQEIDVMEKENHLLRDSLEKTRSNLNLNSDSERLVQILIETELAGERCAHQMQHVFDCLRNIMTEGHKVSSRDIDRISTLFHDTESRLFDFKSLSNSLRDLLKIVQLREISGQNSTEKENLFLSKIRSELDDNISKLELELLEKEKIIDDLKKQLTNKNDESINFASTHESLENIKGHLQQQLKQKSGDCNRLSVQIRTLESELAKERLDKEHLIELLKNPKDREYDDRGVLKKAARAQKQRALKAEETVQQLTSILTAKERHIEQLMLCQNDRALVQSSKSFVNQFVQCEINSQEDQEKLRHLEDIYDENQHLHQQMANNDQEEIIFSLKKENENLRSIADQCESRLRDVEREMKNVRRTMAEENDDKSEEQVNKLSKILEKLEMSEKSNQSSQIRIEDLERKLKNLESQNFEMKNVLQQKDSSFIDNKCKAEELARENASLMRQLEAALTDSKRNSDNARDKNVGRDRQLQSRIHEIESQLAHQKAESNKWHRNCEETERKCNTKLQDMKIQLEQSEITNRSMQTYVQFLKKSYANVFGDMPLSNGLSCPNPSY 737

[Close]

BLAST of Gsp_023053 vs. Smed Unigenes AA
Match: SMU15005577 (SmedAsxldir_c106665_g2_i7|m.77472|m.45171)

HSP 1 Score: 942.569 bits (2435), Expect = 0.000e+0
Identity = 520/778 (66.84%), Postives = 615/778 (79.05%), Query Frame = 3

Query:  105 MSHEFSKXXXXXXXXXXVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNS-RSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRSELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTRSNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHIEHLIMNSREDQDNLRRM----DEIIDENQHLHR--------------------------------QIVSNDQED----------------------------LIISLKRENDSLRSIADQCESRLRDVEREMKTLRRTMAEENDDQNDEQVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGLSCPNPPY 2243
            MS + SK+I RSRPSSPVH+FVDKDTPVHVYM KG+ D YNS+F  P+S+S +S KMKRP+KPGSN+PTS+LMR+ NERVRSMSPPWVPPPGKTTK                  T KS LGS+WNE+EA  SQ+DRY QQI  LQ+E+GELREQLK EK+ +Q+R+++D I  QDEK+EELKQEIDVMEKENHLLRDSLE TRSN+NL  +S++L+Q+LIE ELA ERCAHQMQHVFD L++ + EGHK++SRD+DRI+T FHDTESRLF+FKS++N+LRDLLK  Q REI+GQNS EK+  FLSK+R EL+D+ISKLELEL +K+K+IDDL+KQL  KNDE+INFASTHESLEN+KGHLQQQLKQ+SGD NR+SVQIRTLESELAKERLDKEHLIELLKNPKDR  DDR VLKKAARAQKQRA+KAEET+Q+LT+IL  KERHIE L M+S+  +++   +    D   + N+H H+                                Q   N QED                            +I SLK+EN++LRSIADQCESRLRDVEREMK +RRTMAEENDD+++EQVNKL+KILEKLE SEKSNQ+SQIRIEDLERK+K+LE+QNFEMK  LQ KD + IDNKCK EEL RENASL RQLEAALTDS+RN+DN+R+K VG+DRQLQSR+H+IE+QLA Q+AE+NKW RN EE ERKCN+KLQD+K+QLEQSEITNRSMQTYVQFLKKSYANVFGD+PLSNGLSCPNP Y
Sbjct:    1 MSIKNSKQISRSRPSSPVHLFVDKDTPVHVYMDKGDRDPYNSDFNAPKSHSIKSTKMKRPRKPGSNVPTSRLMRSPNERVRSMSPPWVPPPGKTTK------------------TLKSPLGSYWNEDEADLSQEDRYMQQITNLQNEVGELREQLKYEKQCDQLRDTQDAIDCQDEKLEELKQEIDVMEKENHLLRDSLEKTRSNLNLNSDSERLVQILIETELAGERCAHQMQHVFDCLRNIMTEGHKVSSRDIDRISTLFHDTESRLFDFKSLSNSLRDLLKIVQLREISGQNSTEKENLFLSKIRSELDDNISKLELELLEKEKIIDDLKKQLTNKNDESINFASTHESLENIKGHLQQQLKQKSGDCNRLSVQIRTLESELAKERLDKEHLIELLKNPKDREYDDRGVLKKAARAQKQRALKAEETVQQLTSILTAKERHIEQL-MHSKTTRNHASAVSNHCDHCPEANKHHHKNDDLPIQTYWPSLCQNDGALVQSSKSFVNQFVQCEINSQEDQEKLRHLEDIYDENQHLHQQMANNDQEEIIFSLKKENENLRSIADQCESRLRDVEREMKNVRRTMAEENDDKSEEQVNKLSKILEKLEMSEKSNQSSQIRIEDLERKLKNLESQNFEMKNVLQQKDSSFIDNKCKAEELARENASLMRQLEAALTDSKRNSDNARDKNVGRDRQLQSRIHEIESQLAHQKAESNKWHRNCEETERKCNTKLQDMKIQLEQSEITNRSMQTYVQFLKKSYANVFGDMPLSNGLSCPNPSY 759

[Close]

BLAST of Gsp_023053 vs. Smed Unigenes AA
Match: SMU15005578 (SmedAsxldir_c106665_g2_i9|m.77475|m.37289)

HSP 1 Score: 587.03 bits (1512), Expect = 0.000e+0
Identity = 329/478 (68.83%), Postives = 396/478 (82.85%), Query Frame = 3

Query:  105 MSHEFSKXXXXXXXXXXVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRSNS-RSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRSELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTRSNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLXXXXXXXXXXXXXXEETIQELTAILAEKERHIEHLIMNSREDQDNLRRM----DEIIDENQHLHR 1523
            MS + SK+I RSRPSSPVH+FVDKDTPVHVYM KG+ D YNS+F  P+S+S +S KMKRP+KPGSN+PTS+LMR+ NERVRSMSPPWVPPPGKTTK                  T KS LGS+WNE+EA  SQ+DRY QQI  LQ+E+GELREQLK EK+ +Q+R+++D I  QDEK+EELKQEIDVMEKENHLLRDSLE TRSN+NL  +S++L+Q+LIE ELA ERCAHQMQHVFD L++ + EGHK++SRD+DRI+T FHDTESRLF+FKS++N+LRDLLK  Q REI+GQNS EK+  FLSK+R EL+D+ISKLELEL +K+K+IDDL+KQL  KNDE+INFASTHESLEN+KGHLQQQLKQ+SGD NR+SVQIRTLESELAKERLDKEHLIELLKNPKDR  DDR VLKKAARAQKQRA+KAEET+Q+LT+IL  KERHIE L M+S+  +++   +    D   + N+H H+
Sbjct:    1 MSIKNSKQISRSRPSSPVHLFVDKDTPVHVYMDKGDRDPYNSDFNAPKSHSIKSTKMKRPRKPGSNVPTSRLMRSPNERVRSMSPPWVPPPGKTTK------------------TLKSPLGSYWNEDEADLSQEDRYMQQITNLQNEVGELREQLKYEKQCDQLRDTQDAIDCQDEKLEELKQEIDVMEKENHLLRDSLEKTRSNLNLNSDSERLVQILIETELAGERCAHQMQHVFDCLRNIMTEGHKVSSRDIDRISTLFHDTESRLFDFKSLSNSLRDLLKIVQLREISGQNSTEKENLFLSKIRSELDDNISKLELELLEKEKIIDDLKKQLTNKNDESINFASTHESLENIKGHLQQQLKQKSGDCNRLSVQIRTLESELAKERLDKEHLIELLKNPKDREYDDRGVLKKAARAQKQRALKAEETVQQLTSILTAKERHIEQL-MHSKTTRNHASAVSNHCDHCPEANKHHHK 459

HSP 2 Score: 427.943 bits (1099), Expect = 1.760e-136
Identity = 206/265 (77.74%), Postives = 244/265 (92.08%), Query Frame = 3

Query: 1449 MNSREDQDNLRRMDEIIDENQHLHRQIVSNDQEDLIISLKRENDSLRSIADQCESRLRDVEREMKTLRRTMAEENDDQNDEQVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGLSCPNPPY 2243
            +NS+EDQ+ LR +++I DENQHLH+Q+ +NDQE++I SLK+EN++LRSIADQCESRLRDVEREMK +RRTMAEENDD+++EQVNKL+KILEKLE SEKSNQ+SQIRIEDLERK+K+LE+QNFEMK  LQ KD + IDNKCK EEL RENASL RQLEAALTDS+RN+DN+R+K VG+DRQLQSR+H+IE+QLA Q+AE+NKW RN EE ERKCN+KLQD+K+QLEQSEITNRSMQTYVQFLKKSYANVFGD+PLSNGLSCPNP Y
Sbjct:  504 INSQEDQEKLRHLEDIYDENQHLHQQMANNDQEEIIFSLKKENENLRSIADQCESRLRDVEREMKNVRRTMAEENDDKSEEQVNKLSKILEKLEMSEKSNQSSQIRIEDLERKLKNLESQNFEMKNVLQQKDSSFIDNKCKAEELARENASLMRQLEAALTDSKRNSDNARDKNVGRDRQLQSRIHEIESQLAHQKAESNKWHRNCEETERKCNTKLQDMKIQLEQSEITNRSMQTYVQFLKKSYANVFGDMPLSNGLSCPNPSY 768

The following BLAST results are available for this feature:

BLAST of Gsp_023053 vs. RefSeq Human
BLAST of Gsp_023053 vs. uniprot
BLAST of Gsp_023053 vs. RefSeq Drosophila melanogaster
BLAST of Gsp_023053 vs. Smed Unigenes AA

BLAST of Gsp_023053 vs. RefSeq Human
Analysis Date: 2016-03-08 (Girardia Sp. BLASTX Human)
Total hits: 5


Match Name	E-value	Identity	Description
gi\|24430181\|ref\|NP_002531.3\|	1.608e-30	42.02	outer dense fiber protein 2 isoform 9 [Homo sapien...	[more]
gi\|334278913\|ref\|NP_001229281.1\|	2.040e-30	42.02	outer dense fiber protein 2 isoform 11 [Homo sapie...	[more]
gi\|530391197\|ref\|XP_005252086.1\|	2.341e-30	42.02	PREDICTED: outer dense fiber protein 2 isoform X26...	[more]
gi\|310750408\|ref\|NP_702911.1\|	2.891e-30	42.02	outer dense fiber protein 2 isoform 2 [Homo sapien...	[more]
gi\|334278916\|ref\|NP_001229282.1\|	2.891e-30	42.02	outer dense fiber protein 2 isoform 2 [Homo sapien...	[more]

BLAST of Gsp_023053 vs. uniprot
Analysis Date: 2016-03-08 (Girardia Sp. BLASTX Swissprot Uniprot)
Total hits: 5


Match Name	E-value	Identity	Description
gi\|82082176\|sp\|Q5ZKK5\|ODFP2_CHICK	4.791e-32	42.39	RecName: Full=Outer dense fiber protein 2; AltName...	[more]
gi\|74736013\|sp\|Q5BJF6\|ODFP2_HUMAN	7.660e-30	42.02	RecName: Full=Outer dense fiber protein 2; AltName...	[more]
gi\|158513400\|sp\|A3KGV1\|ODFP2_MOUSE	9.210e-30	41.76	RecName: Full=Outer dense fiber protein 2; AltName...	[more]
gi\|158564320\|sp\|Q6AYX5\|ODFP2_RAT	1.076e-29	41.76	RecName: Full=Outer dense fiber protein 2; AltName...	[more]
gi\|82179654\|sp\|Q5PQ23\|ODFP2_XENLA	9.721e-25	28.83	RecName: Full=Outer dense fiber protein 2; AltName...	[more]

BLAST of Gsp_023053 vs. RefSeq Drosophila melanogaster
Analysis Date: 2016-03-09 (Girardia Sp. BLASTX Drosophila melanogaster)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of Gsp_023053 vs. Smed Unigenes AA
Analysis Date: 2016-03-09 (Girardia Sp. BLASTX Schmidtea mediterranea)
Total hits: 4


Match Name	E-value	Identity	Description
SMU15001741	0.000e+0	74.79	Asxlregen_comp65555_c0_seq4\|m.19436\|m.7732	[more]
SMU15005576	0.000e+0	72.46	SmedAsxldir_c106665_g2_i15\|m.77482\|m.8142	[more]
SMU15005577	0.000e+0	66.84	SmedAsxldir_c106665_g2_i7\|m.77472\|m.45171	[more]
SMU15005578	1.760e-136	68.83	SmedAsxldir_c106665_g2_i9\|m.77475\|m.37289	[more]

Sequences

The following sequences are available for this feature:

mRNA sequence
protein sequence
coding sequence

mRNA sequence

>Gsp_023053 ID=Gsp_023053|Name=Gsp_023053|organism=Girardia sp.|type=mRNA|length=2469bp
TTTTGTTTTGCATTTTCATTAGCAACTTCAGCTTCTTTAGTTACAATAGA
TTTTATTTATTGATTTTTTCTTTCAATAAACAAGATTGGATTTAATTTTA
TATGATGTCTCATGAATTTTCGAAACGAATACCAAGAAGTAGACCGTCAA
GTCCAGTTCATGTATTTGTTGATAAAGATACTCCAGTTCATGTGTATATG
AGAAAAGGTGAAAATGATCAATATAACTCGGAATTTACTCAACCTAGAAG
TAATAGTAGAAGTAATAAAATGAAAAGACCAAAGAAACCTGGATCTAATA
TACCTACATCTAAATTAATGCGTAATTCCAACGAAAGAGTGAGATCAATG
TCTCCTCCTTGGGTACCTCCACCTGGTAAAACCACAAAAAACCATAGGAG
CGAATTGGTGAATCGGTATATGTGTAAATGTGATTTTGAAAATACAGGTA
AATCGTGTTTGGGATCGTTTTGGAATGAAGAAGAAGCTGGATTCAGTCAA
CAAGATCGTTATGAACAACAAATCAATGAACTTCAAGATGAACTTGGTGA
ACTTCGAGAACAATTGAAAATTGAAAAGGAACGTGAACAGATTAGAAATA
GTGAAGATACTATTCAATATCAAGATGAAAAAATTGAAGAATTAAAACAA
GAAATTGATGTGATGGAAAAAGAAAATCATTTATTACGTGACAGTTTGGA
AAATACTCGGTCAAATATGAATTTATTTCCCGAATCAGACAAACTTATTC
AAATGTTAATTGAGGCTGAATTAGCAAGTGAACGATGCGCCCATCAAATG
CAACACGTATTTGATTATTTAAAGAGTACAATTAAAGAAGGTCATAAAAT
TACCAGTCGAGATGTCGATCGAATTAATACACAGTTCCATGATACTGAAT
CTAGATTATTTGAATTTAAATCTGTAAACAATACTCTCAGAGATCTGTTG
AAAGACGCTCAACAAAGAGAAATTAATGGCCAAAATTCATTTGAAAAGGA
TAAAACATTCTTATCAAAAGTACGAAAGGAACTGGAAGACAGTATTTCTA
AATTAGAATTAGAATTATTTGATAAAGACAAAGTGATTGATGATCTCCGA
AAGCAATTGGCATGTAAGAATGATGAAACCATTAATTTTGCCAGCACTCA
CGAATCATTGGAAAATGTTAAAGGCCATTTACAACAGCAATTGAAACAAA
GATCTGGAGATATTAATCGCATGTCTGTTCAAATTCGAACATTAGAGAGT
GAACTTGCCAAAGAAAGATTAGATAAAGAGCATCTTATCGAATTGTTAAA
AAATCCAAAAGATCGTGGATTAGATGATCGAGATGTATTAAAGAAAGCAG
CCAGAGCTCAAAAACAAAGAGCAATAAAAGCAGAGGAAACAATTCAAGAA
TTGACAGCTATTTTGGCAGAAAAAGAAAGGCATATTGAACACTTAATAAT
GAATAGTCGTGAAGATCAAGACAATCTGAGGCGCATGGATGAAATAATTG
ATGAGAATCAACATTTGCACAGACAAATCGTCAGCAACGATCAAGAAGAC
CTCATCATTTCATTAAAACGAGAAAATGATAGTCTTCGTTCTATTGCCGA
TCAATGTGAATCACGGTTGAGAGATGTTGAAAGAGAAATGAAAACTCTTC
GAAGAACAATGGCTGAAGAGAATGACGATCAAAATGATGAACAAGTGAAT
AAGTTAGCAAAAATATTGGAAAAACTTGAAACATCTGAAAAATCCAATCA
AACTAGTCAAATTAGAATTGAAGACTTGGAAAGAAAAATAAAAAGTTTAG
AAAATCAAAATTTTGAAATGAAAACTTCTCTACAATTAAAAGACGGCAAT
GTAATTGATAATAAATGCAAAACTGAAGAATTGATACGTGAGAATGCGTC
TCTGACGCGTCAATTAGAAGCAGCTTTAACGGATTCTAGGCGTAATGCTG
ATAATTCTAGAGAGAAAACTGTTGGTAAAGACCGTCAATTACAATCTCGA
GTTCATGATATTGAAACTCAATTAGCTCAACAACGAGCAGAAGCCAACAA
ATGGCGTCGTAATTCCGAAGAAATTGAGAGAAAATGTAATTCCAAATTAC
AAGATTTGAAATTACAACTTGAACAATCAGAAATTACTAATCGAAGCATG
CAAACTTATGTTCAGTTCTTGAAAAAATCTTATGCCAATGTTTTTGGTGA
TATTCCTTTATCTAATGGACTCAGTTGTCCAAATCCTCCGTATATAGGAC
AATCGTTAAGTTTTGGTGGATTTTAATAATTTTATTCATTAATAATTAAA
TGATATACTTTTGATAATATTTTTATTTTGTATGTTTTGAACATAGATTA
ATATCATTCTTGTTATTTGATAAGAAAATGCAAACTTTGGTTTGTAAAAA
ATAATATCTTTTTATATGTACGAAATAATATCAATATTTATACATTCAGT
TTCTGTCTTTTAAAAAAAA

Design Primers for Gsp_023053

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protein sequence

>Gsp_023053-protein ID=Gsp_023053-protein|Name=Gsp_023053|organism=Girardia sp.|type=polypeptide|length=725bp

MMSHEFSKRIPRSRPSSPVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRS
NSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRS
ELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGE
LREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLE
NTRSNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKI
TSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKD
KTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTH
ESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLK
NPKDRGLDDRDVLKKAARAQKQRAIKAEETIQELTAILAEKERHIEHLIM
NSREDQDNLRRMDEIIDENQHLHRQIVSNDQEDLIISLKRENDSLRSIAD
QCESRLRDVEREMKTLRRTMAEENDDQNDEQVNKLAKILEKLETSEKSNQ
TSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENAS
LTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANK
WRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGD
IPLSNGLSCPNPPYIGQSLSFGGF*

coding sequence

>Gsp_023053.102.2276 ID=Gsp_023053.102.2276|Name=Gsp_023053.102.2276|organism=Girardia sp.|type=CDS|length=2175bp
ATGATGTCTCATGAATTTTCGAAACGAATACCAAGAAGTAGACCGTCAAG
TCCAGTTCATGTATTTGTTGATAAAGATACTCCAGTTCATGTGTATATGA
GAAAAGGTGAAAATGATCAATATAACTCGGAATTTACTCAACCTAGAAGT
AATAGTAGAAGTAATAAAATGAAAAGACCAAAGAAACCTGGATCTAATAT
ACCTACATCTAAATTAATGCGTAATTCCAACGAAAGAGTGAGATCAATGT
CTCCTCCTTGGGTACCTCCACCTGGTAAAACCACAAAAAACCATAGGAGC
GAATTGGTGAATCGGTATATGTGTAAATGTGATTTTGAAAATACAGGTAA
ATCGTGTTTGGGATCGTTTTGGAATGAAGAAGAAGCTGGATTCAGTCAAC
AAGATCGTTATGAACAACAAATCAATGAACTTCAAGATGAACTTGGTGAA
CTTCGAGAACAATTGAAAATTGAAAAGGAACGTGAACAGATTAGAAATAG
TGAAGATACTATTCAATATCAAGATGAAAAAATTGAAGAATTAAAACAAG
AAATTGATGTGATGGAAAAAGAAAATCATTTATTACGTGACAGTTTGGAA
AATACTCGGTCAAATATGAATTTATTTCCCGAATCAGACAAACTTATTCA
AATGTTAATTGAGGCTGAATTAGCAAGTGAACGATGCGCCCATCAAATGC
AACACGTATTTGATTATTTAAAGAGTACAATTAAAGAAGGTCATAAAATT
ACCAGTCGAGATGTCGATCGAATTAATACACAGTTCCATGATACTGAATC
TAGATTATTTGAATTTAAATCTGTAAACAATACTCTCAGAGATCTGTTGA
AAGACGCTCAACAAAGAGAAATTAATGGCCAAAATTCATTTGAAAAGGAT
AAAACATTCTTATCAAAAGTACGAAAGGAACTGGAAGACAGTATTTCTAA
ATTAGAATTAGAATTATTTGATAAAGACAAAGTGATTGATGATCTCCGAA
AGCAATTGGCATGTAAGAATGATGAAACCATTAATTTTGCCAGCACTCAC
GAATCATTGGAAAATGTTAAAGGCCATTTACAACAGCAATTGAAACAAAG
ATCTGGAGATATTAATCGCATGTCTGTTCAAATTCGAACATTAGAGAGTG
AACTTGCCAAAGAAAGATTAGATAAAGAGCATCTTATCGAATTGTTAAAA
AATCCAAAAGATCGTGGATTAGATGATCGAGATGTATTAAAGAAAGCAGC
CAGAGCTCAAAAACAAAGAGCAATAAAAGCAGAGGAAACAATTCAAGAAT
TGACAGCTATTTTGGCAGAAAAAGAAAGGCATATTGAACACTTAATAATG
AATAGTCGTGAAGATCAAGACAATCTGAGGCGCATGGATGAAATAATTGA
TGAGAATCAACATTTGCACAGACAAATCGTCAGCAACGATCAAGAAGACC
TCATCATTTCATTAAAACGAGAAAATGATAGTCTTCGTTCTATTGCCGAT
CAATGTGAATCACGGTTGAGAGATGTTGAAAGAGAAATGAAAACTCTTCG
AAGAACAATGGCTGAAGAGAATGACGATCAAAATGATGAACAAGTGAATA
AGTTAGCAAAAATATTGGAAAAACTTGAAACATCTGAAAAATCCAATCAA
ACTAGTCAAATTAGAATTGAAGACTTGGAAAGAAAAATAAAAAGTTTAGA
AAATCAAAATTTTGAAATGAAAACTTCTCTACAATTAAAAGACGGCAATG
TAATTGATAATAAATGCAAAACTGAAGAATTGATACGTGAGAATGCGTCT
CTGACGCGTCAATTAGAAGCAGCTTTAACGGATTCTAGGCGTAATGCTGA
TAATTCTAGAGAGAAAACTGTTGGTAAAGACCGTCAATTACAATCTCGAG
TTCATGATATTGAAACTCAATTAGCTCAACAACGAGCAGAAGCCAACAAA
TGGCGTCGTAATTCCGAAGAAATTGAGAGAAAATGTAATTCCAAATTACA
AGATTTGAAATTACAACTTGAACAATCAGAAATTACTAATCGAAGCATGC
AAACTTATGTTCAGTTCTTGAAAAAATCTTATGCCAATGTTTTTGGTGAT
ATTCCTTTATCTAATGGACTCAGTTGTCCAAATCCTCCGTATATAGGACA
ATCGTTAAGTTTTGGTGGATTTTAA

Gene Groups

Gsp_023053 is similar in sequence to the genes of this group: GG437


Gene Name	Gene ID
SMU15001741	SMU15001741
SMU15005576	SMU15005576
SMU15005577	SMU15005577
SMU15005578	SMU15005578
Ddo_003032	Ddo_003032
Ddo_005045	Ddo_005045
Ddo_009916	Ddo_009916
Ddo_012914	Ddo_012914
Gsp_000977	Gsp_000977
Gsp_002888	Gsp_002888
Gsp_019027	Gsp_019027
Gsp_023053	Gsp_023053
Pgr_024273	Pgr_024273
Pmo_012872	Pmo_012872
odf2	Pmo_015154

Gene Group Protein Sequences

>SMU15001741

MSIKNSKQISRSRPSSPVHLFVDKDTPVHVYMDKGDRDPYNSDFNAPKSH
SIKSTKMKRPRKPGSNVPTSRLMRSPNERVRSMSPPWVPPPGKTTKSYKS
TSVRWNARKCRYVNTLKSPLGSYWNEDEADLSQEDRYMQQITNLQNEVGE
LREQLKYEKQCDQLRDTQDAIDCQDEKLEELKQEIDVMEKENHLLRDSLE
KTRSNLNLNSDSERLVQILIETELAGERCAHQMQHVFDCLRNIMTEGHKV
SSRDIDRISTLFHDTESRLFDFKSLSNSLRDLLKIVQLREISGQNSTEKE
NLFLSKIRSELDDNISKLELELLEKEKIIDDLKKQLTNKNDESINFASTH
ESLENIKGHLQQQLKQKSGDCNRLSVQIRTLESELAKERLDKEHLIELLK
NPKDREYDDRGVLKKAARAQKQRALKAEETVQQLTSILTAKERHIEQLMI
NSQEDQEKLRHLEDIYDENQHLHQQMANNDQEEIIFSLKKENENLRSIAD
QCESRLRDVEREMKNVRRTMAEENDDKSEEQVNKLSKILEKLEMSEKSNQ
SSQIRIEDLERKLKNLESQNFEMKNVLQQKDSSFIDNKCKAEELARENAS
LMRQLEAALTDSKRNSDNARDKNVGRDRQLQSRIHEIESQLAHQKAESNK
WHRNCEETERKCNTKLQDMKIQLEQSEITNRSMQTYVQFLKKSYANVFGD
MPLSNGLSCPNPSYMGQSLSFNGF*

>SMU15005576

MSIKNSKQISRSRPSSPVHLFVDKDTPVHVYMDKGDRDPYNSDFNAPKSH
SIKSTKMKRPRKPGSNVPTSRLMRSPNERVRSMSPPWVPPPGKTTKSYKS
TSVRWNARKCRYVNTLKSPLGSYWNEDEADLSQEDRYMQQITNLQNEVGE
LREQLKYEKQCDQLRDTQDAIDCQDEKLEELKQEIDVMEKENHLLRDSLE
KTRSNLNLNSDSERLVQILIETELAGERCAHQMQHVFDCLRNIMTEGHKV
SSRDIDRISTLFHDTESRLFDFKSLSNSLRDLLKIVQLREISGQNSTEKE
NLFLSKIRSELDDNISKLELELLEKEKIIDDLKKQLTNKNDESINFASTH
ESLENIKGHLQQQLKQKSGDCNRLSVQIRTLESELAKERLDKEHLIELLK
NPKDREYDDRGVLKKAARAQKQRALKAEETVQQLTSILTAKERHIEQLML
CQNDRALVQSSKSFVNQFVQCEINSQEDQEKLRHLEDIYDENQHLHQQMA
NNDQEEIIFSLKKENENLRSIADQCESRLRDVEREMKNVRRTMAEENDDK
SEEQVNKLSKILEKLEMSEKSNQSSQIRIEDLERKLKNLESQNFEMKNVL
QQKDSSFIDNKCKAEELARENASLMRQLEAALTDSKRNSDNARDKNVGRD
RQLQSRIHEIESQLAHQKAESNKWHRNCEETERKCNTKLQDMKIQLEQSE
ITNRSMQTYVQFLKKSYANVFGDMPLSNGLSCPNPSYMGQSLSFNGF*

>SMU15005577

MSIKNSKQISRSRPSSPVHLFVDKDTPVHVYMDKGDRDPYNSDFNAPKSH
SIKSTKMKRPRKPGSNVPTSRLMRSPNERVRSMSPPWVPPPGKTTKTLKS
PLGSYWNEDEADLSQEDRYMQQITNLQNEVGELREQLKYEKQCDQLRDTQ
DAIDCQDEKLEELKQEIDVMEKENHLLRDSLEKTRSNLNLNSDSERLVQI
LIETELAGERCAHQMQHVFDCLRNIMTEGHKVSSRDIDRISTLFHDTESR
LFDFKSLSNSLRDLLKIVQLREISGQNSTEKENLFLSKIRSELDDNISKL
ELELLEKEKIIDDLKKQLTNKNDESINFASTHESLENIKGHLQQQLKQKS
GDCNRLSVQIRTLESELAKERLDKEHLIELLKNPKDREYDDRGVLKKAAR
AQKQRALKAEETVQQLTSILTAKERHIEQLMHSKTTRNHASAVSNHCDHC
PEANKHHHKNDDLPIQTYWPSLCQNDGALVQSSKSFVNQFVQCEINSQED
QEKLRHLEDIYDENQHLHQQMANNDQEEIIFSLKKENENLRSIADQCESR
LRDVEREMKNVRRTMAEENDDKSEEQVNKLSKILEKLEMSEKSNQSSQIR
IEDLERKLKNLESQNFEMKNVLQQKDSSFIDNKCKAEELARENASLMRQL
EAALTDSKRNSDNARDKNVGRDRQLQSRIHEIESQLAHQKAESNKWHRNC
EETERKCNTKLQDMKIQLEQSEITNRSMQTYVQFLKKSYANVFGDMPLSN
GLSCPNPSYMGQSLSFNGF*

>SMU15005578

MSIKNSKQISRSRPSSPVHLFVDKDTPVHVYMDKGDRDPYNSDFNAPKSH
SIKSTKMKRPRKPGSNVPTSRLMRSPNERVRSMSPPWVPPPGKTTKTLKS
PLGSYWNEDEADLSQEDRYMQQITNLQNEVGELREQLKYEKQCDQLRDTQ
DAIDCQDEKLEELKQEIDVMEKENHLLRDSLEKTRSNLNLNSDSERLVQI
LIETELAGERCAHQMQHVFDCLRNIMTEGHKVSSRDIDRISTLFHDTESR
LFDFKSLSNSLRDLLKIVQLREISGQNSTEKENLFLSKIRSELDDNISKL
ELELLEKEKIIDDLKKQLTNKNDESINFASTHESLENIKGHLQQQLKQKS
GDCNRLSVQIRTLESELAKERLDKEHLIELLKNPKDREYDDRGVLKKAAR
AQKQRALKAEETVQQLTSILTAKERHIEQLMHSKTTRNHASAVSNHCDHC
PEANKHHHKNDDLPIQTYWPSAQFGHATRTRHHGRRHYGDYQDHDSSDSF
SNTINSQEDQEKLRHLEDIYDENQHLHQQMANNDQEEIIFSLKKENENLR
SIADQCESRLRDVEREMKNVRRTMAEENDDKSEEQVNKLSKILEKLEMSE
KSNQSSQIRIEDLERKLKNLESQNFEMKNVLQQKDSSFIDNKCKAEELAR
ENASLMRQLEAALTDSKRNSDNARDKNVGRDRQLQSRIHEIESQLAHQKA
ESNKWHRNCEETERKCNTKLQDMKIQLEQSEITNRSMQTYVQFLKKSYAN
VFGDMPLSNGLSCPNPSYMGQSLSFNGF*

>Ddo_003032 Ddo_003032

MSHKLVKSVQRNRPASPVHLYVDKSTPVHVYVENGERDESMVDMDARAPG
RTDASRAGKIRRPRKPGSRVSARPLARAVPSAVHRVRSMSPPWVPPPGKT
SRSSRSSLVHRYLCKWDDANSKSSFGSFWNEDEADFSQQERYEQQINDLL
NEVGELQEQLKIEKQREQLRNSHEALHYQEGKIEELKQEIDVIEKENHIL
RDSLDKTRSNLDLDSESEKLIQTLIEAELASERCAHQMQHVFDSLKNIVK
EGHKVTGRDVDRLSTLFHDTESRLFDFKSISNVLRDMLKESQQREMYRND
SLEKDNNFLIKMRNELDENISKLELELSDKDKVIDDLRKQLVSKNDETIN
FASTHESLESVKGHLQQQLKQKSGDCNRMSVQIRTLENELAKERLDKEHL
MEMLKGSKDRTYDDRDALKKAARLQKQRALKGEETIQELTAILAEKERHI
EQLLQSKSHADLEDGNDELLSKPLTELCDQCKLNSREYQQNLRHIDDIVE
ENEQLRRKMLNSNQEEIIIALKRENENLRSIADQCESRLKDVEKEMKILR
KTMSEDNDDQNTDKINRLSKILEKLEASEKSNQASQTRIEELEKKIRNLE
GQNLEMKNTIQLKDSSVIDNRCKADDLMRENSSLMRQLEAALTDSRRNAD
NVREKNVGKDRQLQSRIHDAESQLAQQRAETNKWRRNCEETERKNSSKLQ
DLKIQLEQAEITNRSLQTYVQFLKKSYANVFGDLPLSNGLSCPNNSFVPQ
SSLNFGGF*

>Ddo_005045 Ddo_005045

MSHKLVKSVQRNRPASPVHLYVDKSTPVHVYVENGERDESMVDMDARAPG
RTDASRAGKIRRPRKPGSRVSARPLARAVPSAVHRVRSMSPPWVPPPGKT
SRSSRSSLVHRYLCKWDDANSKSSFGSFWNEDEADFSQQERYEQQINDLL
NEVGELQEQLKIEKQREQLRNSHEALHYQEGKIEELKQEIDVIEKENHIL
RDSLDKTRSNLDLDSESEKLIQTLIEAELASERCAHQMQHVFDSLKNIVK
EGHKVTGRDVDRLSTLFHDTESRLFDFKSISNVLRDMLKESQQREMYRND
SLEKDNNFLIKMRNELDENISKLELELSDKDKVIDDLRKQLVSKNDETIN
FASTHESLESVKGHLQQQLKQKSGDCNRMSVQIRTLENELAKERLDKEHL
MEMLKGSKDRTYDDRDALKKAARLQKQRALKGEETIQELTAILAEKERHI
EQLLLNSREYQQNLRHIDDIVEENEQLRRKMLNSNQEEIIIALKRENENL
RSIADQCESRLKDVEKEMKILRKTMSEDNDDQNTDKINRLSKILEKLEAS
EKSNQASQTRIEELEKKIRNLEGQNLEMKNTIQLKDSSVIDNRCKADDLM
RENSSLMRQLEAALTDSRRNADNVREKNVGKDRQLQSRIHDAESQLAQQR
AETNKWRRNCEETERKNSSKLQDLKIQLEQAEITNRSLQTYVQFLKKSYA
NVFGDLPLSNGLSCPNNSFVPQSSLNFGGF*

>Ddo_009916 Ddo_009916

MSHKLVKSVQRNRPASPVHLYVDKSTPVHVYVENGERDESMVDMDARAPG
RTDASRAGKIRRPRKPGSRVSARPLARAVPSAVHRVRSMSPPWVPPPGKT
SRNSKSSFGSFWNEDEADFSQQERYEQQINDLLNEVGELQEQLKIEKQRE
QLRNSHEALHYQEGKIEELKQEIDVIEKENHILRDSLDKTRSNLDLDSES
EKLIQTLIEAELASERCAHQMQHVFDSLKNIVKEGHKVTGRDVDRLSTLF
HDTESRLFDFKSISNVLRDMLKESQQREMYRNDSLEKDNNFLIKMRNELD
ENISKLELELSDKDKVIDDLRKQLVSKNDETINFASTHESLESVKGHLQQ
QLKQKSGDCNRMSVQIRTLENELAKERLDKEHLMEMLKGSKDRTYDDRDA
LKKAARLQKQRALKGEETIQELTAILAEKERHIEQLLLNSREYQQNLRHI
DDIVEENEQLRRKMLNSNQEEIIIALKRENENLRSIADQCESRLKDVEKE
MKILRKTMSEDNDDQNTDKINRLSKILEKLEASEKSNQASQTRIEELEKK
IRNLEGQNLEMKNTIQLKDSSVIDNRCKADDLMRENSSLMRQLEAALTDS
RRNADNVREKNVGKDRQLQSRIHDAESQLAQQRAETNKWRRNCEETERKN
SSKLQDLKIQLEQAEITNRSLQTYVQFLKKSYANVFGDLPLSNGLSCPNN
SFVPQSSLNFGGF*

>Ddo_012914 Ddo_012914

MSHKLVKSVQRNRPASPVHLYVDKSTPVHVYVENGERDESMVDMDARAPG
RTDASRAGKIRRPRKPGSRVSARPLARAVPSAVHRVRSMSPPWVPPPGKT
SRNSKSSFGSFWNEDEADFSQQERYEQQINDLLNEVGELQEQLKIEKQRE
QLRNSHEALHYQEGKIEELKQEIDVIEKENHILRDSLDKTRSNLDLDSES
EKLIQTLIEAELASERCAHQMQHVFDSLKNIVKEGHKVTGRDVDRLSTLF
HDTESRLFDFKSISNVLRDMLKESQQREMYRNDSLEKDNNFLIKMRNELD
ENISKLELELSDKDKVIDDLRKQLVSKNDETINFASTHESLESVKGHLQQ
QLKQKSGDCNRMSVQIRTLENELAKERLDKEHLMEMLKGSKDRTYDDRDA
LKKAARLQKQRALKGEETIQELTAILAEKERHIEQLLQSKSHADLEDGND
ELLSKPLTELCDQCKLNSREYQQNLRHIDDIVEENEQLRRKMLNSNQEEI
IIALKRENENLRSIADQCESRLKDVEKEMKILRKTMSEDNDDQNTDKINR
LSKILEKLEASEKSNQASQTRIEELEKKIRNLEGQNLEMKNTIQLKDSSV
IDNRCKADDLMRENSSLMRQLEAALTDSRRNADNVREKNVGKDRQLQSRI
HDAESQLAQQRAETNKWRRNCEETERKNSSKLQDLKIQLEQAEITNRSLQ
TYVQFLKKSYANVFGDLPLSNGLSCPNNSFVPQSSLNFGGF*

>Gsp_000977 Gsp_000977

MMSHEFSKRIPRSRPSSPVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRS
NSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKTGKS
CLGSFWNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSE
DTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTRSNMNLFPESDKLIQM
LIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESR
LFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKL
ELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRS
GDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLKKAAR
AQKQRAIKAEETIQELTAILAEKERHIEHLIMNSREDQDNLRRMDEIIDE
NQHLHRQIVSNDQEDLIISLKRENDSLRSIADQCESRLRDVEREMKTLRR
TMAEENDDQNDEQVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLEN
QNFEMKTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADN
SREKTVGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQD
LKLQLEQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGLSCPNPPYIGQS
LSFGGF*

>Gsp_002888 Gsp_002888

MMSHEFSKRIPRSRPSSPVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRS
NSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKTGKS
CLGSFWNEEEAGFSQQDRYEQQINELQDELGELREQLKIEKEREQIRNSE
DTIQYQDEKIEELKQEIDVMEKENHLLRDSLENTRSNMNLFPESDKLIQM
LIEAELASERCAHQMQHVFDYLKSTIKEGHKITSRDVDRINTQFHDTESR
LFEFKSVNNTLRDLLKDAQQREINGQNSFEKDKTFLSKVRKELEDSISKL
ELELFDKDKVIDDLRKQLACKNDETINFASTHESLENVKGHLQQQLKQRS
GDINRMSVQIRTLESELAKERLDKEHLIELLKNPKDRGLDDRDVLKKAAR
AQKQRAIKAEETIQELTAILAEKERHIEHLISNQNQNETKSDSIPVIKSF
NNQYVQCEMNSREDQDNLRRMDEIIDENQHLHRQIVSNDQEDLIISLKRE
NDSLRSIADQCESRLRDVEREMKTLRRTMAEENDDQNDEQVNKLAKILEK
LETSEKSNQTSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKT
EELIRENASLTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQL
AQQRAEANKWRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLK
KSYANVFGDIPLSNGLSCPNPPYIGQSLSFGGF*

>Gsp_019027 Gsp_019027

MMSHEFSKRIPRSRPSSPVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRS
NSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRS
ELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGE
LREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLE
NTRSNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKI
TSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKD
KTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTH
ESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLK
NPKDRGLDDRDVLKKAARAQKQRAIKAEETIQELTAILAEKERHIEHLIS
NQNQNETKSDSIPVIKSFNNQYVQCEMNSREDQDNLRRMDEIIDENQHLH
RQIVSNDQEDLIISLKRENDSLRSIADQCESRLRDVEREMKTLRRTMAEE
NDDQNDEQVNKLAKILEKLETSEKSNQTSQIRIEDLERKIKSLENQNFEM
KTSLQLKDGNVIDNKCKTEELIRENASLTRQLEAALTDSRRNADNSREKT
VGKDRQLQSRVHDIETQLAQQRAEANKWRRNSEEIERKCNSKLQDLKLQL
EQSEITNRSMQTYVQFLKKSYANVFGDIPLSNGLSCPNPPYIGQSLSFGG
F*

>Gsp_023053 Gsp_023053

MMSHEFSKRIPRSRPSSPVHVFVDKDTPVHVYMRKGENDQYNSEFTQPRS
NSRSNKMKRPKKPGSNIPTSKLMRNSNERVRSMSPPWVPPPGKTTKNHRS
ELVNRYMCKCDFENTGKSCLGSFWNEEEAGFSQQDRYEQQINELQDELGE
LREQLKIEKEREQIRNSEDTIQYQDEKIEELKQEIDVMEKENHLLRDSLE
NTRSNMNLFPESDKLIQMLIEAELASERCAHQMQHVFDYLKSTIKEGHKI
TSRDVDRINTQFHDTESRLFEFKSVNNTLRDLLKDAQQREINGQNSFEKD
KTFLSKVRKELEDSISKLELELFDKDKVIDDLRKQLACKNDETINFASTH
ESLENVKGHLQQQLKQRSGDINRMSVQIRTLESELAKERLDKEHLIELLK
NPKDRGLDDRDVLKKAARAQKQRAIKAEETIQELTAILAEKERHIEHLIM
NSREDQDNLRRMDEIIDENQHLHRQIVSNDQEDLIISLKRENDSLRSIAD
QCESRLRDVEREMKTLRRTMAEENDDQNDEQVNKLAKILEKLETSEKSNQ
TSQIRIEDLERKIKSLENQNFEMKTSLQLKDGNVIDNKCKTEELIRENAS
LTRQLEAALTDSRRNADNSREKTVGKDRQLQSRVHDIETQLAQQRAEANK
WRRNSEEIERKCNSKLQDLKLQLEQSEITNRSMQTYVQFLKKSYANVFGD
IPLSNGLSCPNPPYIGQSLSFGGF*

>Pgr_024273 Pgr_024273

MSYSYSKKLQNSRSSSPVYLHVDKDTPIHVYLDKDESNDIKSGFNAASDG
LQSFNNSRRPKKPGVNIKTSKLMGKKKAENSKRIRSMSPPWVPPPGKTTR
GSKTPLGPFWNEDEADIGQQERYESKINELMNEVGDLRYQLEKEKQQDEL
RRSNDALRAHEDTIDELKQEIDLVEKENDLLRHSLDKGQHDSQLDESDHL
IQALIETELSAGRCQHQMQHVFDNLKNILREGHKITGRDIDRINGYFHDT
ESRMFEFKNVNNDLRSLLKSFQQREIRARESLAQDNSFLQERRAELERLN
DTLECAMNDKDVTIDELRRQLAKKSDESINFASTHESLENVKGHLQQQLK
QKSGDCNRMAVQIRTLESELAKERLDKEHLMDILKNSKDRTVDDRDSLKK
AARLQKQRAQKAEETIHDLSSLLAEKERQLEKLMAQFGITNHGTDPGQHC
AHCADYDHSESSFQTIDSRENQEKLGQMQRIADENEILHDKMNHSNHESV
IISLKRENDNLRSIADQCEVRLKDVEREMESLRRNIGDEDSRDDSQIEKL
SLILQKLEVSEKANQLSQSRIEELERKIKGCENQNLDLKNSLQQKESSVI
DNRCKADDLARENAALMRQLEAALSDSRRNADNAREKISSKDRGLQSRIH
DLEAQLAQQRAEAMKWRRNFEENERKCSSKMQDIKIQLEQAETTNRSMHT
YVQFLKKSYSNVFGDMPLPNGLSNPASSQIGGPICF*

>Pmo_012872 Pmo_012872

MSYNYSRKLPNSRSSSPVYLHVDKDTPIHVCVDKDERSDTKNGFNDASDR
LRNSNNPRRPKKPSINIATSKLMGKKKVGSRRIRSMSPPWVPPPAKTTKG
SKSTLGPFWTEDEADIGQQERYESKINELMNEVGDLRYQLEKEKQRDELR
RSNEALKAHEDTIDELKQEIDLVEKENDILRHGLDRGHNDPKFDESETLV
QALIETELSAGRCQHQMQHVFDNLKNILREGHKISGRDIDRINGFFHDTE
SRMFEFKAVNNELRNLLKCFQQREIVARESLAQDNSFLQQRRAELENLND
ELQRAMNERDVTIDDLRRQLARKNDETINFASTHESLENVKGHLQQQLKQ
KSGDINRMSVQIRTLESELAKERLDKEHLMDILKNSKDRTGDDRDALKKA
ARAQKQRAQKAEDTIQDLSSLLAEKEKQLEQLMSEFGVPNHISEPNRHCS
HCVDYDASESSSMESRENQEQLGQMNRIAEENDILHDKINNSHYDSVIHS
LKRENENLRSIADQCEVRLKDVELEMESLRHNLGDEDSRDDSNLERLSQI
LQKLESSENANQVSQTRIEELERKIKNCENQNLDLKHNVQQKESNALDNR
CKADDLARENAGLVRQLEAALNDSRRNADNAREKINSKDRSLQSRIHDLE
AQLAQQRAEAMKWRRSCEENDRKCSGKLQDIKVQLEQAETTNRSMHTYVQ
FLKKSYANVFGDIPLSNGLSNPNTSNLGGPICF*

>Pmo_015154 odf2

MSYNYSRKLPNSRSSSPVYLHVDKDTPIHVCVDKDERSDTKNGFNDASDR
LRNSNNPRRPKKPSINIATSKLMGKKKVGSRRIRSMSPPWVPPPAKTTKG
SKSTLGPFWTEDEADIGQQERYESKINELMNEVGDLRYQLEKEKQRDELR
RSNEALKAHEDTIDELKQEIDLVEKENDILRHGLDRGHNDPKFDESETLV
QALIETELSAGRCQHQMQHVFDNLKNILREGHKISGRDIDRINGFFHDTE
SRMFEFKAVNNELRNLLKCFQQREIVARESLAQDNSFLQQRRAELENLND
ELQRAMNERDVTIDDLRRQLARKNDETINFASTHESLENVKGHLQQQLKQ
KSGDINRMSVQIRTLESELAKERLDKEHLMDILKNSKDRTGDDRDALKKA
ARAQKQRAQKAEDTIQDLSSLLAEKEKQLEQLMMESRENQEQLGQMNRIA
EENDILHDKINNSHYDSVIHSLKRENENLRSIADQCEVRLKDVELEMESL
RHNLGDEDSRDDSNLERLSQILQKLESSENANQVSQTRIEELERKIKNCE
NQNLDLKHNVQQKESNALDNRCKADDLARENAGLVRQLEAALNDSRRNAD
NAREKINSKDRSLQSRIHDLEAQLAQQRAEAMKWRRSCEENDRKCSGKLQ
DIKVQLEQAETTNRSMHTYVQFLKKSYANVFGDIPLSNGLSNPNTSNLGG
PICF*

Gsp_023053, Gsp_023053 (mRNA) Girardia sp.

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Gsp_023053, Gsp_023053 (mRNA) Girardia sp.

Languages

Videos

Studying Planarian Regeneration

Through RNAi

Tools

Tutorials

Protocols

Created by

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