inner centromere, maker-scaffold11_size778918-snap-gene-0.12 (gene) Tigriopus kingsejongensis

Overview
Nameinner centromere
Unique Namemaker-scaffold11_size778918-snap-gene-0.12
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of inner centromere vs. L. salmonis genes
Match: EMLSAG00000000740 (supercontig:LSalAtl2s:LSalAtl2s1119:100358:134995:1 gene:EMLSAG00000000740 transcript:EMLSAT00000000740 description:"maker-LSalAtl2s1119-augustus-gene-0.6")

HSP 1 Score: 205.297 bits (521), Expect = 4.635e-56
Identity = 85/97 (87.63%), Postives = 93/97 (95.88%), Query Frame = 0 
Query:  664 VRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            VR+PGPQVPPRN E  + +LSVSGKKKCSHC+EELGRGAAMIIESLRL+YHLRCFQCCVCQ+QLGNG+AGTDVRVRNNKLHCQNCYSND+GLKFSKV
Sbjct:  751 VRVPGPQVPPRNMENPDRMLSVSGKKKCSHCREELGRGAAMIIESLRLYYHLRCFQCCVCQIQLGNGTAGTDVRVRNNKLHCQNCYSNDDGLKFSKV 847
[Close]
BLAST of inner centromere vs. SwissProt
Match: gi|152032557|sp|Q3UH68.2|LIMC1_MOUSE (RecName: Full=LIM and calponin homology domains-containing protein 1)

HSP 1 Score: 104.375 bits (259), Expect = 1.291e-21
Identity = 38/66 (57.58%), Postives = 53/66 (80.30%), Query Frame = 0 
Query:  684 SVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCY 749
            S+SGKK CS C   LG+GAAMIIE+L L++H++CF+C +C+ QLG+  +GTDVR+RN  L+C +CY
Sbjct:  980 SISGKKLCSSCGLTLGKGAAMIIETLNLYFHIQCFRCGICKGQLGDAVSGTDVRIRNGLLNCTDCY 1045
[Close]
BLAST of inner centromere vs. SwissProt
Match: gi|296439483|sp|Q9UPQ0.4|LIMC1_HUMAN (RecName: Full=LIM and calponin homology domains-containing protein 1)

HSP 1 Score: 103.219 bits (256), Expect = 3.053e-21
Identity = 38/66 (57.58%), Postives = 53/66 (80.30%), Query Frame = 0 
Query:  684 SVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCY 749
            S+SGKK CS C   LG+GAAMIIE+L L++H++CF+C +C+ QLG+  +GTDVR+RN  L+C +CY
Sbjct: 1006 SISGKKLCSSCGLPLGKGAAMIIETLNLYFHIQCFRCGICKGQLGDAVSGTDVRIRNGLLNCNDCY 1071
[Close]
BLAST of inner centromere vs. SwissProt
Match: gi|308153585|sp|Q8WWI1.3|LMO7_HUMAN (RecName: Full=LIM domain only protein 7; Short=LMO-7; AltName: Full=F-box only protein 20; AltName: Full=LOMP)

HSP 1 Score: 102.449 bits (254), Expect = 5.249e-21
Identity = 39/66 (59.09%), Postives = 51/66 (77.27%), Query Frame = 0 
Query:  684 SVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCY 749
            SVSGK+ CS+C   LG+GAAMIIESL L YHL CF+C  C+  LG  S+G +VR+RN++L+C +CY
Sbjct: 1607 SVSGKRICSYCNNILGKGAAMIIESLGLCYHLHCFKCVACECDLGGSSSGAEVRIRNHQLYCNDCY 1672
[Close]
BLAST of inner centromere vs. SwissProt
Match: gi|123900563|sp|Q3KQW7.1|LIMC1_XENLA (RecName: Full=LIM and calponin homology domains-containing protein 1)

HSP 1 Score: 101.679 bits (252), Expect = 7.672e-21
Identity = 39/66 (59.09%), Postives = 53/66 (80.30%), Query Frame = 0 
Query:  684 SVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCY 749
            SVSGKK CS C   LG+GAAMIIE+L L++H++CF+C +C+ QLG+ + GTDVR+RN  L+C +CY
Sbjct: 1006 SVSGKKLCSTCGLPLGKGAAMIIETLSLYFHIQCFKCGLCKGQLGDATTGTDVRIRNGLLNCNDCY 1071
[Close]
BLAST of inner centromere vs. SwissProt
Match: gi|218511775|sp|O95171.2|SCEL_HUMAN (RecName: Full=Sciellin)

HSP 1 Score: 59.6918 bits (143), Expect = 6.841e-8
Identity = 23/67 (34.33%), Postives = 39/67 (58.21%), Query Frame = 0 
Query:  684 SVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYS 750
            SV  +  C++C++ LG    MI++ L++  H  CF+C +C+  L N  AG  + +    +HC+ CYS
Sbjct:  614 SVIERDMCTYCRKPLGVETKMILDELQICCHSTCFKCEICKQPLENLQAGDSIWIYRQTIHCEPCYS 680
[Close]
BLAST of inner centromere vs. SwissProt
Match: gi|85681893|sp|Q9EQG3.2|SCEL_MOUSE (RecName: Full=Sciellin)

HSP 1 Score: 58.5362 bits (140), Expect = 1.333e-7
Identity = 23/67 (34.33%), Postives = 39/67 (58.21%), Query Frame = 0 
Query:  684 SVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYS 750
            SV  +  C++C++ LG    MI++ L++  H  CF+C +C+  L N  AG  + +    +HC+ CYS
Sbjct:  578 SVIERDMCTYCRKPLGVETKMILDELQICCHSTCFKCEICKRPLENLQAGDSIWIYRQTIHCEPCYS 644
[Close]
BLAST of inner centromere vs. nr
Match: gi|1325326743|ref|XP_023345222.1| (LIM and calponin homology domains-containing protein 1-like [Eurytemora affinis])

HSP 1 Score: 193.356 bits (490), Expect = 3.202e-48
Identity = 208/623 (33.39%), Postives = 287/623 (46.07%), Query Frame = 0 
Query:  188 EPVRKKSSELSQSMKGKLEAFERAREEEERRMKEEKRKLDLENEHVGHFREKLLNFQKIST---QTDLQDKGGLKSGEKKLPPPPISYRKLIEPQHYASSSALKLDHYSNDDDADRDDDFDKDLDDALEESYRSVLEEKSPKPVTVKSNLECDMAEAKLIFKDNDFIPRQE-TPPSEKPPPPPSEMTKGGVSGDPEEEEVDKQEREIIASLQKEEKEHKRYME--------NVQS-VRSMTT--TQTVMTRTQSGSQQINNHRQVQHEEQHFNRTHGSPVVPMPAS-PAPGPTSPVKSKSSSNLVDPRQQQQSQQQRAHP----GFGSPQSYEMKANHGPLPQISPPKKKEASPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQS-PGSVHSGQPIS-SATPSPNSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQPVYNNVDDSWKTPSIAPQKAQKGYNK----SESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPP----------------------RNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESL--RLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            +P RK S++LS  M+ KL +FE     E +  K E     +E ++   FR+KL  F+ I T   +T +  +    S   KLP    SYR         +    K    SN   ++ D + +  LDDALEES+ S LEEK+ KPV                F+  DFIP  E   P  + PPP   +    +  + +E+++ +QEREII SL++EE   K+  E        +VQ  V S++T  +Q V  +T+S SQ I  +   QH +     T+  P    PA     G  S  +++SSS   D R     + Q   P    G GSPQ  +++             +++   +     + YNQHWL+QEAEQRR++E +  Q+ P S  + Q ++ S   + NS +S    PV     +  +               P +    PV N                  G N     +E++YAN        + STH P   +  + G  + P                      R  + Q  +LSVSGKKKCS CKEELGRGAAMIIESL  R    L  +      VQLGNG  GTDVRVRNN+LHCQNCYSNDEGLKFSKV
Sbjct:  248 QPTRKSSTDLSDKMRLKLASFE-----ENKSAKPETVTRVIEPDN--SFRDKLKAFKNIETSAGETSMLRRDSEPSLVSKLPGYK-SYRSSSSSALMNTFQNNKFFQQSNSLSSEGDGEDNIALDDALEESF-SQLEEKT-KPV----------------FRAEDFIPSTERLAPPSEKPPPLPPVPPPMIEDEVQEDDLAQQEREIIESLEREETAKKKRNEFKGGSPVKSVQDEVLSVSTKPSQLVKQQTESYSQSITQY--TQHSQ-----TNSYPSSKTPAILEKNGGNSVHQNRSSSTTQDDRILA-GKSQIGFPSRSQGLGSPQESDLQT------------RRKGDGVSG--SKDYNQHWLIQEAEQRRITEAQQKQNHPASKPAVQGMNKSVGMNHNSGMS----PVMSGMNNNARM-------------SPVKAGMSPVMN----------YGSGMNGSGMNGLLPVTENIYAN--------VDSTHIPYTRNQSVYGAPISPPHVGGVAPPPPQGVGGGPQVPPRGGDGQERVLSVSGKKKCSACKEELGRGAAMIIESLGNRFKSTLSMYS-----VQLGNGEQGTDVRVRNNRLHCQNCYSNDEGLKFSKV 782

HSP 2 Score: 68.5514 bits (166), Expect = 4.289e-8
Identity = 36/70 (51.43%), Postives = 50/70 (71.43%), Query Frame = 0 
Query:   47 GDDEPDWQSNLSSWKTRRRKQSEETLMRVAEIKVLEDGDM-DGQS-RPVNLSKKLSGLLHTEEDDWSDLG 114
            GD+ P+WQSNL SWK RRRKQSEE L+RV+EI+ LE+ +  DG   R +++ +K+S  L  + DD  D+G
Sbjct:   17 GDETPEWQSNLDSWKNRRRKQSEEALIRVSEIRRLEEMEAEDGMGKRKMSIGRKIS--LLVDNDDEIDIG 84
[Close]
BLAST of inner centromere vs. nr
Match: gi|1061096293|ref|XP_017875693.1| (PREDICTED: calponin homology domain-containing protein DDB_G0272472 isoform X2 [Ceratina calcarata])

HSP 1 Score: 184.882 bits (468), Expect = 1.379e-44
Identity = 102/245 (41.63%), Postives = 138/245 (56.33%), Query Frame = 0 
Query:  516 KKEASPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQSPGSVHSGQPISSATPSPNSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQPVYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            ++  S +P G      QHWL+QEAEQRR++E +  +SP          ++ P P +S    S P+ ++   T  Q VQ            ++ Q++P+              P + +  ++ S+   + L   P   +  T  PQ         Q  P N+E Q  +LSVSGKKKCSHC +ELGRGAAMIIESLRLFYH+ CF+CCVC V+LG+G  GTDVRVRN KLHC NCYS+D+G+KFS V
Sbjct: 1259 QRRKSDVPRGAHDLNYQHWLIQEAEQRRINE-KNQRSPARKPQMHVTGTSVPYPMTSSRTDSKPLPDSIIQTLTQRVQ------------SRAQEKPL--------------PPRRRLEHSTSQEHLSALQPQPQQHVMQTQKPQ---------QPTPMNTENQEKMLSVSGKKKCSHCGDELGRGAAMIIESLRLFYHMECFKCCVCHVRLGDGLMGTDVRVRNQKLHCHNCYSSDDGVKFSCV 1467
[Close]
BLAST of inner centromere vs. nr
Match: gi|795049618|ref|XP_011869609.1| (PREDICTED: LIM domain only protein 7 isoform X2 [Vollenhovia emeryi])

HSP 1 Score: 184.882 bits (468), Expect = 1.417e-44
Identity = 106/244 (43.44%), Postives = 140/244 (57.38%), Query Frame = 0 
Query:  520 SPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQSPGSVHSGQPISSATPSP-NSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQP--VYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            S +P G      QHWL+QEAEQRR++E R  +SP      QP  + T  P N+ +   S P+ ++   T  Q VQ   Q+     +P  T+++P  V+N      +  ++  Q  Q      ++ +A ++N                           N+E Q  +LSVSGKKKCSHC EELGRGAAMIIESLRLFYH+ CF+CCVC V+LG+G  GTDVRVRNNKLHC NCYS+D+G+KFS V
Sbjct: 1302 SDVPRGAHDVNYQHWLIQEAEQRRINE-RNQRSPA--RKSQPHVTGTSVPYNAPIRTDSKPLPDSIIQTLTQRVQNKTQE-----KPLLTRRRPEQVHNQ-----EHLTVQHQSPQYTLQSQKTQHAPIAN---------------------------NNENQEKMLSVSGKKKCSHCGEELGRGAAMIIESLRLFYHMECFKCCVCHVRLGDGLNGTDVRVRNNKLHCHNCYSSDDGVKFSCV 1505
[Close]
BLAST of inner centromere vs. nr
Match: gi|795049615|ref|XP_011869608.1| (PREDICTED: LIM domain only protein 7 isoform X1 [Vollenhovia emeryi])

HSP 1 Score: 184.882 bits (468), Expect = 1.431e-44
Identity = 106/244 (43.44%), Postives = 140/244 (57.38%), Query Frame = 0 
Query:  520 SPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQSPGSVHSGQPISSATPSP-NSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQP--VYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            S +P G      QHWL+QEAEQRR++E R  +SP      QP  + T  P N+ +   S P+ ++   T  Q VQ   Q+     +P  T+++P  V+N      +  ++  Q  Q      ++ +A ++N                           N+E Q  +LSVSGKKKCSHC EELGRGAAMIIESLRLFYH+ CF+CCVC V+LG+G  GTDVRVRNNKLHC NCYS+D+G+KFS V
Sbjct: 1303 SDVPRGAHDVNYQHWLIQEAEQRRINE-RNQRSPA--RKSQPHVTGTSVPYNAPIRTDSKPLPDSIIQTLTQRVQNKTQE-----KPLLTRRRPEQVHNQ-----EHLTVQHQSPQYTLQSQKTQHAPIAN---------------------------NNENQEKMLSVSGKKKCSHCGEELGRGAAMIIESLRLFYHMECFKCCVCHVRLGDGLNGTDVRVRNNKLHCHNCYSSDDGVKFSCV 1506
[Close]
BLAST of inner centromere vs. nr
Match: gi|1061096295|ref|XP_017875702.1| (PREDICTED: uncharacterized protein DDB_G0284459 isoform X3 [Ceratina calcarata])

HSP 1 Score: 184.496 bits (467), Expect = 1.522e-44
Identity = 102/245 (41.63%), Postives = 138/245 (56.33%), Query Frame = 0 
Query:  516 KKEASPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQSPGSVHSGQPISSATPSPNSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQPVYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            ++  S +P G      QHWL+QEAEQRR++E +  +SP          ++ P P +S    S P+ ++   T  Q VQ            ++ Q++P+              P + +  ++ S+   + L   P   +  T  PQ         Q  P N+E Q  +LSVSGKKKCSHC +ELGRGAAMIIESLRLFYH+ CF+CCVC V+LG+G  GTDVRVRN KLHC NCYS+D+G+KFS V
Sbjct: 1240 QRRKSDVPRGAHDLNYQHWLIQEAEQRRINE-KNQRSPARKPQMHVTGTSVPYPMTSSRTDSKPLPDSIIQTLTQRVQ------------SRAQEKPL--------------PPRRRLEHSTSQEHLSALQPQPQQHVMQTQKPQ---------QPTPMNTENQEKMLSVSGKKKCSHCGDELGRGAAMIIESLRLFYHMECFKCCVCHVRLGDGLMGTDVRVRNQKLHCHNCYSSDDGVKFSCV 1448
[Close]
BLAST of inner centromere vs. nr
Match: gi|1061096291|ref|XP_017875685.1| (PREDICTED: uncharacterized protein CG43427 isoform X1 [Ceratina calcarata])

HSP 1 Score: 183.341 bits (464), Expect = 4.413e-44
Identity = 102/241 (42.32%), Postives = 136/241 (56.43%), Query Frame = 0 
Query:  520 SPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQSPGSVHSGQPISSATPSPNSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQPVYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            S +P G      QHWL+QEAEQRR++E +  +SP          ++ P P +S    S P+ ++   T  Q VQ            ++ Q++P+              P + +  ++ S+   + L   P   +  T  PQ         Q  P N+E Q  +LSVSGKKKCSHC +ELGRGAAMIIESLRLFYH+ CF+CCVC V+LG+G  GTDVRVRN KLHC NCYS+D+G+KFS V
Sbjct: 1596 SDVPRGAHDLNYQHWLIQEAEQRRINE-KNQRSPARKPQMHVTGTSVPYPMTSSRTDSKPLPDSIIQTLTQRVQ------------SRAQEKPL--------------PPRRRLEHSTSQEHLSALQPQPQQHVMQTQKPQ---------QPTPMNTENQEKMLSVSGKKKCSHCGDELGRGAAMIIESLRLFYHMECFKCCVCHVRLGDGLMGTDVRVRNQKLHCHNCYSSDDGVKFSCV 1800
[Close]
BLAST of inner centromere vs. nr
Match: gi|1238869997|ref|XP_013793523.2| (LIM and calponin homology domains-containing protein 1-like [Limulus polyphemus])

HSP 1 Score: 167.162 bits (422), Expect = 1.107e-43
Identity = 106/236 (44.92%), Postives = 133/236 (56.36%), Query Frame = 0 
Query:  530 YN-QHWLVQEAEQRRLSE------LRPGQSPGSVHSGQPISSATPSPNSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQPVYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNS----EPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEG 754
            YN  HWL+QEAE RR++E      LRP   P  +HS +  +SA P  N   +  + P         + V    ++ P   AQ +  +      ++D+ WK  S  P     G  +S+S + NL+N             R     P      R S    E Q  +LSVSG+K+CSHC EELGRGAAMIIESL+LFYH+ CF+CCVCQ QLGNGS GTDVRVRNNKLHCQNCYSND+G
Sbjct:   14 YNLNHWLIQEAEMRRITEQNERQRLRPANDPQVMHSRRS-ASAYPLSNGDRTNRNHP---------RPVSMPPRKPPHTVAQVSSGR------SLDELWKLQSSVP----VGQTRSQS-HGNLNN----------LNYRNEFIQPATTSNTRYSRGFPEHQEHMLSVSGRKRCSHCSEELGRGAAMIIESLQLFYHIHCFRCCVCQAQLGNGSCGTDVRVRNNKLHCQNCYSNDDG 218
[Close]
BLAST of inner centromere vs. nr
Match: gi|1070147854|ref|XP_018338683.1| (PREDICTED: stress response protein NST1 isoform X4 [Trachymyrmex septentrionalis])

HSP 1 Score: 181.415 bits (459), Expect = 1.688e-43
Identity = 104/248 (41.94%), Postives = 141/248 (56.85%), Query Frame = 0 
Query:  516 KKEASPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQSPGSVHSGQPISSATPSP-NSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQP--VYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            ++  S +P G      QHWL+QEAEQRR++E R  +SP      QP  + T  P N+ +   S P+ ++   T  Q VQ   Q+     +P  T+++P  V+N      +  ++  Q +Q      ++ +  ++N                           NS  Q  +LSVSGKKKCSHC EELGRGAAMIIESLRLFYH+ CF+CCVC V+LG+G  GTDVRVRN+KLHC NCYS+D+G+KFS V
Sbjct: 1298 QRRKSDVPRGANDVNYQHWLIQEAEQRRINE-RNQRSPA--RKSQPHVTGTSVPYNAPIRTDSKPLPDSIIQTLTQRVQSKTQE-----KPLLTRRRPEQVHNQ-----EHLTVQHQSSQYTLQSQKTQHTPIAN---------------------------NSGNQEKMLSVSGKKKCSHCGEELGRGAAMIIESLRLFYHMECFKCCVCHVRLGDGLMGTDVRVRNHKLHCHNCYSSDDGVKFSCV 1505
[Close]
BLAST of inner centromere vs. nr
Match: gi|1070147852|ref|XP_018338682.1| (PREDICTED: mucin-17 isoform X3 [Trachymyrmex septentrionalis])

HSP 1 Score: 180.644 bits (457), Expect = 3.633e-43
Identity = 104/248 (41.94%), Postives = 141/248 (56.85%), Query Frame = 0 
Query:  516 KKEASPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQSPGSVHSGQPISSATPSP-NSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQP--VYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            ++  S +P G      QHWL+QEAEQRR++E R  +SP      QP  + T  P N+ +   S P+ ++   T  Q VQ   Q+     +P  T+++P  V+N      +  ++  Q +Q      ++ +  ++N                           NS  Q  +LSVSGKKKCSHC EELGRGAAMIIESLRLFYH+ CF+CCVC V+LG+G  GTDVRVRN+KLHC NCYS+D+G+KFS V
Sbjct: 1570 QRRKSDVPRGANDVNYQHWLIQEAEQRRINE-RNQRSPA--RKSQPHVTGTSVPYNAPIRTDSKPLPDSIIQTLTQRVQSKTQE-----KPLLTRRRPEQVHNQ-----EHLTVQHQSSQYTLQSQKTQHTPIAN---------------------------NSGNQEKMLSVSGKKKCSHCGEELGRGAAMIIESLRLFYHMECFKCCVCHVRLGDGLMGTDVRVRNHKLHCHNCYSSDDGVKFSCV 1777
[Close]
BLAST of inner centromere vs. nr
Match: gi|1070147850|ref|XP_018338680.1| (PREDICTED: uncharacterized protein LOC108746415 isoform X2 [Trachymyrmex septentrionalis])

HSP 1 Score: 180.644 bits (457), Expect = 3.944e-43
Identity = 104/248 (41.94%), Postives = 141/248 (56.85%), Query Frame = 0 
Query:  516 KKEASPIPNGQPRPYNQHWLVQEAEQRRLSELRPGQSPGSVHSGQPISSATPSP-NSSLSGHSPPVYENTAHTKQQVVQQYQQQPQQPAQPTQTQKQP--VYNNVDDSWKTPSIAPQKAQKGYNKSESLYANLSNGPSPSIHSTHYPQRESVRIPGPQVPPRNSEPQNSLLSVSGKKKCSHCKEELGRGAAMIIESLRLFYHLRCFQCCVCQVQLGNGSAGTDVRVRNNKLHCQNCYSNDEGLKFSKV 760
            ++  S +P G      QHWL+QEAEQRR++E R  +SP      QP  + T  P N+ +   S P+ ++   T  Q VQ   Q+     +P  T+++P  V+N      +  ++  Q +Q      ++ +  ++N                           NS  Q  +LSVSGKKKCSHC EELGRGAAMIIESLRLFYH+ CF+CCVC V+LG+G  GTDVRVRN+KLHC NCYS+D+G+KFS V
Sbjct: 1605 QRRKSDVPRGANDVNYQHWLIQEAEQRRINE-RNQRSPA--RKSQPHVTGTSVPYNAPIRTDSKPLPDSIIQTLTQRVQSKTQE-----KPLLTRRRPEQVHNQ-----EHLTVQHQSSQYTLQSQKTQHTPIAN---------------------------NSGNQEKMLSVSGKKKCSHCGEELGRGAAMIIESLRLFYHMECFKCCVCHVRLGDGLMGTDVRVRNHKLHCHNCYSSDDGVKFSCV 1812
The following BLAST results are available for this feature:
BLAST of inner centromere vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAG000000007404.635e-5687.63supercontig:LSalAtl2s:LSalAtl2s1119:100358:134995:... [more]
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BLAST of inner centromere vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 6
Match NameE-valueIdentityDescription
gi|152032557|sp|Q3UH68.2|LIMC1_MOUSE1.291e-2157.58RecName: Full=LIM and calponin homology domains-co... [more]
gi|296439483|sp|Q9UPQ0.4|LIMC1_HUMAN3.053e-2157.58RecName: Full=LIM and calponin homology domains-co... [more]
gi|308153585|sp|Q8WWI1.3|LMO7_HUMAN5.249e-2159.09RecName: Full=LIM domain only protein 7; Short=LMO... [more]
gi|123900563|sp|Q3KQW7.1|LIMC1_XENLA7.672e-2159.09RecName: Full=LIM and calponin homology domains-co... [more]
gi|218511775|sp|O95171.2|SCEL_HUMAN6.841e-834.33RecName: Full=Sciellin[more]
gi|85681893|sp|Q9EQG3.2|SCEL_MOUSE1.333e-734.33RecName: Full=Sciellin[more]
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BLAST of inner centromere vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325326743|ref|XP_023345222.1|3.202e-4833.39LIM and calponin homology domains-containing prote... [more]
gi|1061096293|ref|XP_017875693.1|1.379e-4441.63PREDICTED: calponin homology domain-containing pro... [more]
gi|795049618|ref|XP_011869609.1|1.417e-4443.44PREDICTED: LIM domain only protein 7 isoform X2 [V... [more]
gi|795049615|ref|XP_011869608.1|1.431e-4443.44PREDICTED: LIM domain only protein 7 isoform X1 [V... [more]
gi|1061096295|ref|XP_017875702.1|1.522e-4441.63PREDICTED: uncharacterized protein DDB_G0284459 is... [more]
gi|1061096291|ref|XP_017875685.1|4.413e-4442.32PREDICTED: uncharacterized protein CG43427 isoform... [more]
gi|1238869997|ref|XP_013793523.2|1.107e-4344.92LIM and calponin homology domains-containing prote... [more]
gi|1070147854|ref|XP_018338683.1|1.688e-4341.94PREDICTED: stress response protein NST1 isoform X4... [more]
gi|1070147852|ref|XP_018338682.1|3.633e-4341.94PREDICTED: mucin-17 isoform X3 [Trachymyrmex septe... [more]
gi|1070147850|ref|XP_018338680.1|3.944e-4341.94PREDICTED: uncharacterized protein LOC108746415 is... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold11_size778918supercontigscaffold11_size778918:48736..61893 +
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
Note-
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold11_size778918-snap-gene-0.12-mRNA-1maker-scaffold11_size778918-snap-gene-0.12-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold11_size778918:48736..61893+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold11_size778918-snap-gene-0.12 ID=maker-scaffold11_size778918-snap-gene-0.12|Name=inner centromere|organism=Tigriopus kingsejongensis|type=gene|length=13158bp|location=Sequence derived from alignment at scaffold11_size778918:48736..61893+ (Tigriopus kingsejongensis)
ATGTCCGAGCAAGAGGCCAAGAGAGTGCGGCTGTCCGATTTGCTCCGCGC
GGGCGTCAACGTCAAGACGGCGGCCAAGACTGTTGGGATATCCAAGACCN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTACTGACCCCG
AACATACTCTACTCACTTCAAAGACATGACACGCAGGATCCACTGACAAG
CACGATTTTTTTTCCAAAATAGCAACATCTACCTAAGAAACTTCTCCACC
ATTTCAGCTTCGCTGGGCTGAGCAAGAATTTCACTCGTAAAATGGCAAGG
AGATAGGGGAGGAAGATTGTGTAGTTGAGGCGATTGGAGAAAATATCCCA
ATGATGCTTCTAACTTTTTCAATTCCACGAGATCTTCCGATGGATTAGCT
GAGCTGAGGAGATTGCCAATCCCACCTGAAAGACTCACAAGAATGTACAC
TTGGGCAGGCAATATCACGCAGCCATTGGGTTGCATCGATCCGCCATACC
CTGATGTTTACTAGTCTCGGGTGGTGTGGTTAATTTTCAGTTGGGCCCAA
GTTCATCAATTACAACAGCCAACTCATGGATGGATTTCTCCATCAAATCA
AGTTACCAGATTGCCCCTCGATCGAGAGCCCCTAATTAGACCAGGGGAGA
AAGTCCCTCCCAGGAATCAATTAAAGTCAACTTAAAGCAGGAAATCCCGA
AACTTTCGTTCCACCTCGTGTACAGTAAAGACCGCAAACCAAACAATTGT
GCCAAGCACCAGTCAAGGTTGGGGGTTATTTGGCTTTGCATACGCTTTTT
CGAACCAGCTATGGTTTGGACTGGGCTCATTGGTGGAAAATCTTTCTGCT
ATATCATCCAATTATTGTGTATTGCGAGGTGCACGCCTTCTGATCGAGAC
ATTGCTCCACTGAGAGAAATAGCTTCGCCAATCTGACCTTTTACTCGGGT
GATGGGGATGACTTTGAGCATAATTATGCGGGTTGCGACAAGTGTTTCAC
CCTTGGGGTTGTTGAAGCAATCCCGAAAGGTCTCGGAGTCCATATTTTTT
CGTCAGTGTCATCATCAGTGATGTCTTTGGGATCTTGTTGGCGAATGAAG
GGAACCGTTATGAAGCCACCTTTGAGTGTTCAATTGGATTGTCAAAGAAA
TTGCCTTGAGAGATGACGACGATGTTAGCGGGAGTGAGAAAAATGAAAAC
CAGTTCACCGTGAATGCCGCTCGTCCCAAATATTCCGTTGCCACTTGAAC
TCAAATGTGTGTCTTCATTTTTCAGGATCATGAATTTATCCCAACGCGCA
TGAAAACAATCAACGCCTCTAAACCGGCAGCAAATCCAAATCAATTCACA
AAAGTTCCTTCCAATCCCCTTCTGATATCCGCTCAGAAACAGATGCTCCA
GGTAATGACCGTTAGTTTCATATGTAATCACTCCTCCGACCTTAGATCTC
ACCTACGAATCTATTTTCAGGTGGAAGAGGTCAAGAAGGCCAAGGAAATG
GCTCACAAGGCCAGGGGCGGGCCAAGAGGCGATGATGAACCTGATTGGCA
ATCCAACCTGAGCTCGTGGAAGACTCGCCGAAGGAAGCAATCTGAGGAAA
CGCTCATGAGAGTAGCCGAGATCAAGGTCTTGGAGGATGGAGACATGGAT
GGACAATCCAGACCAGTGTAAGTGCTCCAGCCAACTCCCAAGCACTCACC
ATCAGTGAAGCGTGGCCATAAATCATGATTCAATCGCTTGGTTCTTCCGA
GTCTCAAAAGCTAGCCCAACCACGAGCACTGTGGAGTATCAGACAGATCT
CCCGAAGGAGGAAGACATTAGATTGAAGGAAGTTTTTTTTCCTCCTCGAA
ATCACTTCCAACTTAGACATTGGCCTAAGTACAGCATTACCCGGAGCCCG
CCCCAGTGTGCTCAATGCACAAGGTGAAATCGCGTGCTCAATTTCATCTC
AAATGGGATTGACCTTCCCAGAACTGGTAGTTTTGGAGAAAAAAAATCAG
TCACAAGGCAGTGTTTAATTGGCGCAAGGCGGGTTGAAATCGTTGCCAAA
CCTGACCTTCCTTAGCCCGAGTTAATCAATCCCGATTGCACAATGCAAAT
CGACCCCATCAAGGGTAATTTGTCCAGAACAAGGGCAGGACCAAATGCCA
CCAAAGAGCTCAGGTTGCCAATTCAGTCGTGGATGCACACACACACCAGA
GGCAAAAACGAGTAATGTGTCGGCTGACCCACATTTTGCCTGATGGGTTC
ATCCCGCCTTTGGAGGTCAATTTTGAATGCGAACAAAGATTGAGATGGCA
CTGACTCCTCGTCGTCTTGAGAGAGCCAAGTTTCAGTTGGCAGAGATAGA
GAGAAATGCGTCATGGCAATACAAACAAGTGGGGGCCTTCGATCTGGCCC
GAAATACACCACAATGCCCTAATCTCGAGTCCAAAGCTGCCTCAGTGTGC
TTTAAGATAAAGTCAAAAAGGAGTGTGGATTGGGCTTATCGGGATTCAAA
AGAGCTTGAATTCAATTTGAATGGGACGTGTTCGTTGTGTGTTCCAGGAA
TCTGTCGAAGAAATTGAGCGGCCTCTTGCACACGGAAGAGGACGACTGGT
CAGACTTGGGCCTGGGCAAGGCATCCTCATCCTCGACTAGTCAAATACGG
CGATCCTCGTCCAAATCTCCGGCCAGTCCGCTCCACGAGTACGAGGAAGA
CCACCCGGATCACGGATACGAAGAAGAAGAGCTCGAAGAAGAGGACGACG
AGGAGGACGAGAACGCAGATCCACGCTCCTTGGAACGCTGGACCAGTGCC
ACCTCACTGAGCCACGGCCAGAGACCCCGTGAACCCGTTCGGAAGAAGTC
GTCGGAGCTCTCTCAATCCATGAAGGGCAAACTGGAGGCCTTTGAAAGGG
CCCGCGAGGAGGAAGAGCGGAGGATGAAGGAGGAAAAACGGAAACTCGAT
CTGGAGAACGAACATGTGGGACACTTTCGGGAGAAACTCTTGAACTTCCA
AAAGATCTCAACTCAGACTGACCTCCAAGACAAGGGTGGGCTCAAATCGG
GCGAGAAAAAGCTGCCTCCACCTCCCATCAGCTACAGGAAACTCATAGAG
GTGAGTGATATCGGGAGTAACCGGTCTACTGGGTGGGGTACACGCTTGAC
CTTTCTCGAATAACTTGGGCCATTTAAGCCTCTCCATCGGATTGTCTCCA
TTTGGGAGCAAGAACAATCATGACCACCCGAGCCATTTAAGCCAAATTTG
ATCGTTGCCGGAGATCTTGAAAGCCATCGATTAATCAGCTGTCACAGCTG
GGACGACACAAGTTCGATCCCAACCATAACCTAAAGGTCAACCGTCTCCT
CTCAAACAGCAACGATAGCTAGGAAAATCGTCAACTCCAGAACTAAGGTT
TCTTGTGTATTTATTTGCTCAGTCACAGAACACCGGCAGCTTTTTACGAG
CACCTTGTTTTGATAACACAAGTTGCGTGTACGTATCTTACCCTGATAAG
CCATTAGAAGGTGCCGGTGGACGGTCGGGGTTTGCTGTTGATTTAGTTAC
CTTGTGTTCTAAATGATCCAGCTTTTCGTGCCGGTCATGGGCTCCTTGCA
CTTCTGATCAACCTTGGCCATGAGTCATGGTGTTCGAGAGTTTTATAAGA
GATGAACGACACACTCTCATGACAGAGCTGAAGGCATATGCCTCACGTAC
TGAATAACGGACACCTTTGCGATTGAAAATGAACAGGAAATGCTAACGAG
GGCAAATGTTGATAGTCGGCAACAGCTGAAGATAGAGAGGTTGGGTGGTC
AGATTGGTTTATTTGCACCTGACTTTCCAGAAGACAAGCCTTGACAGGGA
TTACATACAGAGAAACGAAGCATGTATGGAGGCAAAATTGATTGGTCCCG
AGCTTACATTATTTTGACAACTGCACAACGTAACCACGAGATGGGGTAGA
TAAATGAACCAGAGCTAGAAGTTGAAGATTTGCATTTTCAGTGGAGCAGA
ATATGATCTGGATGCCAAGCCGAGGTTTCATTGATTGTTGACATGGCTAC
CACATTACCCAGGGCCCATTTGGAGACAATTAGTCATGGCAATCATCGCG
AGGAGCCAATAGCCATATCAGAAAATTGATGGCAGTCATTGACCTTTTGA
CATTGGCATTTCTTCCGAGCTCGTCTCTCGCCGTCAAAACTTTGGGATGC
CACAAAGTTGGCGAAAAGACTCGCTTCTGAGTGTGGGGATAATGCAAATG
TTTTCTCATCAAATCCGGGCAATTTGCAGGAATTTTTACTGCGAGTAGCC
GAGCGTTTTTGCTTCAATCTACGACAGGGATTGCAATTAACGGCTTGATC
AAACTTGCAACCGGCGAGATTTCACTTTGAATTCTGCATCCCGTCATGAC
CTACATGTATCTGGAGTAGCTAGGCATCTAAATGAAAATCTTCAATCGTG
TTTCTGTTTAAGGCCAACACTCCCTGGAGAGTCTTTGCCAGTTTCCCCAC
ACTTTTGAGCACTCAAACTGTCGTAACCTGGACATTGTTTCTCGCTCTCT
CCTCCTCAATCGGGAGTTTATGGCCGCATTTTCGTTAGTTCCTGGTATCT
TCGAGTTTTGCACTTTGAACAGGTGCAAGTTGGGAAAGAGTCTCTTCATT
CGAGCATTGTAATGGGATTTTTTTCTGGGCTCGAAGCATCTCAAGCAGAG
CTGAAGTGGATGGGAAAAAATATGGGTGGGTTTCAATGATGAAGCACGGC
CTTTGTTTCACCTCTCCAAATGAAGAGAGATCTATGAAGCACATATCGTT
CACTTGAATGGCCACCTGCTCAATTTCACTTTGGCATTGGTCTAGCCATG
TGGTTGAGATTACCGGGGAATTTCCAGCCTTGTCACAAAAGCCATTAGCA
AAGGTCTCTCTCGTCCTTAAACTTCGGCCAATGCTCCTAATTCACGATTA
GGTGTGACTGATCAGTTGAAAGACGTCACAGGAGGCCTCAGGATTAGAGA
ATGCCACAGCAATACCCCAAACCAGAGCAGACAGGGAAAATTGGCCAATC
CTTGTTTTCTCCCAGTGGAAAGTGGTGGTATTAACGTTGGCAGTTGTGAA
CTACGATGAATGCCAAATCGTTACAGTGGACGCTACGTTACTTTGCTCTA
TGATTCTCAGCCCAAAAATATGTTGCTTATATGGTTAGTTAATTAACGTA
CTGCACTAAATGAGGTCAAAAATTGGGGATTTTTTTACGATAAATGTGCT
ACATTGCCAATTTGGTTGCCAGGAATTATTTAGTTATTTGGAATGGCAAC
TTTAATTGACAATTTGACAAGTTACAAACGATGCTAAGACACTTTCAATG
ACGCCATTGTGAGGTGTGTTTTTTTATTCAGTAGATTTGATATAATGTGC
AATTCAGTTGTGATGTCAGTACCTATTTATTTGAACTGGAAACAAGTGAA
TAATGCCAGGTCAGTGACAAGGCCGACTTTGCAGTGCCTTTCAAGGTATG
TCAAATCATGCCCCAGAGCAAGCTCTCTTTAGAAAGAGGACTGTGGAAGG
ACGGTGAATCCTTCCAGTTAGGAACGTGAGTTAGGAGAGATGTCTTTGTA
TGAAACCCCCAAAATGGACGCAAGTTCTTGGGTTTCATGCGGTGTTGTGG
TTTGCATGATGTGACGTAGTTCAATGATTAATCCAGATCCCGCAAGAGAT
TCTTGAAGGTGCAGATAGCTGAGAATAAAATTGAGCGCAATGGCCCAACA
GCATCTTTTTGAACCTCATCACGTCAACAGAAGAGAGTATGACCCAAAGC
AGGGTTCGGATTGGATTGTTCTGCAGTCAGGTAGGGGAAAGGCTGAGGGG
GAACCCGATATCGGCTAATACCTTTTCATTCTCAGAGCCAGGCCAGGATG
TGACCTGAATATTGATGTGAATAGCAGTGATCGGAGTGAAAAAGGCTCCC
AGATTGGCTCGTTGAGCTCTGCTCGGGATGATGACGAGAGGAGTGAGAGT
GAAAAGGATTTAATGACCCCACAAAATTACGTTCAGCCGTGTCTTTCCGC
TTTGTGGTGTGTGTCTCAAATCCCCCACCTGGCAGAAATAGTTGCCATGA
AAGTGAGTTAACGACTGAAGTACATAGTCTTTTTAAATGGGATTGGTAAC
GACCAACCCCCATGCCTAATCCCACGCCAGGGCCCATCTAGTAATATTAC
ATTACACCCAGTGTCTGGGGCTCTGAAACATGAAACCCCCATTTGGGGGG
TATTTCCTTGTGATCTTCAATTCCCACGCATTCTCAGGGATGAAAATGTT
GCACATTGAAGATATCAGCGATTCAGCCAATATTGACCGAGCCATCCGCC
TTTCTGTGACAGGTCTGACGGGTGGAGAAAAAGTTAGGGATTGAGCAATG
TTGAAACAAATCCCCTTGAAGCCAAAGGAGAAGGACAGGCACATTTAAAG
ACGACAGACAAAGGCAGACTTTATACATGGGGGAGCGGCAGACCGACAGG
TGTGGGCTAGGTTGTAGATTTTACCTGCGCTCTTTCGGAGGTGGCACTCT
TAACATTATAACTCAGACGTTAGCTCAATTCAGGTAGACTTCTGCATGGT
AGATTGTACTATGCATGAATGACTTTATGCAGGGCAAACTTTCTCAAGAG
GAGAGTTTGTACATAGTAGACTTTAAACATGAAAGACTTTATGTGGGGCA
GAATTGATACTATATACATGGTAGATCGGCAGGCTACCAAATACAGTCTG
TCTGGTTTATCCGAGTACCTCAATCCATTCTGGAGGTGAAAATCTCAGCC
TGGTTTACTAACGCAACAGAACCAGGTTTAAAAGTGGCGCCTCTAGAGTG
GAGTTGAGGTCTTTGCAACAGCCTCCATCTGTCAATTGTCAGTCGGCAGT
TCTACCATATGTGCAGTATACCCAGCAATTTTTAGATCCTTCCCAGTCAA
CCGTTTCTAGTTCTACCATTGCCCCATTCTGACTAGTGAAGTACGAATTA
AGGTAATTTCACACAAGGTTAAAAGAAGTTGAAAGAGTCACTATTTATTA
AGTCAACCTTCGACTGCCCCCTTTAAATTTGCCGTAAGTCAGAGTAAATG
TGAAAATGAGCTGAAAAAAAGGCCCGGAAGCTACTTATGGTCCTTGATCC
AGCCTTCATTGGGGGATTGGGCCATTTTAGGGGCCCAATCTGGTGGAATG
GCTCGAGCCTGCTTAATGCCTCTGGTGAGAATTTAGGCCAATTGAACGGA
ATAGGTCAATTTGGACGGGTAATTTGTGACATGCGATGAAAGTGAGATTT
TTGCAATAATGACTGGTGGCATCGGTGTGACAAGGCACGATGACCAAATA
AATATCCCACTCACTTTCTACCATTGCATGTGTAAATATGCTGCTAGCAC
CCAGGAAAAGCACCACTGTCTGATGCCATTTTTAGCACTCGCACAGAGCA
ACCTTTGTCTCGAGAACAACGGACAATCCAACTGGACGTAAAATACTACT
GCCTCTGGGTTTTGAAAAAATAGGGTGACATTGACCGACATTTTTGAACT
CGTTTTCGAATGACAATGATTTGACGCCGCCAAAAATACGCAGTTCTCCT
TGACTTCAATTATTCGAACTCATTCGGTTCGATCTCATCCAAGTACTATT
TATGACGACACAATGCAACCTCCGAAAATAGTTCACGTACCATATATTGG
ACAGCCATACTCACATTTTTTTGCTATATTGTTAGTTCCAATTTTTTTCC
TATTATTATTAAACACACCGTACAAGGCATTCGAAGTCCAATTTATTTGA
TATTTTGTTAAGGTAATGCTCAACACAAATATTGTTTTTGTATTGTTGTG
AAGCACGGATGTGGTCTATAACAATAGCCTTAGAGTGCACCACCAGTTGA
GTCCTCATCATCTTGACATTTTTTCCCAATTTTAATGGCTGACATCCGTT
TTGGAAGGAAAAAAATCAAAGAATACGGCTAATTGAATCACACTTGTTGT
GCCCTAATACCGGGTCGTGCAAAAGTTTTTGCACTAACATGAAATGCCAA
ATAACTTCGAAACTATTGAATCAATTTGAAATTGCCGCCATTGTATCGAC
AGCTGGAGTTGTCAACGTAAATGTTTATTTTGATTAGTTTTCTCGAAATC
TTGAAACAATGGCTCAAGAAAAAAAACGGCGAGAAGTGGCCGCGATGCTC
CGCGCCGGCCTCCCCATCCGCGACGTCATCGCGACCAATATCACCTCCAG
GCGGACCGTTTTCAATGTGAAATAACGTTTAGATGATGGCGAGGACCTCT
CAGAAGCCCCCCGAAGTGGTCGTCCTCGTAAATTGAGCTCTGAGGATACC
ATCGACGTTTTCAAAGAGCAGCCAGAGCTCTCCATGGCCGAGTTTGCCAA
GGACGTCGGCGTGTCAAGGTCCACCGTCTCTAGGCGCATCAAGGAGTCCA
AAGGCATCTCTCTCAGAGCACTACAGGTGCCTCTACTGACAGCAGTGATG
GTCCAAAAGCGCCAGGAGCGGTCCAAGTTCCTCTTGAATCAGCTCAAGCA
CCAAGCGGCAGGGAAGGTCATTGTCTTCTCGGACGAAAAAACGTTCCCTC
TTGACTTCAGCATTTGGTGGCAAGTTGAGAGGGAAGCCTGCAGGGTCCGC
CACCCAAATATCGAGTCGCTAAAACAAGCTGTCACTGAGCAGTGGGCCGC
TATGTCGGAGGACTACCTTAAGTCCACCTGCCGGGACTTCAGGCGACGAC
TCCAGGACGTCATCAAGGCCGAAGGCCGTCATATTCAAGACTAACAATTG
TTATGCTATACTGAACAAAGTTCATTAAAGTTGATTTCCCCTAAATTATA
TATTTTAAAAGTTATTTGGCATTTTCTCGGACTGTCGATTTGGTGCAAAA
ACTTTTGCACGACCCGGTATGTTNGCCCCCCGAAGTGGTCGTCCTCGTAA
ATTGAGCTCTGAGGATACCATCGACGTTTTCAAAGAGCAGCCAGAGCTCT
CCATGGCCGAGTTTGCCAAGGACGTCGGCGTGTCAAGGTCCACCGTCTCT
AGGCGCATCAAGGAGTCCAAAGGCATCTCTCTCAGAGCACTACAGGTGCC
TCTACTGACAGCAGTGATGGTCCAAAAGCGCCAGGAGCGGTCCAAGTTCC
TCTTGAATCAGCTCAAGCACCAAGCGGCAGGGAAGGTCATTGTCTTCTCG
GCCTCCACAGTCGCCGGATTTAAACCCTCTTGACTTCAGCATTTGGTGGC
AAGTTGAGAGGGAAGCCTGCAGGGTCCGCCACCCAAATATCGAGTCGCTA
AAACAAGCTGTCACTGAGCAGTGGGCCGCCATGTCGGAGGACTACCTTAA
GTCCACCTGCCGGGACTTCAGGCGACGACTCCAGGACGTCATCAAGGCCG
AAGGCCGTCATATTCAAGACTAACAATTGTTATGCTATACTGAACAAAGT
TCATTAAAGTTGATTTCCCCTAAATTATATATTTTAAAAGTTATTTGGCA
TTTTCTCGGACTGTCGATTTGGTGCAAAAACTTTTGCACGACCCGGTATG
TTTTAGAGTACTCCATGCCATGTGTTAGTTCAGAAACAATTGTGTGTTCG
CCACGAAGCTCTTTCATTGGCCTTTAGAAAATCCAAATGGACCGAATTAT
TATGGTAAGTCACGTGACGTTCCGACATTTGGACCTAGGATCTGAGGGGA
AAACCACTTTGGATGGAGTCACATTTTGACACGTTTTCTCATCTATTTCA
GCCGCAGCATTATGCCAGTAGCTCCGCCTTGAAATTGGACCATTATTCCA
ATGACGATGACGCTGATCGGGACGATGATTTTGACAAAGACTTGGACGAT
GCCTTGGAGGAGAGCTATCGATCGGTCCTGGAGGAGAAATCGCCCAAACC
GGTCACGGTCAAGTCCAACCTGGAGTGTGACATGGCCGAGGCCAAGTTGA
TCTTCAAGGACAACGACTTCATCCCCCGGCAAGAGACGCCCCCCTCCGAA
AAGCCGCCCCCGCCCCCTTCTGAGATGACCAAAGGAGGCGTGTCCGGGGA
CCCGGAGGAGGAGGAAGTGGATAAGCAAGAGCGGGAGATCATTGCCAGTC
TCCAGAAGGAGGAGAAGGAGCACAAACGCTACATGGAGAATGTTCAATCC
GTGAGATGTAAGTCCGCTTGAGTTGTCTCAGCTCCATTGATACTATATGA
TTAATACTTCATTTGGCTCATTGATGCTTCAGCCATGACCACCACTCAAA
CCGTCATGACCAGGACACAATCCGGATCGCAGCAGATCAACAATCACAGG
CAGGTTCAACATGAGGAGCAACATTTCAACCGAACTCACGGCTCCCCAGT
CGTTCCCATGCCCGCCAGTCCCGCCCCCGGACCCACCTCCCCAGTCAAAA
GCAAGAGCAGCAGTAATTTGGTGGACCCCAGGCAGCAGCAGCAATCCCAG
CAGCAACGTGCCCATCCTGGCTTTGGATCGCCTCAAAGCTACGAGATGAA
GGCCAACCATGGACCATTACCGCAGATCAGCCCCCCTAAGAAGAAAGAGG
CCTCCCCCATACCCAATGGGCAACCCAGGTATGCTCAAGGATGGAGTGCT
TAAGGCGAATACGAGGCCGTTTTATAATCTCAAAAAGTGGAGCCCATGCT
TCAATCTGCATGCTGGCAATCTCTTGGTCCGATTTTGAACAAATTAGTTT
AAAGGTATCTGTAATGGCTGCAGTGTTCCCCCCCCCCCTTTTTAAAGTAG
AGGGGATCGGCCAGTATACTCCGAAAGAACACTCTTGGCTAAAGGTTGCT
TCACAAGCCTGGATCAAAATGTTCATGGCTTTGGCGAGTATTTTTTAAGT
TGAGGACAAGAAACACCCCCTGGCCTACAGAATGAATAATGCATAAGAAG
GATAATCAGCCGATTGGCTGAACCTCGTCCACCACCCTCAATCACTCCAT
GGTTCGTCACTGTAGCGCGTACCTACGGATTTGGTATTTTGGATTGCTTG
GCTACACTATAACCGCGTAGGATGTATGGCTCTACATATGCTGAACATAT
TCTCTATTTGGAAACTCAGAAAAATATTTCGATTCAGAATATCGATTGAC
GAGGTTCATTCCCTTTGACATGTAACGGACCAAGCGGACATGTTTGTAAC
GCATGAACCACTCTGGCCCGTGATTCTTGATGTGGGCCTGAGGGAGAGTG
TTTTCATTTCGCTGCCTCTATCCAAAAGAGGCTTTAAATCTGAATGAGAA
TGGGGCTGGGAATTCCTCGAGATTTTTGGAAATTCCCAGCGCCTCTTCCC
TCATCTCCAGCGATTGAAACAAAATGTCCAATGGATTAGATTAGAGGCTC
TCAGGTTGTTATCGACAAAGCTGGCAATGGCATGTATATGGAATCCTGAA
CATGTTTGAGGCATGAAAGGAAATATGTATTTCCTGCTGTCTAAAACGAC
TTTTCGGGCCGGTTCAATTTGTGCCAATCAGATTTGGCCGGTTTTTCCCG
AAATCTATTTTAAGCGCACATTTCCCGAAATCCATTTTAAGTGCACATGT
TCCAAAAGGCTATTAACCTTAAAACGTCGAGTCCCAACTAGGGATTGTTT
AGAAGGATAAGTTTGGTCGTTTTAAGAGCGATGCTTGTCCAATATATGAT
CATCAAATACTTTTCAGACCCTACAATCAGCATTGGTTGGTTCAGGAGGC
GGAGCAGAGGCGTTTGTCCGAGTTGCGTCCAGGTCAATCCCCCGGCTCGG
TCCACAGTGGGCAGCCGATCTCGTCGGCCACGCCCTCTCCTAATTCGTCA
CTCTCTGGCCACTCCCCTCCGGTCTACGAGAACACCGCCCACACGAAGCA
GCAGGTGGTGCAACAGTACCAACAGCAGCCCCAACAGCCGGCCCAGCCAA
CCCAGACGCAGAAGCAGCCGGTTTATAATAATGTGGACGACTCGTGGAAG
ACCCCGAGCATCGCTCCACAAAAGGCTCAAAAGGGCTACAATAAGAGCGA
AAGCTTGTACGCCAACTTGAGCAATGGGCCGTCGCCCTCAATTCACTCCA
CACACTATCCTCAGAGGTGAGTTTGGGTCGTCAACGTTGAAGATCTGTGC
CCCAGAGACGAGGACCAAACCAATAGTTTCGGCGATCGCGAAAATGATTT
TTTTGTTTCGTTTTTCGGTGAATCCAATATTTGTTGGGGTTCACGACTCC
TTTCGCATTCATTTTGTGTACGTTCTGGCGCGAGCAGAAGTCCGTTTATC
AGTGTGGTCAATTATGCACTTTCTGTTTACATATCCCTTCAATTAGCCCG
CCTATACGTATTTTTTGATGTAAAAGTTTGTTATTCTTGATTTCCTATTT
GCATTTTTAATTATTTACACCATCATTATTTTGTTTGAGTCTTTTGGCTG
GCAAAGGTGCCCAATAAAAGGGTTTTTTCTCTGAGGGAAAGTCAACCCTG
TGATCCATTTTGCAGGGAATCTGTCCGCATTCCCGGACCACAAGTCCCAC
CCCGCAATTCGGAACCTCAGAATAGTCTGTTGAGTGTGAGCGGGAAGAAG
AAATGCTCTCACTGCAAAGAGGAATTGGGTAAGCATTGAGGCTCTTGAGT
GGTTATCCCCGGGATGGGACCTCATGGGAATTGCTTCTTATTCTTAGGTC
GAGGAGCAGCTATGATCATTGAAAGTTTGCGCCTTTTCTATCATCTCCGA
TGTTTTCAATGCTGCGTGTGCCAAGTCCAATTGGGCAATGGATCAGCTGG
AACTGATGTGAGAGTGAGGAACAATAAGCTCCACTGTCAAAACTGTTATT
CCAACGACGAAGGTAGTGCATAATGGGGGTTGCTTGCTCACGATCTTTGA
GTTTTCACCCGCTGGATTGGTCTCTTTTCAGGATTAAAGTTCAGCAAAGT
GTGAACCAACCGCCAGATGGATGCTTTTCGGACCAAAAAAAAACGAATAC
ACATCACGCCAACCACCACAAATATTCATGATTTGCTTTCACTTTTGTAT
GCCCTTCTTTGTACAGTGAGCTCCACTCTCTTACCTTTACAACTCATTAC
AGTAGGTAATGACAGAGACTTCTTCTATCAACACACATTACTGAAACTTT
GTTACATGAATGATTTTGAAAAGAATATTAAACAGAAATAATATACACTA
ACAATTCA
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Synonyms
The feature 'inner centromere' has the following synonyms
Synonym
Tk03651
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