limkain- partial, maker-scaffold194_size270518-snap-gene-1.22 (gene) Tigriopus kingsejongensis

Overview
Namelimkain- partial
Unique Namemaker-scaffold194_size270518-snap-gene-1.22
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
BLAST of limkain- partial vs. L. salmonis genes
Match: EMLSAG00000000930 (supercontig:LSalAtl2s:LSalAtl2s1162:109395:117096:1 gene:EMLSAG00000000930 transcript:EMLSAT00000000930 description:"maker-LSalAtl2s1162-snap-gene-1.20")

HSP 1 Score: 57.7658 bits (138), Expect = 1.570e-8
Identity = 57/250 (22.80%), Postives = 106/250 (42.40%), Query Frame = 0
Query:  643 LPNVLTTLDKLKEQLTLAMKVHNNNIHHASLLYCLHATCSTENIQDLIKVVPPEQGGVPLEQLLVAL---GITETVVGINGTLFIRPRGKQHSLE-----SYPDSKPPP------LATLERKFLQILEKAPYHRIAWETDFVEMFFAENKVKLSEVCRSFGGISATLEKLSGTFALIGTKRNSELILSFGYQKKIFLIALRKVLAGQESFKAGLPLDPDDLGSLYEKRMKKPFQINAFGLCSVDDMLGAI 878
            LP +   L  L + + + +K H  ++  AS++ C +A    E   D          GVP+E LL  +    I   V G+     ++    ++S       SY     PP      L+   R+ + +L+ +P  R+ +   F+  +      +       +  +    E L     ++G    + + LS   Q K F+  + ++L  Q S +  +    D++ SLYE    + F+I+ +G+C V+D+LG I
Sbjct:  273 LPLINIRLSLLSKNMRVLLKSHGGSVPLASIVQCYNADYELEIDVD---------NGVPMEHLLSCIKEISIHYGVSGVKKVTLMKSFNTEYSCSHLNNISYNGLTTPPAPLAGQLSLFSRELVDLLKISPGCRMPFHK-FIPTYHHHFGRQCRVADYGYTKLKDLFEALPNVVQILGEGSRAIITLSHRSQVKRFISDILRILKNQTSKQFLV----DEIKSLYEGEFGQLFKISNYGVCHVEDLLGEI 508          
BLAST of limkain- partial vs. SwissProt
Match: gi|387942524|sp|E1BP74.2|MARF1_BOVIN (RecName: Full=Meiosis regulator and mRNA stability factor 1; AltName: Full=Limkain-b1; AltName: Full=Meiosis arrest female protein 1)

HSP 1 Score: 149.058 bits (375), Expect = 1.033e-34
Identity = 91/281 (32.38%), Postives = 155/281 (55.16%), Query Frame = 0
Query:   64 LGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKRGSFMGLTRAMSRT-HSMSPARELKSRPIATVRGIAAQGS 343
            L  +GVFWDI+NC +P G+SAT VV ++R     +G  E EF+ VCD+++   ++I ELN  QV+V H+  + KN+AD+KLRQ++R+F +     +T+V++S D++F  +LSD R R G  +IL+H   A+EA+   A+    F   + D+P +          T L V NLP  +D   +++  RL  +     C  K+ N     A+L+F +   A +AL  ++   +  N I V +  + S +  T++ + T   +   ++LK+  +  ++ I+   S
Sbjct:  348 LPPIGVFWDIENCSVPSGRSATAVVQRIRE-KFFKGHREAEFICVCDISKENKEVIQELNNCQVTVAHINATAKNAADDKLRQSLRRFANTHTAPATVVLVSTDVNFALELSDLRHRHGFHIILVHKNQASEALLHHANELIRFEEFISDLPPRLPLKMPC--HTLLYVYNLPANKD--GKSISNRLRRLS--DNCGGKVLNITGCSAILRFINRDSAERALKRMENEDVFGNRIVVSFTPKSSELCETKSSNATADKVKSPKKLKNPKLCLIKDISESPS 621          
BLAST of limkain- partial vs. SwissProt
Match: gi|387942516|sp|B2GUN4.1|MARF1_XENTR (RecName: Full=Meiosis regulator and mRNA stability factor 1; AltName: Full=Limkain-b1; AltName: Full=Meiosis arrest female protein 1 homolog)

HSP 1 Score: 144.436 bits (363), Expect = 2.738e-33
Identity = 87/265 (32.83%), Postives = 142/265 (53.58%), Query Frame = 0
Query:   63 GLGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKRGSFMGLTR--AMSRTHSMSPAR 325
             L  +GVFWDI+NC +P G+SA  VV ++R     +G  E EF+ VCD+++   ++I ELN  QV+V H+  + KN+AD+KLRQ++R+F D     +T+V++S D++F  +LSD R R    +IL+H   A+EA+   A     F   + D+P +        Q T L V NLP  +D   +++  RL  +     C  K+ +     A+L+F +   A +A   ++   +  N I V +  R   +  T+   +S   + SP +
Sbjct:  336 NLPPIGVFWDIENCSVPSGRSAVTVVKRIRER-LFKGHREAEFICVCDISKENKEVIEELNNCQVTVAHINATAKNAADDKLRQSLRRFADTHTSPATVVLVSTDVNFALELSDLRHRHSFHIILIHKNQASEALLHHAHELIHFEEFISDLPPRLPIKMQQCQ-TLLYVYNLPTNRDA--KSISNRLRRLSD--NCGGKVMSISGTSAILRFANQESAERAQKRMENEDVFGNRITVSFTPRNKEVNETKNSCVSNEKAKSPKK 594          
BLAST of limkain- partial vs. SwissProt
Match: gi|387912929|sp|Q9Y4F3.6|MARF1_HUMAN (RecName: Full=Meiosis regulator and mRNA stability factor 1; AltName: Full=Limkain-b1; AltName: Full=Meiosis arrest female protein 1)

HSP 1 Score: 142.124 bits (357), Expect = 1.298e-32
Identity = 88/281 (31.32%), Postives = 152/281 (54.09%), Query Frame = 0
Query:   64 LGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKRGSFMGLTRAMSR-THSMSPARELKSRPIATVRGIAAQGS 343
            L  +GVFWDI+NC +P G+SAT VV ++R     +G  E EF+ VCD+++   ++I ELN  QV+V H+  + KN+AD+KLRQ++R+F +     +T+V++S D++F  +LSD R R G  +IL+H   A+EA+   A+    F   + D+P +          T L V NLP  +D   ++V  RL  +     C  K+ +     A+L+F +   A +A   ++   +  N I V +  +   +  T++ +     +   ++LK+  +  ++  + Q S
Sbjct:  350 LPPIGVFWDIENCSVPSGRSATAVVQRIRE-KFFKGHREAEFICVCDISKENKEVIQELNNCQVTVAHINATAKNAADDKLRQSLRRFANTHTAPATVVLVSTDVNFALELSDLRHRHGFHIILVHKNQASEALLHHANELIRFEEFISDLPPRLPLKMPQCH-TLLYVYNLPANKD--GKSVSNRLRRLSD--NCGGKVLSITGCSAILRFINQDSAERAQKRMENEDVFGNRIIVSFTPKNRELCETKSSNAIADKVKSPKKLKNPKLCLIKDASEQSS 624          
BLAST of limkain- partial vs. SwissProt
Match: gi|387942515|sp|E1BZ85.1|MARF1_CHICK (RecName: Full=Meiosis regulator and mRNA stability factor 1; AltName: Full=Limkain-b1; AltName: Full=Meiosis arrest female protein 1 homolog)

HSP 1 Score: 142.124 bits (357), Expect = 1.365e-32
Identity = 84/251 (33.47%), Postives = 139/251 (55.38%), Query Frame = 0
Query:   64 LGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKRGSFMGLTRA 314
            L  +GVFWDI+NC +P G+SA  VV ++R     +G  E EF+ VCD+++   ++I ELN  QV+V H+  + KN+AD+KLRQ++R+F D     +T+V++S D++F  +LSD R R G ++IL+H   A+EA+   A     F   + D+P +      +   T L V NLP  +D   ++V  RL  +     C  K+ +     A+L+F +   A +A   ++   +  N I V +  +   +  T++
Sbjct:  342 LPPIGVFWDIENCSVPTGRSAVAVVQRIRE-KFFKGHREAEFICVCDISKENKEVIQELNNCQVTVAHINATAKNAADDKLRQSLRRFADTHTAPATVVLVSTDVNFALELSDLRHRHGFRIILVHKNQASEALLHHAHELVCFEEFISDLPPRLPLKMPACH-TLLYVYNLPTNRD--SKSVSNRLRRLSD--NCGGKVLSISGSSAILRFLNQESAERAWKRMENEDVFGNRIVVSFAPKNKELNETKS 586          
BLAST of limkain- partial vs. SwissProt
Match: gi|387912901|sp|Q8BJ34.3|MARF1_MOUSE (RecName: Full=Meiosis regulator and mRNA stability factor 1; AltName: Full=Limkain-b1; AltName: Full=Meiosis arrest female protein 1)

HSP 1 Score: 139.813 bits (351), Expect = 6.363e-32
Identity = 94/300 (31.33%), Postives = 152/300 (50.67%), Query Frame = 0
Query:    7 ISLANWTGT-GISARVLAITHTSGTGTPFHTPCPLIAPNSAVRTTMEPASMSCSTPPGLGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKR 305
            I + N  GT G+      +  TS   T      P +A    V  T+ P             +GVFWDI+NC +P G+SAT VV ++R     +G  E EF+ VCD+++   ++I ELN  QV+V H+  + KN+AD+KLRQ++R+F +     +T+V++S D++F  +LSD R R G  +IL+H   A+EA+   A+    F   + D+P +          T L V NLP  +D   +++  RL  +     C  K+ +     A+L+F +   A +A   ++   +  N I V +  +
Sbjct:  304 IPVCNGCGTKGMEKETSLLLATSLGKTASKFGSPEVAVTGQVLETLPP-------------IGVFWDIENCSVPSGRSATTVVQRIRE-KFFRGHREAEFICVCDISKENKEVIQELNNCQVTVAHINATAKNAADDKLRQSLRRFANTHTAPATVVLVSTDVNFALELSDLRHRHGFHIILVHKNQASEALLHHANQLIRFEEFISDLPPRLPLKIPQCH-TLLYVYNLPANKD--GKSISNRLRRLSD--NCGGKVLSITGCSAILRFINQDSAERAQKRMENEDVFGNRIIVSFTPK 584          
BLAST of limkain- partial vs. SwissProt
Match: gi|387912882|sp|Q8VIG2.2|MARF1_RAT (RecName: Full=Meiosis regulator and mRNA stability factor 1; AltName: Full=Limkain-b1; AltName: Full=Meiosis arrest female protein 1)

HSP 1 Score: 139.813 bits (351), Expect = 7.614e-32
Identity = 82/242 (33.88%), Postives = 135/242 (55.79%), Query Frame = 0
Query:   64 LGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKR 305
            L  +GVFWDI+NC +P G+SAT VV ++R     +G  E EF+ VCD+++   ++I ELN  QV+V H+  + KN+AD+KLRQ++R+F +     +T+V++S D++F  +LSD R R G  +IL+H   A+EA+   A+    F   + D+P +          T L V NLP  +D   +++  RL  +     C  K+ +     A+L+F +   A +A   ++   +  N I V +  +
Sbjct:  348 LPPIGVFWDIENCSVPSGRSATTVVQRIRE-KFFRGHREAEFICVCDISKENKEVIQELNNCQVTVAHINATAKNAADDKLRQSLRRFANTHTAPATVVLVSTDVNFALELSDLRHRHGFHIILVHKNQASEALLHHANQLIRFEEFISDLPPRLPLKIPC--HTLLYVYNLPANKD--GKSISNRLRRLSD--NCGGKVLSITGCSAILRFINQDSAERAQKRMENEDVFGNRIIVSFTPK 582          
BLAST of limkain- partial vs. nr
Match: gi|1279711935|ref|XP_022900383.1| (meiosis regulator and mRNA stability factor 1 isoform X2 [Onthophagus taurus])

HSP 1 Score: 193.741 bits (491), Expect = 3.813e-46
Identity = 216/877 (24.63%), Postives = 369/877 (42.08%), Query Frame = 0
Query:   64 LGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPK-QNVEKRLEEIC--RFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKRGSFMGLTRAMSRTHSMS--PARELKSRPIATVRGIAAQGS----------LPNPKQQSRTNPWEEDEGLIFRQSMADSTNFVVTRDPESNMRRVSSSVLELQNYQQRPTVANLSPRARRRVQDLQARCASPTPEAGAKKKKTRRRRTSKSAMRIERSASQTESEASEKSCDSLPDQMNDLELLNKEGVQKESPIGMKLMLQIPQREQSEVERIFSEILEVYDIEVSSQQLQKSDDGWTCTVGIRGFACAQKVTFCEPVQAGQ----------CAILRTIPNDTHLKWEELERIFLAQLNSSANVPTLEELRRVPGIQVSTRSGVTYVLKVSSEQSTPAVPPNSL----CPIHDKTSNFKE------SYILPNVLTTLDKLKEQLTLAMKVHNNNIHHASLLYCLHATCSTENIQDLIKVVPPEQGGVPLEQLLVAL-GITETVVGINGTLFIRPRGKQH-------------SLESYPDSKPPPLATLERKFLQILEKAPYHRIAWETDFVEMFFAENKVKLSEVCRSFGGISATLE--KLSGTFALIGTKRNSELILSFGYQKKIFLIALRKVLAGQESFKAGLPLDPDDLGSLYEKRMKKPFQINAFGLCSVDDML-----GAILKSRQN 884
            L  +GVFWDI+NC +P  KSA+ +V K+R L    G  E EF+VVCDV +  A II +L+ AQV++ HV  + KN+ADEKLRQ++R++ + +   S +V+ISGDI+F  DLSD R RK ++VIL+HNC A +A+ S A+ S  +  L E++P   +  SS +   E+ + NLP    M K +N   RL + C  +     +KL       AVL F + + A +A   L+G                   G    +S   ++   PAR    RP  +V G A Q S           PN    S+ N W+  + L   Q  A +  ++    P+ N      S   LQ  QQR +           + D    C    P         R R  S  A++ E +A+  ++    K+ + L   +             +  + +K +LQ     +  V  +   I  + D  ++S ++    D       +  +    +      VQ+             ++L   P +  L    L  +  ++ N   +   L  L+    +++   +    +  +   +S+P V  N+L    C +H     F E      +Y LPN+   L     +L   + +H + +   S   C  +    E        +P ++ GVPLE L+  + G++    G    +    R  Q+               ++  +        L R+  +IL     +++   + F+ ++    + +       F  +   L+   LS    ++G   N  + L+   Q + F   L KVL   +      P+  ++  S+YE+ +K+PF +  +GLC ++D+L     G I+ S++N
Sbjct:   74 LPPIGVFWDIENCQVPKNKSASSIVQKIREL-FFDGYREAEFIVVCDVKKENAQIIQDLHDAQVNLIHVSSTSKNAADEKLRQSLRRYAETYSAPSAVVLISGDINFAGDLSDLRYRKKIQVILIHNCNAADALISCANKSYAYGSLTENLPLLKTKISSQY---EILIENLPINCGMKKLRNRLNRLSDNCGGKVINVDIKL-----GAAVLVFSNYNFAIRAQRRLRG---------------EDVYGYKIRLSNPTNVGDLPARNFTPRPPKSVEG-AGQSSGYCSQDGGNYYPN----SQNNSWDSRKYLQ-EQDTAKNLPYI----PQDNFFVPIKSSNSLQITQQRSSTP---------MDDSMGACGVSYP--------NRSRSNSAFALKEEENATY-QANIGYKTIELLITNL-------------DPSLNLKSVLQ--NLIKDYVMVVGLNITYMKDTPIASVKVASHQDAQYLISKLHRYKLGNRRIIFSYVQSDNIDPAYLRDRVISVLTEFPGN-RLPLYHLITLLQSRFNIKVSKYELNRLKDT--VRIEDINSERIISLIPEMRSSPTVEINTLLLAYCNVHCPNGFFNEHWYGSQNYTLPNINMPLQTFSNKLHTLLTLHMDILPLLSFPICYESIFGEE--------IPTDENGVPLEHLVTCVEGVSLNFGGPRRNVKYLKRSNQNIDSHVVKNEDETIGSDTMSEESNANFRILSREIFEILSMTKNYQLNL-SKFIPLYHNHYRRQCKLAYYGFTKLIDLLQCPYLSKVIQIMGDGDNRVITLTHSAQIRRFTRDLFKVLKAHQR----KPITLNEFPSIYERAIKRPFNVFEYGLCELEDLLNEVPKGVIVVSKEN 867          
BLAST of limkain- partial vs. nr
Match: gi|1279711933|ref|XP_022900382.1| (meiosis regulator and mRNA stability factor 1 isoform X1 [Onthophagus taurus])

HSP 1 Score: 193.356 bits (490), Expect = 5.092e-46
Identity = 216/877 (24.63%), Postives = 369/877 (42.08%), Query Frame = 0
Query:   64 LGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPK-QNVEKRLEEIC--RFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKRGSFMGLTRAMSRTHSMS--PARELKSRPIATVRGIAAQGS----------LPNPKQQSRTNPWEEDEGLIFRQSMADSTNFVVTRDPESNMRRVSSSVLELQNYQQRPTVANLSPRARRRVQDLQARCASPTPEAGAKKKKTRRRRTSKSAMRIERSASQTESEASEKSCDSLPDQMNDLELLNKEGVQKESPIGMKLMLQIPQREQSEVERIFSEILEVYDIEVSSQQLQKSDDGWTCTVGIRGFACAQKVTFCEPVQAGQ----------CAILRTIPNDTHLKWEELERIFLAQLNSSANVPTLEELRRVPGIQVSTRSGVTYVLKVSSEQSTPAVPPNSL----CPIHDKTSNFKE------SYILPNVLTTLDKLKEQLTLAMKVHNNNIHHASLLYCLHATCSTENIQDLIKVVPPEQGGVPLEQLLVAL-GITETVVGINGTLFIRPRGKQH-------------SLESYPDSKPPPLATLERKFLQILEKAPYHRIAWETDFVEMFFAENKVKLSEVCRSFGGISATLE--KLSGTFALIGTKRNSELILSFGYQKKIFLIALRKVLAGQESFKAGLPLDPDDLGSLYEKRMKKPFQINAFGLCSVDDML-----GAILKSRQN 884
            L  +GVFWDI+NC +P  KSA+ +V K+R L    G  E EF+VVCDV +  A II +L+ AQV++ HV  + KN+ADEKLRQ++R++ + +   S +V+ISGDI+F  DLSD R RK ++VIL+HNC A +A+ S A+ S  +  L E++P   +  SS +   E+ + NLP    M K +N   RL + C  +     +KL       AVL F + + A +A   L+G                   G    +S   ++   PAR    RP  +V G A Q S           PN    S+ N W+  + L   Q  A +  ++    P+ N      S   LQ  QQR +           + D    C    P         R R  S  A++ E +A+  ++    K+ + L   +             +  + +K +LQ     +  V  +   I  + D  ++S ++    D       +  +    +      VQ+             ++L   P +  L    L  +  ++ N   +   L  L+    +++   +    +  +   +S+P V  N+L    C +H     F E      +Y LPN+   L     +L   + +H + +   S   C  +    E        +P ++ GVPLE L+  + G++    G    +    R  Q+               ++  +        L R+  +IL     +++   + F+ ++    + +       F  +   L+   LS    ++G   N  + L+   Q + F   L KVL   +      P+  ++  S+YE+ +K+PF +  +GLC ++D+L     G I+ S++N
Sbjct:   74 LPPIGVFWDIENCQVPKNKSASSIVQKIREL-FFDGYREAEFIVVCDVKKENAQIIQDLHDAQVNLIHVSSTSKNAADEKLRQSLRRYAETYSAPSAVVLISGDINFAGDLSDLRYRKKIQVILIHNCNAADALISCANKSYAYGSLTENLPLLKTKISSQY---EILIENLPINCGMKKLRNRLNRLSDNCGGKVINVDIKL-----GAAVLVFSNYNFAIRAQRRLRG---------------EDVYGYKIRLSNPTNVGDLPARNFTPRPPKSVEG-AGQSSGYCSQDGGNYYPN----SQNNSWDSRKYLQ-EQDTAKNLPYI----PQDNFFVPIKSSNSLQITQQRSSTP---------MDDSMGACGVSYP--------NRSRSNSAFALKEEENATY-QANIGYKTIELLITNL-------------DPSLNLKSVLQ--NLIKDYVMVVGLNITYMKDTPIASVKVASHQDAQYLISKLHRYKLGNRRIIFSYVQSDNIDPAYLRDRVISVLTEFPGN-RLPLYHLITLLQSRFNIKVSKYELNRLKDT--VRIEDINSERIISLIPEMRSSPTVEINTLLLAYCNVHCPNGFFNEHWYGSQNYTLPNINMPLQTFSNKLHTLLTLHMDILPLLSFPICYESIFGEE--------IPTDENGVPLEHLVTCVEGVSLNFGGPRRNVKYLKRSNQNIDSHVVKNEDETIGSDTMSEESNANFRILSREIFEILSMTKNYQLNL-SKFIPLYHNHYRRQCKLAYYGFTKLIDLLQCPYLSKVIQIMGDGDNRVITLTHSAQIRRFTRDLFKVLKAHQR----KPITLNEFPSIYERAIKRPFNVFEYGLCELEDLLNEVPKGVIVVSKEN 867          
BLAST of limkain- partial vs. nr
Match: gi|1069798506|ref|XP_018323892.1| (PREDICTED: meiosis arrest female protein 1 homolog isoform X1 [Agrilus planipennis])

HSP 1 Score: 192.586 bits (488), Expect = 9.425e-46
Identity = 269/1178 (22.84%), Postives = 509/1178 (43.21%), Query Frame = 0
Query:   67 VGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFN-ERERVAVLKFDHGSQATKALGALKGFTMGLNEINVD---YNKRGSFMGLTRAMSRTHSMSPARELKSRPIATVRGIAAQGSLPNPKQQ---SRTNPWEEDEGLIFRQSMADSTNFVVTRDPESNMRRVSSSVLELQNYQQRPTVANLSPRARRRVQDLQARCASPTPE--AGAKKKKTRRRRTSKSAMRIERSASQTESEASEKSCDSLPDQMNDLELLNKEGVQKESPIGMKLMLQIPQREQSEVERIFSEILEVYDIEVSSQQLQKSDDGWTCTVGIRG-----FACAQ---------KVTFCEPVQAGQ---------CAILRTIPNDTHLKWEELERIFLAQLNSSANVPTLEELRRVPGIQVSTRSGVTYVLKVSSEQSTPAVPPNS----LCPIHDKTSNFKESY------ILPNVLTTLDKLKEQLTLAMKVHNNNIHHASLLYCLHATCSTENIQDLIKVVPPEQGGVPLEQLLVALGITETVVG--INGTLFIRPRGKQHSLES-------YPDSKPPPLATLERKFLQILEKAPYHRIAWETDFVEMFFAENKVKLSEVCR----SFGGISATLEKLSGTFALIGTKRNSELILSFGYQKKIFLIALRKVLAGQESFKAGLPLDPDDLGSLYEKRMKKPFQINAFGLCSVDDMLG------------------AILKSRQNLFKLSENRLFFKDEIETFV-GNSVAILLDKYGFTCSLPAFDESYTK--KHGDYSIPKLC--FKSIQDLCGDFRNVFEYITRQDVNIDMISVVKPLKLAYLKKILLNELEIPQNNHCIKLDQLEHMCLLNQGFHLSTAMGNLNMTGLEELVRSFGPKNILQVLDLPNRGGKHLVLKRGDWSKDFQRRVVFLLFHCPGHRLRVSLVEQLFSNTFGNYFYLGWTFVERMIQSSILHLQGQSSEQTIHLHPNAITLSQLAVLIPILGGQIHTDQVAQEFQNRFKKNLADKD 1166
            +GVFWDI+NC +P  KSA+ VV ++R L       E EF+VVCDV +  + I+ ELN +QV++ HV  + KN+ADEKLRQ++R+F + +   + + +IS D++F ADLSD R RK + VIL+HN    +A+   A+ +  FSV+  ++P +  T     Q  +L VTNLP   D+ K  ++ RL  +C  + C  ++ N  +   A ++F     A +A   ++G  +  N+INV      +   F   T    ++   S   ++ S   ++   I     +P+ + Q   + +N W+ ++     Q ++    F+  R P     R    +  ++        ++L PR     + L+ RC +P     AGA             ++  +       +++      +L   ++   + N+ G Q +  + + +    P  E  E+ +I   +L+ + + ++     ++D     TV +       FA +Q         ++T      +G           ++L+ +P +  +   +   +   +  ++ +V  L +LR +   +++   G   ++ +   +++P    N      C IH      K  +       LPNV  +L     ++   +  H+  +   SL  C           +L + +P ++ GVPLE L+  +   E   G       +++ + + + +++          S  P ++ L R+ + +L+   Y R       +  F           CR     F  ++   E LS    ++G   +  L LS   Q + F   L +VL GQ+S +  L     D  S YEK + KPF    +GLC ++D+L                   +I K  Q   +++  + F  + +E      + ++L +K+     +PA+   +    K  DY   KL   F++I D       V E  + +      IS++ PL +  L+  +++ L+  Q    + L+ +    L   G+ L       N   + EL+  F  K  ++V++  N  G  L+L R + +K  + RV  LL + P H L++S   Q +   F  +  L  + +E++  +SI+ L   S+E  + L P  +  +Q+  ++    G I  + ++  +  ++ + L   D
Sbjct:   90 IGVFWDIENCQVPKNKSASSVVQRIREL-FFSNYREAEFIVVCDVKKESSQIVQELNDSQVNLIHVSSTSKNAADEKLRQSLRRFAEIYRAPAAVALISSDVNFAADLSDLRYRKKMHVILIHNTNVADALILCANETYSFSVITGNLP-EHKTKICPVQPVDLFVTNLPLNCDIGK--IKNRLHFLC--NNCGGRVVNLNKLGQATIRFSSLDFAKRAQRRMQGEDVFGNKINVSNPTAARESPFKSCTGRRVKSSEASAVYQI-SNYTSSQPNITTAEDIPSYRTQQTVTESNTWKSEDS---SQELSTVAQFLTPRQPPQAFFRPIRGLGLME-------TSSLEPR-----KSLERRCQTPQGAIMAGA------------GSLSFQEQQQDDLNKSGNGHSLNLMRSISSSNITNQGGAQSQC-VDLIITNLDPAIEIKELRKILINMLKQFVMVMNLSITSQADGSPVATVRVSSQQEAQFAISQLHRQKLGHRRITIMYAQTSGPDISKLRTFVMSLLKEVPGN-RMPLFKFVSLLETRYRTNVSVSDLYKLREI--CRITDTQGGRMIMLLPEMRNSPTPKLNEELTMYCCIHCPNGLEKRGWGEADLIELPNVKVSLKMFSSKIYTLLTTHSGILPLLSLQICYET--------ELSEPLPTDESGVPLEHLVTCVKNVELKYGGPNKNIKYLQLKTETNEIDAEDSVMKYVSPSLIPNISLLCRELIDLLKT--YDRCQLP---LNKFIPAYHHHFGRQCRVADYGFIKLADLFEVLSHVVQILGEGASRMLTLSHIAQTRRFTTDLLRVLKGQQSKQVTL----CDFPSAYEKTLNKPFNPVEYGLCMLEDLLSEVPDNTVVYNRVNGQMIISIPKRDQTPEEVARTKQFASEVVELLKHAPNCSMLFNKF-----VPAYHHHFGHQCKVSDYGFTKLIELFEAIPDTV----KVEELPSGE----RKISLLLPLAMKVLESQIIDLLKNSQ-MPSMSLNAVNTAFLKEYGYPLKPQAYECN--DINELISRFNEK--IEVVN-SNSAGP-LLLMRQENNKMLEIRVWSLLLN-PPHCLKISAFIQGYRVRF--HSTLSMSKLEQL--NSIVKLSSDSNETMVTLTPLYVLAAQIYHILQENKGLIPLNNLSGLYAKKYGRPLKCTD 1187          
BLAST of limkain- partial vs. nr
Match: gi|1274998481|gb|PIK45383.1| (putative meiosis arrest female protein 1-like [Apostichopus japonicus])

HSP 1 Score: 190.66 bits (483), Expect = 2.687e-45
Identity = 223/897 (24.86%), Postives = 376/897 (41.92%), Query Frame = 0
Query:   64 LGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTE-LEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNK-RGSFMGLTRAM--SRTHSMSPARELKSRPIATVRGIAAQG----SLPNPKQQSRTNPWEEDEGLIFRQSMADSTNFVVTRDPESNMRRVSSSVLELQNYQQRPTVANLSPRARRRVQDLQARCASPTPEAGAKKKKTRRR---------RTSKSAMRIERSASQTE-------SEASEKSCDSLPDQMNDLELLNKEGVQKESPIGMKLMLQ--IPQREQSEVERIFSEILEVYDIEVSSQQLQKSDDGWTCTVGIRGFACAQKVTF---CEPVQAGQCAILRTIPNDTHLKWEELERIFLAQLNSSANVPTLE----------------ELRRVPGIQV--STRSGVTYVLKVSSEQSTPAVPPNSL----------------------CPIH--DKTSNFKESYILPNVLTTLDKLKEQLTLAMKVHNNNIHHASLLYCLHATCSTENIQDLIKVVPPEQGGVPLEQLLVALGITETVVGINGTLFI-RPRGKQHSLESY--PDSKPPPLATLERKFLQILEKAPYHRIAWETDFVEMFFAENKVKLSEVCR----SFGGISATLEKLSGTFALIGTKRNSELILSFGYQKKIFLIALRKVLAGQESFKAGLPLDPDDLGSLYEKRMKKPFQINAFGLCSVDDMLGAILKSR 882
            L  +GVFWDI+NCC+P GKSA  VV ++R     +G  E EF+ VCD+ +  + +I ELN AQV+V H+    KN+AD+KL+Q++R+F D   R +T+V+ISGDI+F  DLSD R R G+ VIL+H   ++EA++S A+    +S L+ D+P +  +   +   +  L + NLP  + +   +V  RLE++     C  K+ +     AV+KF +   A +A   L+G  +  N I+V + +  G +    ++   +R    +     +S P   V     +G    S+P+P   +R  P E+ E     Q    + N        S M  V+    ++ N+   P+          + + LQ R  SP     +   K RR          R+  S  R+    +QT        S    K     P  +      N+   Q E P G+ L++     +  + E++R+ S  +  +   +  +    +   +  TV +   A A +        P+ A +  I     +D++        I L Q N S ++P  E                +L ++P       T SG    L   S   TP +P                          CP+H  D +    E  +  N+  +L     Q+   +++HN  I  AS   C  A  +             +  GVPLE L+  +     +VG +   +I  P  KQ   +    P   P PL    R+ + +L+ +   ++ +       F  E   K ++ CR     F  +S   + +S +  ++G + N  + LS   Q K F     KVL  Q S +    +   +    +++   + F    +GLCS+ D++  +  S+
Sbjct:  187 LPPIGVFWDIENCCVPSGKSAFEVVRRIRDR-FFEGHREAEFMCVCDIKKENSTVIEELNNAQVTVAHINAVAKNAADDKLKQSLRRFADTHSRPATVVLISGDINFAHDLSDLRHRHGLNVILVHKSDSSEALKSCANSLIKYSDLITDLPYRSPSKHQTVSESNLLAIHNLPIKRAV--SSVRVRLEQLS--ENCGGKVVHLSNGTAVIKFPNQESAFRAKKRLEGENVFGNLISVAFQRYNGGYNNSPKSYKDNRKRGSNLDDSQRSSPCHDVDAQQHEGEDTASIPSP---ARVIPKEQREDGAANQKKETNRNV-------SPMPSVTPFQKKIPNWTSLPST---------QFRPLQERSYSPYSMNNSHDIKYRRSPAGDNGVCFRSIPSVQRVTPPMNQTLFLPDGGISPLPMKGTYRAPTPIQ--VATNQTKSQWEPPPGVDLLVTNLDNKMTRKELKRLLSAAIGRHAKVLHMKLFAPTQGHFQATVRVPNQADAMRTLLKVNGAPIGAWKIEISLLPASDSNADKLRQMVIPLLQSNGSFSLPLTEFKKAFQQKYDQVVYTFDLYQIPETVTLRDTTSGKVISLSNQSRPETPNIPSYLSSSSRQSPMIPTRDSTPQPCARWCPLHIKDISKVVIEECVDLNISVSLRTFSAQVLTLLEMHNGAISLASFPVCYRAEYTFNK----------DVNGVPLEHLISCVKGVFIMVGHDTFKYICLPNKKQQGEDGNKGPPLLPHPLFNFSREVMDLLKYSSLCKVDYHK-----FATEYHHKFNKQCRVADYGFLKLSELFDAISQSVQVLGEEDNKIITLSHQTQMKRFAQDALKVLRSQASKQ----VTAREFPIAFQRMFGRMFNPAEYGLCSLLDLISELTDSQ 1038          
BLAST of limkain- partial vs. nr
Match: gi|1080070191|ref|XP_018577487.1| (meiosis regulator and mRNA stability factor 1 [Anoplophora glabripennis])

HSP 1 Score: 182.956 bits (463), Expect = 1.041e-42
Identity = 214/864 (24.77%), Postives = 373/864 (43.17%), Query Frame = 0
Query:   67 VGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFN--ERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKRGSFMGLTRAMSRTHSMSPARELKSRPIATVRGIAAQGSLPNPKQQSRTNPWEEDEGLIFRQSMADSTNFVVTRDPESNMRRVSSSVLELQNYQQRPTVANLSPRARRRVQDLQARCASPTPEAGAKKKKTRRRRTSK----SAMRIERSASQTESEASEKSCDSLPDQMNDLELLNKEGVQKESPIGMKLMLQIPQREQSEVERIFSEILEVYDIEVSSQQLQKSDDGWTCTVGIRGFACAQ-KVTFCEPVQAGQCAILRTIPNDTHLKWEELERIFLAQLNSSANVPT----------LEELRRVPGIQVSTRSGVTYVLKVSSE---------QSTPAVPPNSL-----------CPIHDKTSNFKESYIL--PNVLTTLDKLKEQLTLAMKVHNNNIHHASLLYCLHATCSTENIQDLIKVVPPEQGGVPLEQLLVALGITE-TVVGINGTLFIRPRGKQHSLES--------YPDSKPPPLATLERKFLQILEKAPYHRIAWETDFVEMFFAENKVKLSEVCR----SFGGISATLEKLSGTFALIGTKRNSELILSFGYQKKIFLIALRKVLAGQESFKAGLPLDPDDLGSLYEKRMKKPFQINAFGLCSVDDMLGAI 878
            +G++WDI+NC +P GKSA+ VV K+R +   +   E EF+VVCDV +    II EL+ +QV++ HV  + KN+ADEKLRQ++R+F +     S +V+ISGDI+F ADLSD R RK ++VIL+HN    EA+   A+    F+ L++++P +  T  +S+    L V+NL  P  +  + +  RL ++     C  K+ N    + +A ++F +   A +A   ++G  +  ++I V      +F G              R+LK+   +  +   + G+LP P   S  + + +D  L F Q  A        RD     + ++S         Q+ T     P     + ++     S     G ++   RR RT +    +AM    S     S +SE S D    +M      + +  Q   P+ + +    P  +  E+ R+ + +L+ Y + +S   + ++D      + +     AQ  ++     + G   I+ +   +     E+L  I +A L    +VP           L E R    + VS  + +  + K++ +         Q   A PP +L           CP   ++  + E   +  PN++ +L     +L   +K+H   +   S   C          Q+  + +P  + GVPLE L+  +   E   VG N  + +    +  ++ES         P S  P ++ L R+ + +L+     ++      +  F           CR     +  +    E +S    ++G      + LS   Q + F   L +VL  Q S +  +     D  S YEK M K F    +GLC+ +D+L  +
Sbjct:   84 LGIYWDIENCHVPKGKSASDVVQKIREV-FLENYRESEFVVVCDVKKETPQIIQELHDSQVNLIHVSSTSKNAADEKLRQSLRRFAEVHSAPSGIVLISGDINFAADLSDLRYRKKIRVILVHNVNVAEALILCANEHHSFTELMKNLP-ESRTKVNSYSPALLTVSNL--PLKLETKRIRSRLRKLVE--NCGGKILNISSEDGIATIRFGNVDTALRAQRRIQGEDVFGSKIKVLSPSVRNFSG--------------RKLKNGDTSQ-QSATSYGTLPPPPGFSNQD-YGQDY-LYFNQLGA--------RDIRKQTQDLNS---------QQATENVFRPIRGMGISNVSPMDISYEQSWGGRRSGDRRPRTPQEQINAAMGAVPSRVHKVSGSSEYSDDG---KMCYSSETDGKSTQTNQPVDLIISNLDPTIDTKELRRLLTNMLKEYAMILSLNVITQADGTPIANIRVNSQQEAQFAISQLHRQKLGHKRIVISYSQNNSPDPEQLRAIVIALLQ---DVPDKCMPLFKFIELLESRYHCTVSVSEVNKLKDICKITDDLGSRIISLTQEVKASPPPNLSSTFVPYCTIHCPNGLQSRGWCELNTIQTPNIMMSLKLFGNKLIGLLKMHLGCMPLLSFQICYE--------QEYHEPLPVVESGVPLEHLIACVPNMEVNYVGPNKNIKVVKYNEMKNVESDEDAVLKTVPPSLAPNISLLCRELVDLLKTMDRCQL-----LLSKFIPAYHHHFGRQCRVADYGYTKLLDLFESISHVVQIMGDGTRRVITLSHSAQMRRFTSDLLRVLKVQPSKQISI----TDFPSAYEKVMNKSFNAVEYGLCTFEDLLQEV 884          
BLAST of limkain- partial vs. nr
Match: gi|1285016919|ref|XP_023020617.1| (meiosis regulator and mRNA stability factor 1, partial [Leptinotarsa decemlineata])

HSP 1 Score: 176.022 bits (445), Expect = 1.047e-40
Identity = 229/957 (23.93%), Postives = 394/957 (41.17%), Query Frame = 0
Query:   67 VGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGST---SSSSFQFTELEVTNLPGPQDMPKQNVEKR-LEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKRGSFMGLTRAMSRTHSMSPARELKSRPIATVRGIAAQGSLPNPKQQSRTNPWEEDEGLIFRQSMADSTNFVVTRDPESNMRRVSSSVLELQNYQQRPT----VANLSPRARRRVQDLQARCASPTPEAGAKKKKTRRRRTSKSAMRIERSASQTESEASEKSCDSLPDQ-MNDLELLNKEGVQKESPIGMKLMLQIPQREQSEVERIFSEILEVYDIEVSSQQLQKSDDGWTCTVGIRGFACAQ----------------KVTFC-------EPVQAGQCAILRTIPNDTHLKWEELERIFLAQLNSSANVPTLEELRRVPGIQVSTRSGVTYVLKVSSEQSTPAVPPNSL-----------CPIHDKTSNFKESYIL--PNVLTTLDKLKEQLTLAMKVHNNNIHHASLLYCLHATCSTENIQDLIKVVPPEQGGVPLEQLLVALGITET-VVGINGTLFI--------RPRGKQHSLESYPDSKPPPLATLERKFLQILEKAPYHRIAWETDFVEMFFAENKVKLSEVCR----SFGGISATLEKLSGTFALIGTKRNSELILSFGYQKKIFLIALRKVLAGQESFKAGLPLDPDDLGSLYEKRMKKPFQINAFGLCSVDDMLG-------AILKSRQNLFKLSENRLFFKDEI---ETFVGNSVAILLDKYGFTCSLPAFDESYTKKHG------DYSIPKLC--FKSIQDL 947
            +G++WDI+NC +P  KSA  VV K+R +       E EF+VVCDV +    II EL+ AQV V HV  + KN+ADEKLRQA+R+F +     S +V+ISGD++F ADLSD R RK ++VIL+HN    +A+   A+    F+ L++DI +  S    ++ +F    L +TNLP   D+ +     R L E C    C +      + +A ++F +   A +A   ++G  +  N+I V      +F G              R++K+  ++           P   QQ   N                     ++RD        + SV++  N   RP     V+N+SP      Q             G K+   RR  T +  +      +Q+ +  +  S +   +Q M  +    ++ VQ   P+ + +    P  E  E+ R+ + +L+ Y + +S     ++D      + +     AQ                 +++        E ++A    +L+ +P+     ++ L+ +  ++ N + +V  + +L+ V  I     S +     +S  Q     PP SL           CP   K+  + E  ++  P++  +L    ++LT  +K+H   +H  S   C          Q+  + +P ++ GVPLE L+  +   E   VG N  + +            + H L+S P S  P ++ L R+ + +L+     ++      +  F           CR     +  +    E +S    ++G      + LS   Q + F   L +VL  Q S +  +     D    YEK + K F    +GLC+ +D+L         I K+   +F     R    +EI   + F    + +L     +T     F  +Y    G      DY   KL   F++I D+
Sbjct:   85 LGIYWDIENCHVPKSKSAAAVVQKIREV-FLHTYRESEFVVVCDVKKESPLIIQELHDAQVMVIHVSATSKNAADEKLRQALRRFGELHPAPSGVVLISGDVNFAADLSDLRYRKKIRVILVHNVNVADALILCANEHHSFAELMKDISAHKSKVIENTPAF----LTITNLPSNYDIGRLRSRLRMLTENCGGKICAI----SSDGIASVRFGNLDYALRAQRRIQGEDVFGNKIKVLSPSVRNFTG--------------RKMKNADLSYKSYDMPPPPPPGFSQQDYHNAHHGQS---------------ISRDSRRLTETSNQSVMD--NCMFRPIRGAGVSNVSPMDVGYEQIW-----------GGKRNLDRRALTPREQLLNATCGNQSRTHKNSGSSEYSDEQRMGYMSENEEKHVQSNQPVDLIISNLDPTIETKELRRLLTNMLKEYAMILSLNVTIQADGTPIANIRVNSQKEAQFTISQLHRQKLGHKRIVISYAQSNSPDPEQLKAMVIGVLQEVPDKCMPLFKFLD-LLESRYNCTVSVSEVNKLKDVCKITDDLGSRI-----ISLTQEIRTSPPPSLSRTLVPYCTIHCPNGIKSRGWCEFSVVQAPSIKMSLKLFTDKLTGLLKIHLGCMHLLSFQACYE--------QEFHEPLPVDETGVPLEHLISCVPHMEIRSVGPNKNIKVIKYEETLNSQHEEDHVLKSMPPSLAPNISLLCRELVDLLKTTDRCQL-----LLSKFIPAYHHHFGRQCRVADYGYTKLLDLFESISHVAQIMGDGTRRTITLSHTAQMRRFTSDLLRVLKVQPSKQISII----DFPQAYEKVLNKTFNAVEYGLCTFEDLLQEVPENTIVISKNDAGIFIAVPKREQTAEEIVRTKQFAAEVIDLLRHSPYYTMLFNKFVPAYHHHFGHQCKVSDYGFTKLIELFEAIPDI 967          
BLAST of limkain- partial vs. nr
Match: gi|646721760|gb|KDR22990.1| (Limkain-b1, partial [Zootermopsis nevadensis])

HSP 1 Score: 175.637 bits (444), Expect = 1.357e-40
Identity = 102/247 (41.30%), Postives = 150/247 (60.73%), Query Frame = 0
Query:   59 STPPGLGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKR 305
            S P  L  +GVFWDI+NC +P G+SA  V   +R      G  E EFLVVCDV +  + +I ELN AQV++ HV  + KN+ADEKLRQ++R+F D  G  + +++ISGDI+F ADL+D R RK   VILLHN  A+EA+   A    +F+ L+ED+P +G T  S++Q  E+ V+NL  P+D  +  ++ RL+++     C  ++ +  +  A L+F  G  AT+A   + G  +   +I V Y  R
Sbjct:    7 SLPRFLPPIGVFWDIENCQVPKGRSAVAVAQIIRDR-FFDGYREAEFLVVCDVKKENSQVIQELNDAQVNLIHVASTCKNAADEKLRQSIRRFADIHGSPAAIILISGDINFAADLTDLRHRKKFHVILLHNSSASEALILCASEHYNFASLMEDLPLRG-TIKSNYQPVEIVVSNL--PEDKDQTRIKNRLKQLS--GNCGGRVLSIIKSTATLRFSTGEFATRAQKRMDGEDVFGRKITVAYPNR 247          
BLAST of limkain- partial vs. nr
Match: gi|1227962220|ref|XP_021942540.1| (meiosis regulator and mRNA stability factor 1 isoform X2 [Zootermopsis nevadensis])

HSP 1 Score: 175.252 bits (443), Expect = 2.556e-40
Identity = 102/247 (41.30%), Postives = 150/247 (60.73%), Query Frame = 0
Query:   59 STPPGLGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKR 305
            S P  L  +GVFWDI+NC +P G+SA  V   +R      G  E EFLVVCDV +  + +I ELN AQV++ HV  + KN+ADEKLRQ++R+F D  G  + +++ISGDI+F ADL+D R RK   VILLHN  A+EA+   A    +F+ L+ED+P +G T  S++Q  E+ V+NL  P+D  +  ++ RL+++     C  ++ +  +  A L+F  G  AT+A   + G  +   +I V Y  R
Sbjct:  130 SLPRFLPPIGVFWDIENCQVPKGRSAVAVAQIIRDR-FFDGYREAEFLVVCDVKKENSQVIQELNDAQVNLIHVASTCKNAADEKLRQSIRRFADIHGSPAAIILISGDINFAADLTDLRHRKKFHVILLHNSSASEALILCASEHYNFASLMEDLPLRG-TIKSNYQPVEIVVSNL--PEDKDQTRIKNRLKQLS--GNCGGRVLSIIKSTATLRFSTGEFATRAQKRMDGEDVFGRKITVAYPNR 370          
BLAST of limkain- partial vs. nr
Match: gi|1227962216|ref|XP_021942537.1| (meiosis regulator and mRNA stability factor 1 isoform X1 [Zootermopsis nevadensis] >gi|1227962218|ref|XP_021942539.1| meiosis regulator and mRNA stability factor 1 isoform X1 [Zootermopsis nevadensis])

HSP 1 Score: 175.252 bits (443), Expect = 2.567e-40
Identity = 102/247 (41.30%), Postives = 150/247 (60.73%), Query Frame = 0
Query:   59 STPPGLGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKR 305
            S P  L  +GVFWDI+NC +P G+SA  V   +R      G  E EFLVVCDV +  + +I ELN AQV++ HV  + KN+ADEKLRQ++R+F D  G  + +++ISGDI+F ADL+D R RK   VILLHN  A+EA+   A    +F+ L+ED+P +G T  S++Q  E+ V+NL  P+D  +  ++ RL+++     C  ++ +  +  A L+F  G  AT+A   + G  +   +I V Y  R
Sbjct:  130 SLPRFLPPIGVFWDIENCQVPKGRSAVAVAQIIRDR-FFDGYREAEFLVVCDVKKENSQVIQELNDAQVNLIHVASTCKNAADEKLRQSIRRFADIHGSPAAIILISGDINFAADLTDLRHRKKFHVILLHNSSASEALILCASEHYNFASLMEDLPLRG-TIKSNYQPVEIVVSNL--PEDKDQTRIKNRLKQLS--GNCGGRVLSIIKSTATLRFSTGEFATRAQKRMDGEDVFGRKITVAYPNR 370          
BLAST of limkain- partial vs. nr
Match: gi|1069668124|ref|XP_018313836.1| (PREDICTED: meiosis arrest female protein 1 homolog isoform X1 [Trachymyrmex zeteki])

HSP 1 Score: 172.94 bits (437), Expect = 1.622e-39
Identity = 122/362 (33.70%), Postives = 196/362 (54.14%), Query Frame = 0
Query:    7 ISLANWTGTGISARV---LAITHTSGTGTPFHTPCPLIAPNSAVRTTMEPASMSCSTPPGLGRVGVFWDIQNCCIPHGKSATRVVDKVRSLPQCQGQSEVEFLVVCDVTRLPADIINELNLAQVSVQHVCVSKKNSADEKLRQAMRKFVDNFGRGSTMVVISGDIDFLADLSDFRRRKGVKVILLHNCMANEAMQSVADFSQDFSVLLEDIPSQGSTSSSSFQFTELEVTNLPGPQDMPKQNVEKRLEEICRFHKCKLKLFNERERVAVLKFDHGSQATKALGALKGFTMGLNEINVDYNKR----------GSFMGLTRAMSRTHSMSPARELKSRPI-ATVRGIAAQGSLPNPKQQSRTN 354
            I L N +G+ I ++    L+ +H           C L+  +S       PA MS ST   L  +GVFWDI+NC +P G+SA  V   +R      G  E EF+VVCDV +  + II ELN AQV++ HV  + KN+ADEKL+QA+R+F D  G  + +++ISGDI+F ADLSD R RK + VILLH    +EA+   A+   DF  L E +PS+       ++  +L ++NLP   D+    +++RL+++     C  ++ + +   A+L+F   S A +A   ++G  +  ++I+V Y  +          GS +  +RA+S +  ++ +R+  S+ + A    +  Q +L  P  QS ++
Sbjct:   50 IRLENNSGSNIDSKAFGSLSFSHCRHD-------CSLLCYDS-------PAKMS-STSNHLPPIGVFWDIENCQVPKGRSAIGVTQLIRD-KFFDGYREAEFIVVCDVQKENSQIIQELNDAQVNLIHVAATCKNAADEKLKQAIRRFADIHGSPAAIILISGDINFAADLSDLRHRKKIHVILLHKKNTSEALILCANEHYDFMELTEPLPSR--PPPKGYESYDLLISNLPNETDV--SIIKRRLKQLSE--NCGGRVVDIQSNTAILRFTSHSSADRAQKRMEGELVLGSKISVKYLGKEKGNIIVKSLGSIITRSRAVSDSEIVTDSRQSNSKQMYAASASVLGQRTLQFPHVQSSSS 389          

HSP 2 Score: 72.0182 bits (175), Expect = 1.080e-8
Identity = 82/349 (23.50%), Postives = 149/349 (42.69%), Query Frame = 0
Query:  629 PIHDKTSNFKESYILPNVLTTLDKLKEQLTLAMKVHNNNIHHASLLYCLHATCSTENIQDLIKVVPPEQGGVPLEQLLVALGITETVVGINGTLFIRPRGKQHSLESYPDSK--PPPLAT----LERKFLQILEKAPYHRIAWETDFVEMFFAENKVKLSEVCRSFGGISATLEKLSGTFALIGTKRNSELILSFGYQKKIFLIALRKVLAGQESFKAGLPLDPDDLGSLYEKRMKKPFQINAFGLCSVDDMLG-------------------AILKSRQNLFKLSENRLFFKDEIETFV-GNSVAILLDKYGFTCSLPAFDESYTK--KHGDYSIPKLC--FKSIQDL 947
            P+ DK    +E   LPNV  +L  L+ +L   +  HN  +   SL  C  A       ++ +++V   + GVPLE L+  L   E    I    +I   GK+    ++ ++K   PPLA       R+ + +L+ A + ++ +   F+  +      +       F  +   LE L+ T  ++G      + LS   Q + F   L +VL  + S +  L     +  S+Y++ + KP+ I  +G+C ++D+LG                   AI K  Q   ++   +LF K+ +E         +L +K+     +P++   +    +  DY   KL   F++I D+
Sbjct:  803 PLSDKGWAEQEMASLPNVKISLKLLESRLQQLLASHNGILPLPSLPNCYEA-----EFKEQLEIV---EKGVPLEHLVSCLSCVELRQDIGSVKYIVWIGKKDHENNHDETKCVSPPLANQLALFSRELVDLLKTAKHCQLPFNR-FIPAYHHHFGRQCRVADYGFTKLIDLLEALTHTVQVMGEGNKRVVTLSHRAQVRRFTSDLLRVLKSKASKQVAL----SEFPSVYQRVIAKPWDIVDYGVCDIEDILGEVSENTVVVTPMEANDKMIAIPKREQTAEEMERTKLFAKEVVELLQHAPQCRMLFNKF-----VPSYHHHFGHQCRVSDYGFTKLIELFEAIPDV 1133          
The following BLAST results are available for this feature:
BLAST of limkain- partial vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAG000000009301.570e-822.80supercontig:LSalAtl2s:LSalAtl2s1162:109395:117096:... [more]
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BLAST of limkain- partial vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 6
Match NameE-valueIdentityDescription
gi|387942524|sp|E1BP74.2|MARF1_BOVIN1.033e-3432.38RecName: Full=Meiosis regulator and mRNA stability... [more]
gi|387942516|sp|B2GUN4.1|MARF1_XENTR2.738e-3332.83RecName: Full=Meiosis regulator and mRNA stability... [more]
gi|387912929|sp|Q9Y4F3.6|MARF1_HUMAN1.298e-3231.32RecName: Full=Meiosis regulator and mRNA stability... [more]
gi|387942515|sp|E1BZ85.1|MARF1_CHICK1.365e-3233.47RecName: Full=Meiosis regulator and mRNA stability... [more]
gi|387912901|sp|Q8BJ34.3|MARF1_MOUSE6.363e-3231.33RecName: Full=Meiosis regulator and mRNA stability... [more]
gi|387912882|sp|Q8VIG2.2|MARF1_RAT7.614e-3233.88RecName: Full=Meiosis regulator and mRNA stability... [more]
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BLAST of limkain- partial vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1279711935|ref|XP_022900383.1|3.813e-4624.63meiosis regulator and mRNA stability factor 1 isof... [more]
gi|1279711933|ref|XP_022900382.1|5.092e-4624.63meiosis regulator and mRNA stability factor 1 isof... [more]
gi|1069798506|ref|XP_018323892.1|9.425e-4622.84PREDICTED: meiosis arrest female protein 1 homolog... [more]
gi|1274998481|gb|PIK45383.1|2.687e-4524.86putative meiosis arrest female protein 1-like [Apo... [more]
gi|1080070191|ref|XP_018577487.1|1.041e-4224.77meiosis regulator and mRNA stability factor 1 [Ano... [more]
gi|1285016919|ref|XP_023020617.1|1.047e-4023.93meiosis regulator and mRNA stability factor 1, par... [more]
gi|646721760|gb|KDR22990.1|1.357e-4041.30Limkain-b1, partial [Zootermopsis nevadensis][more]
gi|1227962220|ref|XP_021942540.1|2.556e-4041.30meiosis regulator and mRNA stability factor 1 isof... [more]
gi|1227962216|ref|XP_021942537.1|2.567e-4041.30meiosis regulator and mRNA stability factor 1 isof... [more]
gi|1069668124|ref|XP_018313836.1|1.622e-3933.70PREDICTED: meiosis arrest female protein 1 homolog... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold194_size270518supercontigscaffold194_size270518:219228..242056 +
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-scaffold194_size270518-snap-gene-1.22-mRNA-1maker-scaffold194_size270518-snap-gene-1.22-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold194_size270518:219228..242056+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold194_size270518-snap-gene-1.22 ID=maker-scaffold194_size270518-snap-gene-1.22|Name=limkain- partial|organism=Tigriopus kingsejongensis|type=gene|length=22829bp|location=Sequence derived from alignment at scaffold194_size270518:219228..242056+ (Tigriopus kingsejongensis)
CTGTTGTGACGATCTCCTAGAACACAAGGAGAAGAAAGACTGCCGTCTTA TGACCACATTTCGTTAGCCAACTGGACTGGGACTGGCATTTCCGCCCGTG TTTTGGCGATTACACATACAAGCGGGACTGGTACACCCTTCCACACCCCG TGTCCATTGATTGCGCCCAATTCAGCCGTGAGTCATGTCAATTTCAGTTT GGGCTGTGCGGATTTGCCGTGGCTGTCTGCGGCCAGTCCGTGGAGGTCAT GCGTCGCCTAAGTCACGTCCCTAAGACGTATGTCCATGGGAGGAATGGGT CATGGGTTCGAATCTGGGCTGGATCCATTTGGCGGCCAAATTTGAATGCA GCTGCGCCATCTTGGCGGGCTTGAGAGGTGCTAGAAACATCGTCGGTCAA AGGGATGTGCCTAAATTGGCAAGTCGACTATCTCCCTGATGGAAGAGAGC GATTGGAATGCTGGATGACTTATCTTGACAGCGTTCCTGGACTTTTTTTG ATTGGAATTATGCTTGAGTAATCCGTTTGAGGCTGATATGCGCCAGTCAA GATAACGAAGGAAGATTTGATTTGAGATACATTATGACAGTCGTTCGGAG CCATGAGCCAGCCGGGGACCGGTGTCACCATCTCAAGGGTTTGGACAGAA TCCTCGGAATGATCTGCTAGTCCTTTGTGTCCTTTGTATGAAAGAGAATC TCGCGTAATCCATGCCAGGTGGCGGGTTTGAGCTAATGCATACGGATCTA CTTTCCAATAGGTGCGGACGACGATGGAACCTGCCTCGATGAGTTGCAGC ACACCCCCGGGCTTGGGGCGGGTGGGTGTTTTTTGGGACATTCAAAACTG CTGCATCCCACATGGCAAGAGCGCCACCCGGGTGGTCGACAAAGTGCGGA GTCTACCCCAGTGCCAAGGCCAATCTGAAGTCGAATTCCTGGTCGTCTGT GATGTCACCCGCTTACCTGCCGACATCATCAACGAGCTCAACTTGGCTCA GGTCTCGGTTCAGCATGTGTGCGTCTCGAAGAAGAACTCGGCCGACGAGA AGCTGAGGCAAGCCATGAGAAAGTTTGTCGACAACTTTGGTCGAGGCTCA ACTATGGTGGTCATTTCGGGTGACATTGATTTCTTGGTAAGTATGGTCCA GTCCCCACCCATTTGGGTTCACCCCGTCTTCAATGATATCACTATACCCA CAAAATAAACGCCGCACTCATTGATTGGAATGTTCAAAGAGATGCAAAAG AATCCCTGGCTTTGAAATAGCCAGGGTCGCGTGTTGGCGAGCCGATTTCT TGAGCCGGTTGACTCGCAGACCGCCAGCCTATACAATTTTTGTATCGCCC CGCAATCTTTTCCCATCTACTACAAAAGAGGCGTTCCACAATACCCAGGT TTTAGTTCAAAATCATCCATTTCTGAAATCGTACTCAACCCCTATCTTAT CTTCTGGCGTGTGCAGATTTTTCCAATGAATGCTTACAGTAGCTGAAAAT GGTTACGACGTCTCTTGTAAACCGGCCTTTACAGTGACACGGGAGGAATG CCAAAGCCTAGAAAAAGTTAGCTCAATCACTGGACTATTTTTGAGTTTGT AATCCAAAACGCTCCAAAGAATTAAGGAGCCACAATCATTGGATAACATT GTCGGCTATCCATATGATATTCTCGAGCTAATGTCTAATATCAAGTGGAG TTTGACCCAGATAAATTTCGTGAATCTCGATTCCTTGCTGCGGAAAACGT GATAAGTCGGAGGCAATCTTTTTCCCTATTGACTCTGTTAAAGTATTCAC TAATAGTTAGCAAATACGGCTTTGACATGAGGATCGGCTCAAAACCCCGC CCTATGGCTTTTGCACCTCCAAAACCGCAAGGATATGATTTTTTATGAAG AATTCCAGTAATCAAGAATAGCAGTACTTGCGAAGACAAACTGTTGACCC TGAGGGCATCATTTTCAAAACAATATGTATTAAAATGTGCAAGCTATATT TTTTGCCATGATCTCAGTTACCAAAGAAAGGAATTAAAACCTTTGCTGTA TTTAAACATAGTATTTGGGGTAATGCCATCTTGTTCCTTCTGGTGACATT GTACATGGTAAAACGTGTAGGTAACTAGGAAGTGAAGTGATCGAGTTATG GATCAGATCACTCTGCGAGAGTGAAGTATCAATTTTAAGTACATTCTCAA TTAGCCAGCCAACCATGTCTCACCCTCGTGAATACTTTCAAGCCAGGTAC AAATACCCGGGCGTTCTAGATAAATAGAACAGGCCACTCAGGCTGACTTC TGTTGGCCTAATCGAATCTGCTTAATCTCGGCAATGCTATTGAAACCGAT TGGTTTATTCTATTTTTCACTATTCGCTCGTTTTTACAGGCTGATCTGTC TGATTTCCGGCGTCGCAAAGGAGTCAAGGTGATCCTCCTCCACAATTGCA TGGCCAATGAGGCCATGCAGAGTGTGGCAGACTTCAGTCAAGATTTCTCT GTCCTGCTAGAGGACATTCCCAGTCAAGGCAGCACATCCTCGTCATCCTT CCAATTCACCGAGCTCGAGGTGACCAATCTCCCGGGTCCTCAGGATATGC CCAAGCAGAATGTAGAGAAAAGGTTGGAGGAGATTTGTCGGTTTCATAAG TGCAAACTTAAGCTGTTCAACGAGCGAGAGCGAGTGGCCGTGCTCAAGTT TGATCACGGTTCCCAGGCCACCAAAGCCCTCGGCGCCTTGAAGGGTTTCA CCATGGGTTTGAATGAGATCAATGTGGACTACAACAAGCGCGGGAGCTTC ATGGGTCTCACTCGAGCCATGAGCCGCACCCACTCCATGAGCCCCGCTAG AGAGCTCAAATCTCGCCCAATCGCTACTGTCCGAGGGATTGCCGCCCAAG GAAGCCTCCCCAATCCGAAACAGCAGTCACGAACTAACCCTTGGGAAGAA GACGAAGGATTGATTTTTCGCCAGAGCATGGCCGACAGTACGAATTTTGT GGTCACGAGGGATCCGGAGAGCAATATGAGACGCGTGTCATCGAGTGTAC TGGAGCTCCAGAACTATCAGCAAAGACCAACAGTCGCCAACTTGTCACCT CGGGCCAGGCGTCGTGTTCAGGATCTTCAAGCCCGATGTGCCAGTCCAAC GCCCGAGGCTGGAGCCAAGAAGAAAAAGACTCGGAGAAGAAGGACCTCCA AATCGGCCATGAGAATAGAGCGATCAGCCTCGCAGACCGAGTCCGAGGCC TCGGAGAAAAGCTGCGACTCCCTACCAGATCAGATGAACGATCTGGAGCT CTTAAACAAAGAGGGAGTCCAAAAGGAATCGCCAATCGGAATGAAACTCA TGCTTCAGATCCCACAGCGCGAGCAATCGGAAGTGGAGCGCATTTTCTCC GAGATCTTGGAGGTCTACGACATCGAGGTGTCCAGTCAACAACTTCAAAA ATCGGACGATGGGTGGACCTGTACTGTTGGTATTCGGGGATTCGCTTGCG CCCAAAAGGTAATCGATTTCGTGGATGATCTCCCTCCTGGTGAGTTGCCT CTCCAGGTAACCTTCTGTGAACCCGTCCAAGCCGGACAGTGCGCAATCCT GCGCACCATTCCAAATGATACCCACCTGAAGTGGGAGGAGCTCGAAAGGA TATTTCTGGCTCAATTGAACTCCAGTGCCAATGTTCCCACGCTGGAAGAG CTGAGACGGGTCCCTGGTATTCAGGTCAGTACCCGTAGCGGAGTAACCTA TGTGCTGAAGGTCAGCTCGGAGCAAAGCACGCCAGCCGTGCCTCCCAATT CGCTTTGTCCCATTCACGACAAAACATCCAACTTCAAGGAGAGTTACATT CTACCCAATGTACTGACAACCTTGGACAAGTTGAAGGAGCAACTCACTCT GGCCATGAAGGTTCATAACAACAACATTCATCATGCATCCCTCCTCTATT GCCTCCATGCTACTTGCAGCACGGAGAACATCCAGGACTTGATCAAAGTT GTCCCACCCGAGCAAGGAGGCGTGCCGCTGGAACAGCTTCTGGTAGCTTT GGGCATCACTGAAACAGTTGTGGGGATCAATGGGACTTTGTTCATCCGAC CAAGGGGGAAGCAGCATTCCTTGGAGAGCTATCCCGACTCCAAACCCCCG CCATTGGCCACCTTGGAGCGAAAGTTCCTTCAGATCCTGGAGAAAGCTCC TTATCATCGGATCGCTTGGGAAACGGACTTCGTCGAGATGTTCTTTGCCG AGAACAAAGTCAAACTGAGTGAGGTGTGCCGATCATTCGGTGGCATCTCT GCCACACTCGAAAAACTGAGTGGAACCTTTGCCCTCATCGGCACCAAGAG AAATTCCGAGCTGATCCTCTCCTTTGGGTATCAGAAGAAAATTTTCCTCA TCGCTCTGAGGAAGGTTCTGGCCGGCCAGGAAAGTTTCAAAGCGGGCTTG CCTTTGGATCCGGACGATTTGGGCAGCTTGTATGAGAAGCGAATGAAGAA GCCGTTCCAAATCAATGCCTTCGGGCTCTGCTCTGTCGATGACATGCTCG GAGCCATCCTCAAGTCCAGGCAGAACTTGTTCAAGCTCTCTGAGAATCGA TTGTTTTTCAAGGACGAAATTGAAACCTTTGTCGGGAATAGTGTGGCCAT TTTGTTGGACAAATACGGTTTCACTTGCTCTCTTCCCGCCTTTGACGAGA GCTATACGAAGAAGCATGGCGATTACTCCATTCCCAAGTTGTGCTTCAAG TCGATCCAGGACTTGTGTGGAGATTTTCGCAATGTCTTTGAGTACATTAC TCGCCAAGACGTAAATATTGACATGATCAGCGTTGTCAAACCCTTAAAAC TCGCCTACTTGAAGAAAATCCTGCTCAACGAGTTGGAAATCCCTCAAAAC AACCACTGTATCAAACTAGACCAATTGGAACACATGTGCCTGTTGAACCA GGGTTTCCACCTGTCTACGGCTATGGGCAATCTAAATATGACCGGTCTTG AAGAGCTCGTTCGGAGCTTCGGTCCCAAGAACATCCTTCAAGTCCTGGAT CTTCCCAATAGAGGTGGGAAGCACTTGGTCTTGAAACGAGGCGATTGGTC CAAGGACTTCCAAAGAAGAGTCGTGTTCCTTCTATTTCATTGTCCCGGGC ACCGGCTTCGAGTGAGTTTAGTGGAACAACTCTTCAGCAATACATTTGGC AACTATTTCTACCTCGGCTGGACATTTGTGGAGCGCATGATCCAAAGCAG TATTCTCCACCTCCAAGGCCAATCCAGCGAGCAGACCATTCACTTGCATC CCAATGCAATCACTCTCTCCCAACTGGCCGTGCTGATTCCCATTTTAGGG GGACAGATCCACACGGATCAAGTGGCTCAAGAGTTCCAAAACCGCTTCAA GAAGAACCTGGCCGACAAGGATTCCCTCGATCTGAACCAACTCGACAGAA TCGTCCCGGGGATCGTCAATAACAATGAGGGATACCTCTCGGTGGATCCC ATCAGTGGGAACTTCTTTCTGGGACTGCCCCAGCCCAATGTCATGAGCTT CATGGAACGAGTGGCGAAGGCTGAGGTGAGTACTTCGCCAACACTACGCC CAAACACCCCGGTGAGAAAAGAGCCGAGAAGGTCGCGAATGGCCGCCACT TTCTCCCCCATGTAGCCCACGAAAGAAAGACCAAGACCACCACGTATCTA GGAACGACCATTGCCTTTGATTTCATTCAAGATGGTTACGCGAATACGTC CTAATGTTCAGAATCTTCGTCCCGATGATTAGATAGAGATAGTCGACCGA CTATGTATGTTTTTGATCCGTTATGCAGACAGTTCTCCGTTGCCATTTGT TGGGGGATGGTCTTCGGTGGGGTCTTGGGGCTGCATTGGGCAATAAAACC TCATTTCGAAGCTTGGAAGTTGATGTTTTTGATCGTTTTCGTCCACCAGC TCCGGGGGGATGAAGGTCTGAGTTCCTTTCCGCTCTCGACGGCCTTGCAG ATAATTCAAAACCGCCTCCACATCGTTGTTAAAACGCTTCAAAAGTTCGG AGAGCTCCTCAAACTTGCCGTTCTGAACCAAATCCCCATAGAAACCATGA CGCGCTTCCAAAACCCATAATTGGGTCTTGTCAGGCAAGATACCACTCCA ATTCTCGACGCTCGCTTCCTCGAGTAGTTCCTAGAATCGGTGAGAAACTA GTTCGTAATCTGTGCCAATTGGTTTTGGTGTAACACACTAACCTTTTCCT TATCCTCGTTGATCACTGACAATTCGGAGGAAGCATCCTTGGCGGCCATC AGGTTTTCGAGCAGATGCACCCTAGATTTCACCGAGTGGAAAGCCTTCAT GGCCAGAAACTCCAAAGCCCTCTCTGGGTGACTCGGAGGACCAATGCCCT CGAGGCCTTTAGCATCGCCCAGAACAATGACATTGCCATCGGGATCCTTG ATTTTGAACTGCAAGCAATGCAAACATTCCCTTAATAGAAACTGCATCTT CCCTGAGGCTAAAGCCGGGATGCCTACAAAATGTGGTGACCTCGAAGAGG GGAAATAGAGGCAGGGTTCATCCCATTATTGAAGTACGGAGAATGAGCTT TTCCGAACTTGTTCAGGGATACGAATTGCGAATAGCTGGAGATGTTGAAT TTGGGATGGGAGCCGTTAGTTAGAGCTGCAAGTACCTCAGTTCAGCAAAT TGAAGGCCTTTCCATTGGATAGAATTATAGTTCTGATGAAAAGGTAGATG GAACTGATTGCATATTCGTTTCACGAGAGATTACATCCATGATTTGCTAG TAAGAATCAAGCGGAACTGTTTATGGCGGCGGAAACCTAACCTCGTTGCA GCAAGATCTTTTCAGCCCCATCTAGCGGCCGATTACAAATAAAAAATCTG GCGACCCCGCTTGTTGGATTTTGCCCCACAAACATTTCCGCCCTAATTTC GTGTTTTTTATTCATATTACTCTCTATTTGTAATAAAAAACTCTGGTTCA TTCCTGGGCTGAGCCTGGTCTCCAAGATAGATTGATCCAGTCAGGCTGTG GGAACTAAAATGCACATGACAAACAATCAATTCCCAATGCACTATCCAAT TTTAACGGGAGTAAAGCAGCTGTTTTTCTTGGAAAGTTTTCCACTGAAAT TGGTGAAAGTAGCCCAATAATGTTATGTTTCTTGAGGCTTCCTGCTCGAG TTGATTTATTTGTCTACGAACATCTCAGCTGAGTATTATCAAACACTTTC AGCGACGTCGGTTTCATGGCCCTTTATTTTTGGAAATCGAGAAAGTTGCA TTTCGGTCCGGGACACATCTGACACTCTCCTTCCGACTTTTATAGGACTG AAGTGTCGTCAAGTGTTTGAGTTTGGATAACAACAGGAATTTTAAGGACA AAGGCTCATGGGACAAATCGTTTCCAACCCCAAGTGGAAAAGGAAAGCCT GATAAAAAGGTCAAGTGTATATTGATCGGATGGACGAGGTGATCTGAGAG CGAGCAATTGATTCTTTACGAAGTGGTCCCTCATGTTGAGAGTCTTTTCG TATCTATACTTTTCCTTTGAACCGATATTTCATTCAGATATCGATATATT TTTATGAATCGGCACATTGAATATTTATGTGTTGATTCATGTAATGTGAT GGCAAATCTAGATTTGTTTCATTGTGGAATATTGCTTTTCAATATTAATG AAAAAATAATTCAATACAAAGCAACAGAAACCTACATTTGCTGACAATGC TTCATATTTGAGCTTCAATCAAAGAAGCAAACAAGTCAGTGTTATTATAG CTTCGATTTTAGAGCTATTTTAATTGTGTTTTGTTCAATATTAGCTGCCA GTAATTCAAGTAAAGACTAAGGCTCACTTAACGTGGGTTGCTTTCAGTAA TTTATCGATTGAAGTAAAAAAATGTGACAGCTGCCATATTTCGATTATAT ATCATGAGAATATACTACCTCTGGTAAAAATCCTGTCTTAGGCGAGATGA ATCGTTGTTCTTTTCATTGTGAAGCCGTTATTCAAAAGACTGAGTGTAAC ATCCTCTAGACTTTCAGGGTCCCAGACTACATATCCAGGTTTCTACGGAT GGGTTACAAACTGGACGTGGCCAATACAAGCTAGGTCGTCCATCTCGGCC TCGGTGACCTCCAAGTCGGCCAGTTTTATACCTAATTGATACATATTACA TTGACTCGGCCAGCTACCCAAGGATGGTTACCCGATTGGGCCAGTCTTGT TTACCCCTTGAATTGTGGATCCCTCCTCGCAATGAGGATTGCGAGTGACG TCCGTCTGTTCAAATGCTATGCCTAGGTCTTCCATCCTGGCTTTGGTCGC CTCCAGGTCAGCCACGGCCAAGGCCAGATAAGGTCGCTGGTCATTTCGAT CCTCGGGAACGTCGCCTGGGGTGAGACAGATCTTCAGTGTGCCACTGGTG AGCCAAGCCTCAGTTCTGGAATGAAGACGGATCCAAATCATGCGATGTCA CGAACCAGTGCCTGGATTCGAACCCTACCCTTCGATGTTGTTCAATTTGA TATGCCTGAGGCCGATGGTGTTGGTGTAGAAATCCAAGCTCTTCTCCACA TCACTCACGATCAACGCAATGTGATCCACCTTGGACCACAGATCTTTGAT GTCGGTTGGCCGTTGTGCCTCGGCCTCTTGTTTGGCCTTCTCATCGGCGG CCTTTCTCTTGGACTCTTCCCGATGGGTGTTTGCCAAGTTCTTCAATGTG TCAAAGATTCCCATGTCCGCAGAGACTTCAAGGCCGACTAACCTGACAAG AAGATACCGACTCCGAGGCGAGGCCTTTAAACAAGAGGAAAATGTGTTCC CTAGAGTTTGAACCACAACTAAGCACAGGGGATTTGGTGAGCCTAGGCCT TGGGCATTATTCTGGCCAGAACTCTTTTTTTCTACCTTCGTCAGCCAGGA AAACACACAGGCCTGATTGGTGGAGTGGCGGGGGTTCGTGTACTCGATTT TTCAGTATACTTCGAAAAAAAGAACACTTTTCTACCATTCAAAAGGTTGG GGGGGGGGGCTGTTAGTGTTAAATCAGTCAGTATTGGGGTAATTTTATCA AGCAAACAGGTAATTTTTTTTGCTTTTGAAAACCAACTTTCATTCCGGCG TCTACCCGTGAATTTGAATCCCGGTCCTGCGTACAAAGTCAAGGAATGGT TACAATACACATCGCAAGATGGAGTTCATAGTAAAGTACGTTCATGACTC TGTAGTAGTCTGTACCAAACCTGTTTTTAACCTTTGGGCCAAACACAAGA GGAAACTTCATTTATCACACCTTTTTTCTTTATTCCAGTGGATCTTATCC GATTCATTACCCCCCCCCCCCAAAAAAAAAAAATTTTTTTTTGTTAGATT ATAGGGGTCAGATACTGTAGATGCTCGAAAACAGTTTAGTCTTGTTCGCT GACTTCTGCGAAAGTGGCTTCTCAGAAAAATCCATGCCTAGAAAAGTAAG TTGGGTTTGGCTTGCTTGACAATATCAATAATGTATTGTTCATAGCAAAT GTGGGAAACTGACGATACGGTCCTATGTGTTTTAAGCTTTTTTATCCTTG ACAATTTGCAACTACCGGTATTGCGGTATTAAGGTATTGTGCATTTTCGT AAATAATACACACGATTATGCACACTAGGCATTCATGCCAAAATGTCCAG AGCTTAGGGAAAAATGGGCAGCATTAAATGACTTTCCTGTATCGGGATTG TGTTTTTTGAAAAATGTAGGGAGAAAAGTGCAAAAGTAAACGCGACAACT CATCTTAAATCGCCCTAGATTTGCCAAAATTACGCAACTACTGTTGAAGG AAACTGGAGAACGAAAAATAGCAATAAAGCCTAAAATAAGTTGTACAGTA TATGCAACTTTTGGTCAACTCTAATTCCGACGTGTGGGCTTTCTGACTCG CACCCGAATACATTGTTATTTAATAGAGTTAAAATGCCTCGGATGTTGGC AAGAATTCGCCCAAAATCCTTCTGCAGAGCAGCCCTGGGCTGCACCGTGA ACCCCAACACCAAATCACCCTTGGACCAAGTTATTTTACCATGGATCAAT TGATGATGGAATTTAAGATAATAACGCTTCCGGTTGGCCTTCTGCTTTTT TTAAACCAGACTGACAATAGTTTCCAAAATCAAAATTTACTAAAACAATA GCGATAGTTTGTTGATTATCGATAATTTCGAGAGACATGAAAATCTGTAA CATAGCTCATAGGAAGTGCATATCGAAAAAAAAAAAGTAGTGTTATTTTA GGCCTCGAATAAAAGTGATTGAAATGTTTCCATTTTTTTCATCTTCTTAT GTAGGATCTGCGAGGTGAAAACTTGGCTAATAAGAGGCATACAAAGGAAC AAACTGTAGAAAAAGATGATAAGAAATATCGAAAAAAGAACGAATGCCAT TTGGGCAATCTGAAAAGAAATGAAAGTTCAGAACTCGAAAACTTGGAAAA AAATCTAATGAAACAGAAAAAAGATTTGAGTTCTCTTGTTAGTTACACAC AACGTCAAAATTATCGATAGCTGCATGCATCAAAGTAGCGATTATTGATG GTTAACAAAATCTTCGACGATTTGCGATTATCGAATATCAATAAATGACT TAATCTTCGAGGGTTTGCGATTATCGAATATCAATAAATGACTTAATCTT CGAGGGTTTGCGATTATCGATAATTTACAAAATCTTCGACGATTTGCGAT TATCGATAGTTTACTAAATCTTGGACGATTTGCGATTATTGATAATTTAC TAAATCTTGGACAATTTGCGATTGTCGATAATTTACTAAATCTTCAAGAT TTGCGATTTTCGATAATTTACTACATCTTCAAGGATTATTGATTATCAGT AATTTACCAAATCTTCGACGATTTGCGATTATCGATTACCGATAATTTAC CAAATCTTCGACGATTTGCGATTATCGATTACCGATAATTTACCAAATCT TCGACGATTTGCGATTATCGATTACCGATAATTTACCAAATCTTCGACGA TTTGCGATTATCGATTACCGATAATTTACCAAATCTTCGACGATTTGCGA TTATCGATTACCGATAATTTACCAAATCTTCGACGATTTGCGATTATCGA TTACCGATAATTTACCAAATCTTCGACGATTTGCGATTATCGATTACCGA TAATTTACCAAATCTTCGACGATTTGCGATTATCGATTAGTGCTAATGGA AACAATAGTTGCCCGGTCCGAAAAACTCTGTCCATTAAGTTCCTGTATGT AGTTTGGCCGAGAAGCGACACCTATGCTTATGTGTGTCACTTAACTGCCC TCGACACCTGTTTTAGGTGTTTTAACGTCAGGTTGATGTGTCAAGCCTTT GTACGGGAGAAAGCTACTGTCACGTTTAATAGCCCACGGTAAAAGAGAAT CAACTGTTCCGGTCACATGACTCAAGTTCAGAACCTAGCATGGAAATTGG AAAGAAATAACTTTTTTTGAGTTTCCACATGAGCTTCCAAATTGATATTA ATAAATAGGCCGACAATGGCGCCCTCTACGTCACTGATTCCCAGGCAGTA GGTGCAGTATTTGCTATTGAGCGCCAAAGGTAAATTGAAAAGGGTTCCAA CTAGCATAAAAATAATATTTAGCGCCAATAATAGCATACACGTATTCTCA TTGCGACACCCACAATACGGATGATGATGCTTTATGTATACACCTAGATT TTTAGTAGGTCCCAGATTTCAAGGTGAATCACATGGAAATGTTTTTTTCA CCTAAAATATAGTGTAAGTCACCTAAAATGCCATTTTCGGCAAAAGATCG CCTAAATCAACGTTTTTGGTAAACAAAGTGGGCTTTACCTGGTCGGTTTG TCCGGCACTCACAATGGCAGCTGCGACAAAGGTAAAGTGTTTAAATGAAA AGGTTTGGACCCCCTTTAAGATGAGCATGAAAAGGAGCAGAACAACTCAT CCATTTTCATCACAGATAGTTTGTCAAGAATGGGTGTTGCAACAACGAAA ATGGCGCATAAACGCTCAATATAGGGTTAACAAATAACCTTTTTTGCCAT TTTCACCCAATTAGCCATTTTGGGTCTCCTGAAATAGTCCCTCTATGCAC TTTTCTCAACACCTTCAAATCCGGGCTCTAATTAAAAAACAAGCTCATTT TCATTGTTATCATGAAATTTGTCTTTTACTTACCACAGTTGCTCCAGGGT TGTATTTATATGACCTGCTTGTTGAAAAATGGTGGCTCGAAAGAATGAGA TTTGCTAGTGGACACTGTAGAGGGGAAAGCTCATTTTTCCTTTGTTAAAA TTTTGATTGCTTTGACACTAACGCGGCCAATTTTTGCAGTGTTCCCATTC GTCTCGGATGTCAGTACCGGACAGAACCGACTGATAGATATGCATGGAAC CTCATACATGCATTATCATTTTATATTCACAAGGCTTTTTTTGCTAAGGT TTTTGCAGGATGTGTGAAGAGTATGAGTACGATATTTTTAAGTTAGGAGT CGAAGCGCTATCTTTTTGCGAGACAGAGACGGATATACTGTACCGAAAAT ACCGTCTCTATTGGGATCCTGTTCAATTGTGCAGAGCCAAAATTTGATTA ACGAAACTCAGTCTGAGATAGCTTTAGCTTTAGAGACGGTATTTTCGGTA TATCCGTCTCTGTCTCGCAAAAAGATAGCGCTTCGACTCCTAACTTAAAA ATATCGTACTCATATCGCCTCAATTTGATTCGATGGAAGGTTATATCCAT GCTCAAAATGCGCTTAAACCATGGTAATTTAAGTTATTTTGGGCATATTT GTTTGTGACTATCCTCTTTTGTGCAACTTTGGAAGGGGATACGAATTCAA TCCGACAAAATAAAATGTGAGAGACAACTAACTTGCGTTCTCTAGTTTTG AGTAGTTGATGGACAGAACAGTGTCTTGGCTCACCTCTTTCATCAGGTTT GGAACACTCTCTGAGTGGCTTTAAAGCATGTATTTTTGCTGCAATATTTA AGATTTACTGTGCGGGTAAGGCAAACCATCAACAAACAGAATATGTAATG AATTCACTCATGGAGTGCTTAAAGATGGTGGAAGGAGGTGGGCCAAGCAG CTGATCTCCCATAGGTGGAATAGTCGCCTTGGTTTTTTTCTCCTCCGGTT AAGCAGTTCAAGCATCCCTAAAACCAGGGAGTGTAACTCGTGCTTGTAAA AAGGGCCTAACGAACGACTGCTTATCCAGTGTTTCAATTTAGTCAATGAC TTTCATGTCTGGTAGTATGTTTTCGCGAGGAAATGTCAGTTTTGTAACAG TTTTGGCACATTGATGACCAAAATGGCAGTGCTGAGTGAAATTCTCATTT CTGATAGGCCTACTCTTTCAGGGTTGCCTGCGCAATACCAGTCCAAGGGG GCAAAACTAATGAAAATCCGTTAGAACCAACCGCTTCATTAAACATGATT GACGATCCATTCTTGTAATTCTGCGCATACACTACAAGGGTTAGAAAACA ATAAATCATAAGCATTTGAAACGCTTTTATTCAGAGCCGATTGTAGTACA GGTCAAAGGTGGAGCAATGGTCTGTGGAGTAATATAATACCTCTAAATAT TTAAGAGTTCAAGGCTGTGTTGCTCTACATTTTCCTGTATGATCAAAATA GCCACTTCCATCTTAAAGCGCTCCATCTGTGTCTATAAAGAGAGTTTCGG CAATCTTTATTCGAACTTAATTATCGCACAAACATCCCTGAATTTGGCCA CAAGGTTCCTTCTCACTGGTATTACCCAAGGAGCTCTGCATAAGAACTAG ATGGAGCGGAAGCTTCCAAAGATGGTCACGTGACTTCAAGAATATGCGTT CTGAGGCAGAGCAGAAACACGTGGCCAATTCTGCGTGGCTCGATCAAACT TTGAGAGCCCTTGGAATGAATTTGCGGCTAGAACTCCTTCGGCTGACTGA GCAGATCAAGAAAGGCAGAGTTGGCCAAGTATCTCGGCCTTAGAACGCAT ATTCTTGAAGCTTCCCCTCCATCTAGTTCTTATGTAGAGCTTCTCTACAG GGTGGGAGGGGCAAAAGCCAGATGAAGAGAAAACGAGGAAAATTCAAATT CAAAGACCAGGCTAGAAATATTGAGAGGGATTCTGTCCGTGTAGCCAAGC ACTGGACAGAAGCTTGTACAGGTGCATGCATACGAAGCTTAAAAAGATGC AACAATCCTACCCAATGTAGCAAAGGAAGAAGACTTGGACGGGCATGGGT TTACAGTAGTGTGTGTTCGATGTTAATGTAGGCGAGGAAAATTTTCTTTT TTCTTGTGTAAATTCCAAAAATTTGATGAGTAATGTATTCATTTCGTAAA GAGCACTTTGAGCCCGTTGTGTTCTCACACTAGTTGGACTCAAGTTTTAA GATTTTGACCCATTTTGAAGCACTCGCAATCAGTCATTGGGTGGTATATC AGTGTTTTTCAGCAAATAAGCTGATTTCCAGCATGTTCGACCATTTCGAG CAGAAATAGCAAAAATGCAAAAAAGCGTTTTTCAGCCTTTTATCATGTTA GTATCCATCCCCCATTTTCAAGCAATAGTACACTCCTGATGTTCTCAAGA GCCAAGCACAAATCAATTGGTATCAATGATATCTTGTCATATTTACGCTA AAACATGGTAAAACGATAGCCAAATGGTGTACGTATGAATAAGCTTGTAA CTCACTGCCTTTTTAAGGAGTGACATTGGTTTGGCAGTCAGAACTAGTAA CTTTTTGTGGAATGTTGCTTTCGAAATTCCTGTTACTATCATGGAAGTCG ATTCTGGGCCTTTTTTTAAATGTTCGGTGCTTTTTTTCTTTTGGGAGACA GAAATCTCCAAAATCTCCAAAATGGATACTTGATAATTGATACATTGTGC AGAAGAAGCATGGTGCTTCTTCCATTACATATTACGACGACGTCTAGGCC TTGGGATTTGGTGTTCAACATGATGGCAAATTAGATTAGCATATCACAGA TCAAGTACTTAAAGCTCGAGGAGGCACTGGAATGCTCAGACACTCTTATT TCTATCACAGTCGAAATTGCCTCCATTTTGGTAAGTATTTTCCTTTTCCT CAGTTAGCACTGCGCTTAAATCAAACGTTTGCTTGTTTCTGATTCCATGA AATCCGAATGTTAAGGTCAAGTGAGAAATTGAGCAAATTCAGAGACTTTT ACTTCTACGTATATCAAATAGTCGTGAGAGTCAAATCACAATTCCTCTTC AAAGAATAGTCTCCCGAGTTTTTTGCTCCTGGGAAATCAGCTTTTCAAGC ACAAAAACTCGGCAAGAAGCAAGTACATAATAAAGGTATGTACATACGTC ATTGCTACACAGCCCAACACTTGTTCTCAAACTTTGTCGACTCATTACTA AATAGACGTTTGACGTGTAGTCCATAAGGTAAGATTTCATCCGAGCACAA TTTTTGCGCTTGAAATAGTATTTGAAGAAAGTGCCCAAATCAATTCCTGA GATCACGACCAAATATTTAGAGCCCGGCCAAATGGAAAAAAACAGTTGAG TTGAGTGTATTGACATTATTCGACTTTTTTCTTTATACTCGACTAATTTT GGCAATGTGCAATTTCCCCCAAAAAATGTGAAAAGGGCGAAATGTTGAAA TGTGTCCAGATGGCCGAAATATCCTGGGCAAATTATTATACATTTTTATG TGAGAAAACATAAATGAGAAATCAGGTGCAAGGAAAACCAGACCTACAGG ATTTATCACTCATTTTAACTTTGCTCTTTCTTTATTCGAGACATTATTAG ACCTCCCTTTTGCGCATCAAAAAAATCTTGAAACCCCATATTTGAAATCA TTCTGTTTTTCATTGCGTTCTTACTCTAATTCCGGGACCTAATAATTTTG TACCTGAGCCTCAAAAGGCGATTTTGAAAAAGTAAAAATGTCATTTTTTT AAAGAAATTTGCAGAAAAATGAAAAATCAGAGACAAAAGATAAAAAATGT CCTAGAAAAGGATATTGTATGGCCTTCTTATGGTAAGTTTGTCAATAACT CCCTTCTTGTCACGGAAATGTATTCTTGTTTTAAGGCTTTTTTAAAGGTT CGCATTTACTCAGCCAGAAACCCATTGTGAAATATTACCGGTCCTTTCCA TTTCGTGACCTATATTTCACTGGTCAATAGGTTAATACACATGTGGCGAT GCCATCTGTTGTTTGACATCTGTTCTTACATTTAGCCATGATATAGCACA TGGCTCTACATAGTTGTGTAAATTTGGCAAAATCTACGATCTGCCTGTGT TCACAACATCCCACATCAAAAAAAAGAATTGCCAAACTAAACTTTTCAGA AGTTGGCCTTATCCCACTAGGGAAATATTATCGCTAAGCTAAGCTACATT TGCTAATCGTTGAAGATTTAGCAATTTATCGTTTATCGATCACCGTTAAT TTTGATGCATATATCGATTATTTCGCCCGTGACTGACATGGAAATTTGGA AAAATGAAGATTTGTTTCGCTTTTCCATCAATTTAGCCTTCTATTTAAGG CGCTTTCGACGTGCCTTACAGACTATTGCATTGCTTTCACTTAACATATC ATTTGGATAGAGCCACTACGGATGGAAAGACAATTCATCAGTAAAATGTG CTTGAATTAACCTGAATGTAATGTGAATATCACAGCAGTAGGCGGCAGAA AACTTAAAATTTTCGAGTTGAAATTAGTTAGCATCTGTGATATGTTATTC GCCATTTAAAGGCAAAAAAGTTCAGGCAGAGCAAATATGCAGAAAAAGCA GCGCGATGTGAATAAAGGAGAAGAATTGTTGTGAGCGAAAAATGGAGGAA ATTGTCGTGAAAATCCAAAAAGAGTAACCAAAAGTTGTACATAGAAAGTG AAAAAACGTGAAACAACACGAAAACTGGCGAAAATGTGATAAGAGCCAAT TATGTTTTTCGGCCTTACACATGTAAATTCATTTAATACTGAATTTAAAA AATTTCCCACCTTTTTCCGACCACTGCTCATTATCAAGGACGATTTCTTT GTAAGTTTTTTTCAGTAATTGTATATTTGGCTGAAAGTGGCATCTCCAAT TTTATTTGGTCAAAATGGCGTCTTTTCAGTTCCACCCATTACGGTTTTCT TTTTGCCTCACTAGGAATCGGATTATTTTTCTGCTTATTAAAAGAGGTAC GACTCTACTTAATTTTTAATGGAATATCTAATTTCGACACCAACGTCACC CAGCCACCTACATGCATGGATTTATTAAGGAGCTCAGACATCTAAGATGT CCCACACTGAGCCCCAATGTCTAGCCATATAATACCTACAGGTTCAGCCT TCAAATATCGTATGATGGCCATGATTGGGATCATTTATTTCCCAGCCGCA ATTTTCTTGTGAACCTCTCTGAATGTGAGTGAGAGAAGGAGAGAAAGAGA TCTCTAGAATTCTCCTTCCACGATTTGCTGCCTGGCTCATGAATCCATCG GGTTGGGGTGCCAGCCGGGTGCTTTTTTCCTGGCCTCGAGTTTCGAGTGT ATTGGATATTTTTTTGGCTCGCGAATCTCATCATGGACTTCGATCCTCGA GATTTTCTCCAATCTCACCACATCAGCATTGACCTTGGTCTGGGCCTCAA TCTGGCCCTCACCTGGCTGGCCATACACCTGAAGAAGGCCAAACCCATGG TCCACCGATCCATCACTGACGAGATCAACCTGGACCTGATCAAGAGCGTC TCGGTGTGTGCTTTGCTCGTGGTGTGTTTGTGTGTGAGTGTAATCGTTTA TTCCTTCATATAAAAATAGGTTTATTTGCCCCAGAGTCAACACTTAGCAT ACGAATACTAGTCAATAGTGTTAGGGCCATTTATAAATAAAATATGCACA TTAATAGAAAACAAAGATGCTGCAGACAACATTGCAGCAAACTACTATAC AAAACGGAACAATTCAATAATATAAACACAATAAATGTTTATAAGCCTAA ACAATCAATAATCTTTACAAAACTAACGCACAATAAATGTTAAAAAACTT TACAAAACACAAATGTTGTAAACAAAACAAAACACAGCAAATGTTCACCT AACAATATGAAACAACAAAAGGCTCTAAAAAATAAAAGAAATAAAATAAA ATAACACGTATCATCATAAAATCGTACAAATCTGCTTGCAAAGGTGCTCA ACCATGGGATCCACCTTTGGTTCCACGTCATCCCCTGGCTACCAGCGCTT GTCTTGTCGCGGTTGGCCCAATTCTCGTCCATCTTGGTCTATTTGTACCT CACCATCGGGATCCTCATTCGATACGCCCAAATGCGAGCCAATCGCATGC TGTTCCAGGATCTGGACGAAGACTGCCAACTCCACTGGGCTCGTTTGACC GTCCTGGCCGTGGATCTCTTTATCTACAGCCTCATGGTTCTCCTGCGGGA GCCTCCTAGATTCTACCGGCTCCACATTGGCCAGTGTCTCCACGAGTGTC CCACATTGAACGTGAAGGTTGACGGGCATCGTGGCCGTGGTGGTCAATCT CTTCCTCCGCCTGGCAATCATTCGCGCCAAAATGGCAACCCTGGACTACA CGCCCCTGGCTATAAAGAATAATTTGTCCCAGGTGGACTTTGCCTTCCTC TTGGGCGGTTCTGTCGTGCTCTGCCTGCCTTCGATCCCCTATTTTTTCCT CAAAAACCGGTACCAGAGCACGGAGCTCTCATTGTACATCTTGGGGGTGG TCTGTCCCGGATATGTGATATTGTTCCAAAAAAGTCTCAGGCTCATTCTA ATGTCCAAACTTTCTCAGTTGTCGAGGAGATCGTCTGAGAAGCTCAAGGA TATGGGGAATAAGTTCAGGCTGAGGAACAACTTGGTCCACTGCACTCAGT GAGGAGAAACTTCTTTGTGCTCCGCCAAAAGGATTTGGCATTGATCCAGT CAACCAAACTCGTTCATGATCCTCCTGATAGCCGAATTACATGCCGGGGC CATCCTCAAAGACCCTTTCTCTGCCCACACACATGGTTCCAAATATAAAA CGCTGAACGGAAATGGTTGCAGCCTTATTTTTAGTCAGACACAAATTTGT AGAAAGCTCAATCCCCTTAAACCATCTCTTCCCCTAGCGTATGTACGAGC GTACGTACACTCCTCCACTTTAATTTTAACCTTTTCCCTCCGAGTTCTGG ATGGAAATCTGGGATGTGAAGAAGAACAATCCCATTTTTGTTGTAGTGAA CCGGATGTGCTGCAAATGAGGTTGGCATCCAAGGTCATGGTAGTCTATGT AGTATACTAACCAACACATTTGCCATCCACGCTTCAGAAATATGGAACAA GCATCCTGAGCTGAGGATGGCACCGACTAAGCGCGTTGCTTACGCAGTGG CCAAGTCAGTCAGCCAGGCTGCTCATATCTAGTCAAAACCAAATATTCAT CCATTTCCTTGTTCTCATTGATTCACGCCGACTAGTACATGCTACAAAGT GTTCCTTATTGTTGACGATATTTATATCGAAAATATATTCCGATTACACA CACACTGTGGACACTGTACATGGTGGAATGCAGCTCGTTTTATAAAAAGA AATCATCAATCCCAATGTTATTAGAGTGTTGTTTAGCTTTAGTTCAAGCT TTTTTGTTGTCGAGCGAACGCAAGATGACAAAGTTGGAAAACGTCTTTCA AGTACCAACCGACAGAAATCTGCCTTATCTGCTAACCATGGAGACTACCA TGCTTAAGTCTATTTGACTAAGGTGTAAGCAAGGGCATATACCATTAGAC CCCTCGATATTTGATAGGTTTCAACTCGCGTAAAAACTGGTCCTATACGA CAGTTGGCTGATAGCTTAAATACCTGCATTTACCGTATAATGAGGAGACG CCGTTTTGAGTTTTCAAGGAGGCTTAGGTACGGTAATTGGCCATAGCTTC ATAATATCTCAATCAAAGTCAGACATCTTTTCATGCATGATGGAGAATTG AGAGTTTCTCCTGAATCGAGCATAAAAAGTACTTTTTGCCATCTGGGTGA CAAAAAATTCCCATTTAGAGGGCATCATTGAAGAACCAGAACTTAAGTGG GGCTCTTTTTGACCATCAATGATCTGGAATTGAAACTATTTTGGGGGTGA CACCTTATGCGTCCTAAAAGAACCGGGCACCACAGTCGGGAGAGTAACAA CCTAGTTTATTTTGGGATACATATCAGACAGATATTTGTCAATGTTGGGG AATTGAACCTACCCCACCCGTCTACTCCAAGGTCGAATGCTCGATGAGTG GGGTTCTCCCGATGGGCTCATCGAGCCACTTTGGTCTCAGCTGCGGGCAG GGGTGGTTGGTGAGATAACTTCCAGCTAGTCCTATGATGTGAATCCAACT TCAACTTCTGGCCAAATTTGAAGTCCGTTACTCCTAAGATGGTGAAGCAC TGGACCCCAATCCAAAAACAAATTCCTCCCCAAATTGGAGCCACACTTAG GTCCAGTGTGAAGACCAAAATCATGGTTCAGTGTTAGTATACGTACTGAA TCCAGATTTTGCTAATTTTGCCTGCGCACCCTGTATGAAGTGCACTCTCG CAAGAAGATACTTTTTGTTCAGCTGAATGAAAGCTTCCTAATGTATACTG AGGAATTTGGGCACAAAATACTTTTAACCCGAACCCAATAACATATTCGC ACTCAAGCGGCTGAGCCGAATGAAGCGAAGTAGGCTCAGAACCCCGGTTC AGGAATCAACTGGACATGGCCTTTTGGCAGCTCACTTGGCCCATTGGGAG AAATGCAATGCCCGATGTTCGCTTTGTGAAGAAGCTGATCAGACATGAGT CCACCTATGTAATGAAACTCCCTCACTCGCTCTTGAAAGGATGAAAAGGC ACAAAGGCGATCAAACACTGGCTCTGGAGATCGCCATCATAACCTACTTT GAAAGGGGATAGGTCGTGGACAGCCTTCAGACCAACGTTGCTGATTAAGA ACATGGAATTGACTTGAACTATTCAACCACCTATTCAACGGGGACGAGCC GAAGACGTCTGATGATTCGTGTCACGGCCTGACTGGATGTTCGAGCAGTC GGCATGGTTGCCTTTGACCTCACGAATGGTATCTATGTCGGCAATTGTGC CCTAAGATTCATGTCGCCCCAAATAAAACAAGCAAACACTGCGCATTTTG GAAAAGACTCGCGTTAAGAGCCAAATGAGTCAGTTAGCCCATTTTAAAAA GCCTCCCACCCTTTTCTGGAGCCAAATTAACTGCATCTTCAATCGGAATG GATGTAAACCCATTTCTGTGGGTCAAATCCTGCCTGTGCCTTGTGAGGGT CAAAAGCTGTTGGCTTACGACAGTGAGCATTTTTGCCCCTCGATAAGCTT TACCTCAGCTCAATATTCCTTCTCCTCCCTCCCTTGGGCCAGCATCTGAG GATTGGATGGGACTGCAATCAATCTCAATACTCGGAATTGAGGCTGGCCC AACGAAAAGTTGGCGAGTTGAAAGCCATTAGCCTGATTGAACGGGGAAAT GCCCAATTGGGAGCAGCGTTGATGGATGGTTCCCGATAAATTTGGACCCA AATTATCCCAATGAACTGTTTCTCGTGATTAGCCACCAAAGTACTTGAAA GTGTACGTACCAAGGGGATCTAACCAATCCAGAGAGCATAGTGCTCCACT TGGCCGTAATTCAAGAGTACCTGTGGGAAAGACTGCGAGAGCCGTGGCAC GTGAGGAACCACGCTGTGTGATCCATTGACTATTGTGGTTTCGAGCGTGT GGTTTGCCTTCAAATTGGAGAATGGCGGATTTTTTGGTGCAAAAGTTGCA ACCCTTAATCACCCTACCATTCCGCGGAAATCTCACCCAAGGAGCAGAAC GCAGTGGTGAAAGGCAAAAAATGCATTGGAGGCCTATTCTTGGATGCCCT TTGGCTTTGAAGTGCAAAGCCATCTCAAGGGATCTCCAATCATAGAGCTA GGCTGATGATACCATCAAGTTTCTAGGATTTTTTAGACACTGAAACAAGC ACCATTCAACCCATTGGGTGGCCAAAAAACTGGGGCTGATCTACTCATCT TTTAATACATTTCTGTCACTGACTTCAGTTATAAATTTCAAGGCAACAGT GAACTTCATTGGTGGAACACGATCATTGTTGAAAAAGAAAACATTGTGAG TAGGCAAGCATTGACATTGGTATCCAATCCTTATTCCTGAGCGAGTGGAA AGCACAATAGGGAGAAAGCCAAACGTAGATATCGGCTGGAGATTGAGGTT GATCGAATGAGCTTTTGTTAGGTCACATATCGACACGATATCAGAAAGAA GTGAAGGGCACAAGTGTATGAGAAACATAAAGGAATCACAGATATTGATC ATGGCTTTGATAGACCCAGATTTTGGACATCTTAAAAATGGCAACTACTA CAACACTTGAAGTACGGTACTCAATAATCAATTCATTAACCGACAGTGGG CACGGACGATTTTTTTCTGCGACTATCGATACCTTTTCTCATAACCCCCA AAACATAGCAACATTCTGTCGGTATGAGTCTTGGGTAATAGTTTGTGGGA TCCGGAATAAGGCGCGGAAGCGGGAAACGATGACTAGCCTTTATTGCGGT CAAACACAGAGTGACAAAAACGAGAAGATGCCGCTGGTCCGCATCTTCGT CGAGACGGAAGTCGCGCAGATTTTGGTGCGCAACCTCGATATCACTGGTC GCTACAACCACTCCCCCCAGCTACGACAA
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Synonyms
The feature 'limkain- partial' has the following synonyms
Synonym
Tk00340
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