Homology
BLAST of Spo13044.1 vs. NCBI nr
Match:
gi|902229465|gb|KNA21512.1| (hypothetical protein SOVF_042480 [Spinacia oleracea])
HSP 1 Score: 1103.6 bits (2853), Expect = 0.000e+0
Identity = 593/594 (99.83%), Postives = 593/594 (99.83%), Query Frame = 1
Query: 1 MEDSNIHYDFEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSVDKD 60 MEDSNIHY FEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSVDKD Sbjct: 1 MEDSNIHYGFEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSVDKD 60 Query: 61 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNI 120 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNI Sbjct: 61 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNI 120 Query: 121 VEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADY 180 VEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADY Sbjct: 121 VEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADY 180 Query: 181 FARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVI 240 FARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVI Sbjct: 181 FARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVI 240 Query: 241 LLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLREN 300 LLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLREN Sbjct: 241 LLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLREN 300 Query: 301 PKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERI 360 PKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERI Sbjct: 301 PKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERI 360 Query: 361 LVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVAL 420 LVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVAL Sbjct: 361 LVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVAL 420 Query: 421 AGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDN 480 AGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDN Sbjct: 421 AGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDN 480 Query: 481 LEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSGQAALLKDANKH 540 LEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSGQAALLKDANKH Sbjct: 481 LEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSGQAALLKDANKH 540 Query: 541 CKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 595 CKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF Sbjct: 541 CKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 594
BLAST of Spo13044.1 vs. NCBI nr
Match:
gi|731367989|ref|XP_010695904.1| (PREDICTED: uncharacterized protein LOC104908484 [Beta vulgaris subsp. vulgaris])
HSP 1 Score: 878.2 bits (2268), Expect = 7.900e-252
Identity = 474/594 (79.80%), Postives = 530/594 (89.23%), Query Frame = 1
Query: 1 MEDSNIHYDFEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSVDKD 60 MEDSN + +E +A V T NHGWQKVTY+K+RKNQQ++ +QKP+T V + DK+ Sbjct: 1 MEDSNHLLELDEISANGVST-NHGWQKVTYAKRRKNQQKNQQQKPSTTV------TTDKE 60 Query: 61 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSE-SDKERENGN 120 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDD+ A K RSKKRDDSDDSE D EREN + Sbjct: 61 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDNTA-KNRSKKRDDSDDSEFDDNERENID 120 Query: 121 IVEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFAD 180 + K D EKKKKKKADK+PKVSVSEAA+K+DA DL+AFL+D+SG+YES EDIQLMRFAD Sbjct: 121 VNAKDDVVEKKKKKKADKKPKVSVSEAAAKIDAADLAAFLVDISGTYESQEDIQLMRFAD 180 Query: 181 YFARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFV 240 +FARAFSGVSSAQFPWVK FRESPVAKL+EIPISHIPDAVY+TS+DWI++RSV ALSS V Sbjct: 181 FFARAFSGVSSAQFPWVKTFRESPVAKLAEIPISHIPDAVYRTSVDWINKRSVAALSSLV 240 Query: 241 ILLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRE 300 ILLLD+ILADLN+Q PN KNAKKA+QQ SKSQVA+FVVLAMVLRRK DVLVSLL TLRE Sbjct: 241 ILLLDTILADLNNQHPNAKNAKKASQQPSSKSQVAVFVVLAMVLRRKPDVLVSLLPTLRE 300 Query: 301 NPKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIER 360 N KYQGQEK++V IWMISQACQGDLAVGL++WAHNLLP+LNSKST+NPLCRDLILQ IER Sbjct: 301 NSKYQGQEKISVNIWMISQACQGDLAVGLFSWAHNLLPMLNSKSTNNPLCRDLILQSIER 360 Query: 361 ILVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVA 420 IL APKARSILVNGAVRKGERLIPPA+LEILMR TFPVSSAR+KATERFEAVYP+LKEVA Sbjct: 361 ILAAPKARSILVNGAVRKGERLIPPAQLEILMRATFPVSSARIKATERFEAVYPILKEVA 420 Query: 421 LAGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLD 480 LAG PGSKAMKQ++ QIF FAILAAGE KPELA+EA D +WCLAQNSDIYKQWDKVYLD Sbjct: 421 LAGVPGSKAMKQISQQIFEFAILAAGEDKPELAREAIDTVIWCLAQNSDIYKQWDKVYLD 480 Query: 481 NLEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSGQAALLKDANK 540 NLEAS ++LKKLS QRREQH+NQSS+E VKQT+KSFQ KNEKALAGESSGQ A+LKDA+K Sbjct: 481 NLEASAAVLKKLSEQRREQHINQSSLEVVKQTMKSFQLKNEKALAGESSGQGAVLKDADK 540 Query: 541 HCKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQS 594 +CKVILGRLSRSHGC+KA+ +AVA VGAAVMSSN ES DWKRVSVMLSSFQ+ Sbjct: 541 YCKVILGRLSRSHGCLKAMVFIAVAMGVGAAVMSSNGESLDWKRVSVMLSSFQT 586
BLAST of Spo13044.1 vs. NCBI nr
Match:
gi|225424297|ref|XP_002284658.1| (PREDICTED: uncharacterized protein LOC100264607 [Vitis vinifera])
HSP 1 Score: 652.1 bits (1681), Expect = 9.200e-184
Identity = 353/579 (60.97%), Postives = 446/579 (77.03%), Query Frame = 1
Query: 21 ANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSV---DKDGNVFRAIEQQSEDRHRR 80 +NHGWQKVTY+K+ + QQ +N + V ++ DK NVFR++EQQ+E+R RR Sbjct: 23 SNHGWQKVTYAKRNRKQQSNNSDSVGNSEKVRVNGTLATGDKP-NVFRSLEQQAEERRRR 82 Query: 81 IVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNIVEKGDNKEKKKKKKADK 140 ++EAQ +AA DD V K + + D+ DDS+ + ENG + +EKK KK K Sbjct: 83 VLEAQMVAAAAADDHQVRSKSKHRSDDEDDDSDDEVAAENGQV------QEKKVKKPKVK 142 Query: 141 RPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADYFARAFSGVSSAQFPWVK 200 +PKV+V++AASK+DA DL+AFL+D+S SYES EDI LMRFADYF RAFS V+S+QFPW+K Sbjct: 143 KPKVTVADAASKIDAADLAAFLVDVSASYESKEDILLMRFADYFGRAFSAVNSSQFPWMK 202 Query: 201 LFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVILLLDSILADLNHQVPNV 260 +FRES VAK++++P+ HI D VYKTS+DWI+QRS AL SFV+ LD IL+DL Q Sbjct: 203 MFRESTVAKIADVPLCHISDVVYKTSVDWINQRSSEALGSFVLWSLDCILSDLASQQAVT 262 Query: 261 KNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRENPKYQGQEKLTVIIWMIS 320 K +KK Q A SKSQ A+FVVLAMVLRRK DVL++LL TLREN KYQGQ+KL+VI+WM++ Sbjct: 263 KGSKKGLQHASSKSQAAIFVVLAMVLRRKPDVLINLLPTLRENSKYQGQDKLSVIVWMVA 322 Query: 321 QACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERILVAPKARSILVNGAVRK 380 QACQGDLAVGLY WAHN+LP++N KS+ NP RDL+LQL+ERIL APKAR+ILVNGA+RK Sbjct: 323 QACQGDLAVGLYLWAHNILPIVNGKSSCNPQSRDLVLQLVERILSAPKARTILVNGAIRK 382 Query: 381 GERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVALAGAPGSKAMKQVTLQIF 440 GERL+PP+ EILMR TFP SSAR+KATERFEAVYP LKEVALAG GSKAMKQ + QI Sbjct: 383 GERLVPPSAFEILMRATFPASSARIKATERFEAVYPTLKEVALAGPAGSKAMKQASQQIL 442 Query: 441 GFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDNLEASVSILKKLSVQRRE 500 F I AAGE PEL+ E + I +WCL QN D YKQWD++YLDNLEASV+IL+KL+ Q +E Sbjct: 443 TFTIKAAGESIPELSNETSSIFIWCLTQNPDCYKQWDRIYLDNLEASVAILRKLTEQLKE 502 Query: 501 QHVNQSSIETVKQTVKSFQQKNEKALA-GESSGQAALLKDANKHCKVILGRLSRSHGCVK 560 + QSS++ +++T+KSF+ KNEK LA GE + ALLKDA+K+CK ILGR+SR HGC+K Sbjct: 503 LSLKQSSLDPLRETLKSFRHKNEKELAGGEDAAHQALLKDADKYCKGILGRVSRGHGCMK 562 Query: 561 AL-FLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 595 +L F V A AVGAA+MS N+ES+D K++SV+ SS SF Sbjct: 563 SLTFAVIAAVAVGAALMSPNMESWDLKKLSVVFSSSPSF 594
BLAST of Spo13044.1 vs. NCBI nr
Match:
gi|147814802|emb|CAN67931.1| (hypothetical protein VITISV_007906 [Vitis vinifera])
HSP 1 Score: 651.4 bits (1679), Expect = 1.600e-183
Identity = 353/579 (60.97%), Postives = 445/579 (76.86%), Query Frame = 1
Query: 21 ANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSV---DKDGNVFRAIEQQSEDRHRR 80 +NHGWQKVTY+K+ + QQ +N + V ++ DK NVFR++EQQ+E+R RR Sbjct: 23 SNHGWQKVTYAKRNRKQQSNNSDSVGNSEKVRVNGTLXTGDKP-NVFRSLEQQAEERRRR 82 Query: 81 IVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNIVEKGDNKEKKKKKKADK 140 ++EAQ +AA DD V K + + D+ DDS+ + ENG + +EKK KK K Sbjct: 83 VLEAQMVAAAAADDHQVRSKSKHRSDDEDDDSDDEVAAENGQV------QEKKVKKPKVK 142 Query: 141 RPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADYFARAFSGVSSAQFPWVK 200 +PKV+V++AASK+DA DL+AFL+D+S SYES EDI LMRFADYF RAFS V+S+QFPW+K Sbjct: 143 KPKVTVADAASKIDAADLAAFLVDVSASYESKEDILLMRFADYFGRAFSAVNSSQFPWMK 202 Query: 201 LFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVILLLDSILADLNHQVPNV 260 +FRES VAK++++P+ HI D VYKTS+DWI+QRS AL SFV+ LD IL+DL Q Sbjct: 203 MFRESTVAKIADVPLCHISDVVYKTSVDWINQRSSEALGSFVLWSLDCILSDLASQQAVT 262 Query: 261 KNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRENPKYQGQEKLTVIIWMIS 320 K +KK Q A SKSQ A+FVVLAMVLRRK DVL++LL TLREN KYQGQ+KL+VI+WM++ Sbjct: 263 KGSKKGLQHASSKSQAAIFVVLAMVLRRKPDVLINLLPTLRENSKYQGQDKLSVIVWMVA 322 Query: 321 QACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERILVAPKARSILVNGAVRK 380 QACQGDLAVGLY WAHN+LP++N KS+ NP RDL+LQL+ERIL APKAR+ILVNGA+RK Sbjct: 323 QACQGDLAVGLYLWAHNILPIVNGKSSCNPQSRDLVLQLVERILSAPKARTILVNGAIRK 382 Query: 381 GERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVALAGAPGSKAMKQVTLQIF 440 GERL+PP+ EILMR TFP SSAR+KATERFEAVYP LKEVALAG GSKAMKQ + QI Sbjct: 383 GERLVPPSAFEILMRATFPASSARIKATERFEAVYPTLKEVALAGPAGSKAMKQASQQIL 442 Query: 441 GFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDNLEASVSILKKLSVQRRE 500 F I AAGE PEL+ E + I +WCL QN D YKQWD++YLDNLEASV+IL+KL+ Q +E Sbjct: 443 TFTIKAAGESIPELSNETSSIFIWCLTQNPDCYKQWDRIYLDNLEASVAILRKLTEQLKE 502 Query: 501 QHVNQSSIETVKQTVKSFQQKNEKALA-GESSGQAALLKDANKHCKVILGRLSRSHGCVK 560 + QSS++ +++T+KSF+ KNEK LA GE + ALLKDA K+CK ILGR+SR HGC+K Sbjct: 503 LSLKQSSLDPLRETLKSFRHKNEKELAGGEDAAHQALLKDAXKYCKGILGRVSRGHGCMK 562 Query: 561 AL-FLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 595 +L F V A AVGAA+MS N+ES+D K++SV+ SS SF Sbjct: 563 SLTFAVIAAVAVGAALMSPNMESWDLKKLSVVFSSSPSF 594
BLAST of Spo13044.1 vs. NCBI nr
Match:
gi|1009154929|ref|XP_015895438.1| (PREDICTED: uncharacterized protein LOC107429292 [Ziziphus jujuba])
HSP 1 Score: 630.6 bits (1625), Expect = 2.900e-177
Identity = 352/588 (59.86%), Postives = 451/588 (76.70%), Query Frame = 1
Query: 22 NHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGS--------SVDKDGNVFRAIEQQSED 81 +HGWQKVTY+K+++ K KP+ + SV + +VD NVFR++EQQSED Sbjct: 39 DHGWQKVTYAKRQR------KIKPSATSSDSVSNRNKLVGNGAVDGADNVFRSLEQQSED 98 Query: 82 RHRRIVEAQRKSAAFDDDDDVARKPRSKKR---DDSDDSESDKERENGNIVEKGDNKEKK 141 R RRI+EAQR +AA D V+ RSK R DD +DSE++ ENG + E EKK Sbjct: 99 RRRRILEAQRTAAANDVASAVSAAVRSKHRSDYDDDEDSETEAVVENGKVEE-----EKK 158 Query: 142 KKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADYFARAFSGVSS 201 K+K K+PKV+V+EAA+K+DA DLSAFL+D+S SYES +DIQLMRFADYF RAFS VS+ Sbjct: 159 VKQKKPKKPKVTVAEAAAKIDANDLSAFLVDISTSYESQQDIQLMRFADYFGRAFSAVSA 218 Query: 202 AQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVILLLDSILADL 261 AQFPWVK+FRES VAK+++IP+SHI DAVYKT++DW+++ S+ AL SFV+ L+SIL DL Sbjct: 219 AQFPWVKMFRESSVAKIADIPLSHISDAVYKTAVDWVNRHSLEALVSFVLWCLESILTDL 278 Query: 262 NHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRENPKYQGQEKLT 321 + Q + K +KK Q SKSQVA+FVV+AMVLRRK DVL L+ TLRE+ KYQGQ+KL Sbjct: 279 SSQQASAKGSKKGVQHVSSKSQVAMFVVIAMVLRRKPDVLAHLVPTLREDSKYQGQDKLP 338 Query: 322 VIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERILVAPKARSIL 381 VI+WM+ QA QGDLAVGLYAW+ NLLPL++ K SNP RDL+LQL+ERIL APKAR+IL Sbjct: 339 VIVWMVVQASQGDLAVGLYAWSRNLLPLVSGKG-SNPQSRDLVLQLVERILSAPKARTIL 398 Query: 382 VNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVALAGAPGSKAMK 441 VNGAVRKGERL+PP E L+R TFP SSARVKATERFE VYP LKEVALAG+ GSKAMK Sbjct: 399 VNGAVRKGERLVPPPAFETLVRATFPASSARVKATERFEVVYPTLKEVALAGSLGSKAMK 458 Query: 442 QVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDNLEASVSILKK 501 QV+ QI FAI AAGE PELA EA++I +WCL QN+D YKQWDK+Y +NLEASVS+LKK Sbjct: 459 QVSQQILSFAIKAAGESIPELANEASEIFIWCLTQNADCYKQWDKIYQNNLEASVSVLKK 518 Query: 502 LSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAG----ESSGQAALLKDANKHCKVILG 561 L+ Q ++ + ++ +++T+KSF+ KNE+ALAG ++ Q ALLKDA+K+CK +LG Sbjct: 519 LTEQWKDLSGKLTPVDPLRETLKSFRHKNERALAGGADSAAAAQQALLKDADKYCKGLLG 578 Query: 562 RLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 595 ++SR +GC+K++ V VA VGAAV+S N+ES+D+K++SV S+ +SF Sbjct: 579 KVSRGNGCLKSMAFVIVALGVGAAVLSPNMESWDFKKLSVAFSTLKSF 614
BLAST of Spo13044.1 vs. UniProtKB/TrEMBL
Match:
A0A0K9RRR6_SPIOL (Uncharacterized protein OS=Spinacia oleracea GN=SOVF_042480 PE=4 SV=1)
HSP 1 Score: 1103.6 bits (2853), Expect = 0.000e+0
Identity = 593/594 (99.83%), Postives = 593/594 (99.83%), Query Frame = 1
Query: 1 MEDSNIHYDFEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSVDKD 60 MEDSNIHY FEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSVDKD Sbjct: 1 MEDSNIHYGFEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSVDKD 60 Query: 61 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNI 120 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNI Sbjct: 61 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNI 120 Query: 121 VEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADY 180 VEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADY Sbjct: 121 VEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADY 180 Query: 181 FARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVI 240 FARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVI Sbjct: 181 FARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVI 240 Query: 241 LLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLREN 300 LLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLREN Sbjct: 241 LLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLREN 300 Query: 301 PKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERI 360 PKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERI Sbjct: 301 PKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERI 360 Query: 361 LVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVAL 420 LVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVAL Sbjct: 361 LVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVAL 420 Query: 421 AGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDN 480 AGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDN Sbjct: 421 AGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDN 480 Query: 481 LEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSGQAALLKDANKH 540 LEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSGQAALLKDANKH Sbjct: 481 LEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSGQAALLKDANKH 540 Query: 541 CKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 595 CKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF Sbjct: 541 CKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 594
BLAST of Spo13044.1 vs. UniProtKB/TrEMBL
Match:
A0A0J8E2K4_BETVU (Uncharacterized protein OS=Beta vulgaris subsp. vulgaris GN=BVRB_6g156140 PE=4 SV=1)
HSP 1 Score: 878.2 bits (2268), Expect = 5.500e-252
Identity = 474/594 (79.80%), Postives = 530/594 (89.23%), Query Frame = 1
Query: 1 MEDSNIHYDFEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSVDKD 60 MEDSN + +E +A V T NHGWQKVTY+K+RKNQQ++ +QKP+T V + DK+ Sbjct: 1 MEDSNHLLELDEISANGVST-NHGWQKVTYAKRRKNQQKNQQQKPSTTV------TTDKE 60 Query: 61 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSE-SDKERENGN 120 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDD+ A K RSKKRDDSDDSE D EREN + Sbjct: 61 GNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDNTA-KNRSKKRDDSDDSEFDDNERENID 120 Query: 121 IVEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFAD 180 + K D EKKKKKKADK+PKVSVSEAA+K+DA DL+AFL+D+SG+YES EDIQLMRFAD Sbjct: 121 VNAKDDVVEKKKKKKADKKPKVSVSEAAAKIDAADLAAFLVDISGTYESQEDIQLMRFAD 180 Query: 181 YFARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFV 240 +FARAFSGVSSAQFPWVK FRESPVAKL+EIPISHIPDAVY+TS+DWI++RSV ALSS V Sbjct: 181 FFARAFSGVSSAQFPWVKTFRESPVAKLAEIPISHIPDAVYRTSVDWINKRSVAALSSLV 240 Query: 241 ILLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRE 300 ILLLD+ILADLN+Q PN KNAKKA+QQ SKSQVA+FVVLAMVLRRK DVLVSLL TLRE Sbjct: 241 ILLLDTILADLNNQHPNAKNAKKASQQPSSKSQVAVFVVLAMVLRRKPDVLVSLLPTLRE 300 Query: 301 NPKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIER 360 N KYQGQEK++V IWMISQACQGDLAVGL++WAHNLLP+LNSKST+NPLCRDLILQ IER Sbjct: 301 NSKYQGQEKISVNIWMISQACQGDLAVGLFSWAHNLLPMLNSKSTNNPLCRDLILQSIER 360 Query: 361 ILVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVA 420 IL APKARSILVNGAVRKGERLIPPA+LEILMR TFPVSSAR+KATERFEAVYP+LKEVA Sbjct: 361 ILAAPKARSILVNGAVRKGERLIPPAQLEILMRATFPVSSARIKATERFEAVYPILKEVA 420 Query: 421 LAGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLD 480 LAG PGSKAMKQ++ QIF FAILAAGE KPELA+EA D +WCLAQNSDIYKQWDKVYLD Sbjct: 421 LAGVPGSKAMKQISQQIFEFAILAAGEDKPELAREAIDTVIWCLAQNSDIYKQWDKVYLD 480 Query: 481 NLEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSGQAALLKDANK 540 NLEAS ++LKKLS QRREQH+NQSS+E VKQT+KSFQ KNEKALAGESSGQ A+LKDA+K Sbjct: 481 NLEASAAVLKKLSEQRREQHINQSSLEVVKQTMKSFQLKNEKALAGESSGQGAVLKDADK 540 Query: 541 HCKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQS 594 +CKVILGRLSRSHGC+KA+ +AVA VGAAVMSSN ES DWKRVSVMLSSFQ+ Sbjct: 541 YCKVILGRLSRSHGCLKAMVFIAVAMGVGAAVMSSNGESLDWKRVSVMLSSFQT 586
BLAST of Spo13044.1 vs. UniProtKB/TrEMBL
Match:
F6HFG2_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_01s0011g05280 PE=4 SV=1)
HSP 1 Score: 652.1 bits (1681), Expect = 6.400e-184
Identity = 353/579 (60.97%), Postives = 446/579 (77.03%), Query Frame = 1
Query: 21 ANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSV---DKDGNVFRAIEQQSEDRHRR 80 +NHGWQKVTY+K+ + QQ +N + V ++ DK NVFR++EQQ+E+R RR Sbjct: 23 SNHGWQKVTYAKRNRKQQSNNSDSVGNSEKVRVNGTLATGDKP-NVFRSLEQQAEERRRR 82 Query: 81 IVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNIVEKGDNKEKKKKKKADK 140 ++EAQ +AA DD V K + + D+ DDS+ + ENG + +EKK KK K Sbjct: 83 VLEAQMVAAAAADDHQVRSKSKHRSDDEDDDSDDEVAAENGQV------QEKKVKKPKVK 142 Query: 141 RPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADYFARAFSGVSSAQFPWVK 200 +PKV+V++AASK+DA DL+AFL+D+S SYES EDI LMRFADYF RAFS V+S+QFPW+K Sbjct: 143 KPKVTVADAASKIDAADLAAFLVDVSASYESKEDILLMRFADYFGRAFSAVNSSQFPWMK 202 Query: 201 LFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVILLLDSILADLNHQVPNV 260 +FRES VAK++++P+ HI D VYKTS+DWI+QRS AL SFV+ LD IL+DL Q Sbjct: 203 MFRESTVAKIADVPLCHISDVVYKTSVDWINQRSSEALGSFVLWSLDCILSDLASQQAVT 262 Query: 261 KNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRENPKYQGQEKLTVIIWMIS 320 K +KK Q A SKSQ A+FVVLAMVLRRK DVL++LL TLREN KYQGQ+KL+VI+WM++ Sbjct: 263 KGSKKGLQHASSKSQAAIFVVLAMVLRRKPDVLINLLPTLRENSKYQGQDKLSVIVWMVA 322 Query: 321 QACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERILVAPKARSILVNGAVRK 380 QACQGDLAVGLY WAHN+LP++N KS+ NP RDL+LQL+ERIL APKAR+ILVNGA+RK Sbjct: 323 QACQGDLAVGLYLWAHNILPIVNGKSSCNPQSRDLVLQLVERILSAPKARTILVNGAIRK 382 Query: 381 GERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVALAGAPGSKAMKQVTLQIF 440 GERL+PP+ EILMR TFP SSAR+KATERFEAVYP LKEVALAG GSKAMKQ + QI Sbjct: 383 GERLVPPSAFEILMRATFPASSARIKATERFEAVYPTLKEVALAGPAGSKAMKQASQQIL 442 Query: 441 GFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDNLEASVSILKKLSVQRRE 500 F I AAGE PEL+ E + I +WCL QN D YKQWD++YLDNLEASV+IL+KL+ Q +E Sbjct: 443 TFTIKAAGESIPELSNETSSIFIWCLTQNPDCYKQWDRIYLDNLEASVAILRKLTEQLKE 502 Query: 501 QHVNQSSIETVKQTVKSFQQKNEKALA-GESSGQAALLKDANKHCKVILGRLSRSHGCVK 560 + QSS++ +++T+KSF+ KNEK LA GE + ALLKDA+K+CK ILGR+SR HGC+K Sbjct: 503 LSLKQSSLDPLRETLKSFRHKNEKELAGGEDAAHQALLKDADKYCKGILGRVSRGHGCMK 562 Query: 561 AL-FLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 595 +L F V A AVGAA+MS N+ES+D K++SV+ SS SF Sbjct: 563 SLTFAVIAAVAVGAALMSPNMESWDLKKLSVVFSSSPSF 594
BLAST of Spo13044.1 vs. UniProtKB/TrEMBL
Match:
A5BH62_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VITISV_007906 PE=4 SV=1)
HSP 1 Score: 651.4 bits (1679), Expect = 1.100e-183
Identity = 353/579 (60.97%), Postives = 445/579 (76.86%), Query Frame = 1
Query: 21 ANHGWQKVTYSKKRKNQQQDNKQKPATAVAASVGSSV---DKDGNVFRAIEQQSEDRHRR 80 +NHGWQKVTY+K+ + QQ +N + V ++ DK NVFR++EQQ+E+R RR Sbjct: 23 SNHGWQKVTYAKRNRKQQSNNSDSVGNSEKVRVNGTLXTGDKP-NVFRSLEQQAEERRRR 82 Query: 81 IVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNIVEKGDNKEKKKKKKADK 140 ++EAQ +AA DD V K + + D+ DDS+ + ENG + +EKK KK K Sbjct: 83 VLEAQMVAAAAADDHQVRSKSKHRSDDEDDDSDDEVAAENGQV------QEKKVKKPKVK 142 Query: 141 RPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADYFARAFSGVSSAQFPWVK 200 +PKV+V++AASK+DA DL+AFL+D+S SYES EDI LMRFADYF RAFS V+S+QFPW+K Sbjct: 143 KPKVTVADAASKIDAADLAAFLVDVSASYESKEDILLMRFADYFGRAFSAVNSSQFPWMK 202 Query: 201 LFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVILLLDSILADLNHQVPNV 260 +FRES VAK++++P+ HI D VYKTS+DWI+QRS AL SFV+ LD IL+DL Q Sbjct: 203 MFRESTVAKIADVPLCHISDVVYKTSVDWINQRSSEALGSFVLWSLDCILSDLASQQAVT 262 Query: 261 KNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRENPKYQGQEKLTVIIWMIS 320 K +KK Q A SKSQ A+FVVLAMVLRRK DVL++LL TLREN KYQGQ+KL+VI+WM++ Sbjct: 263 KGSKKGLQHASSKSQAAIFVVLAMVLRRKPDVLINLLPTLRENSKYQGQDKLSVIVWMVA 322 Query: 321 QACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERILVAPKARSILVNGAVRK 380 QACQGDLAVGLY WAHN+LP++N KS+ NP RDL+LQL+ERIL APKAR+ILVNGA+RK Sbjct: 323 QACQGDLAVGLYLWAHNILPIVNGKSSCNPQSRDLVLQLVERILSAPKARTILVNGAIRK 382 Query: 381 GERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVALAGAPGSKAMKQVTLQIF 440 GERL+PP+ EILMR TFP SSAR+KATERFEAVYP LKEVALAG GSKAMKQ + QI Sbjct: 383 GERLVPPSAFEILMRATFPASSARIKATERFEAVYPTLKEVALAGPAGSKAMKQASQQIL 442 Query: 441 GFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDNLEASVSILKKLSVQRRE 500 F I AAGE PEL+ E + I +WCL QN D YKQWD++YLDNLEASV+IL+KL+ Q +E Sbjct: 443 TFTIKAAGESIPELSNETSSIFIWCLTQNPDCYKQWDRIYLDNLEASVAILRKLTEQLKE 502 Query: 501 QHVNQSSIETVKQTVKSFQQKNEKALA-GESSGQAALLKDANKHCKVILGRLSRSHGCVK 560 + QSS++ +++T+KSF+ KNEK LA GE + ALLKDA K+CK ILGR+SR HGC+K Sbjct: 503 LSLKQSSLDPLRETLKSFRHKNEKELAGGEDAAHQALLKDAXKYCKGILGRVSRGHGCMK 562 Query: 561 AL-FLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 595 +L F V A AVGAA+MS N+ES+D K++SV+ SS SF Sbjct: 563 SLTFAVIAAVAVGAALMSPNMESWDLKKLSVVFSSSPSF 594
BLAST of Spo13044.1 vs. UniProtKB/TrEMBL
Match:
B9HW47_POPTR (Uncharacterized protein OS=Populus trichocarpa GN=POPTR_0010s12060g PE=4 SV=1)
HSP 1 Score: 611.3 bits (1575), Expect = 1.200e-171
Identity = 342/599 (57.10%), Postives = 446/599 (74.46%), Query Frame = 1
Query: 3 DSNIHYDFEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAAS----VGSSVD 62 +SN ++ + + +HGWQKVTY K+++ KQ+ A AA+ + + + Sbjct: 5 ESNENHQIASNSNSHSNANDHGWQKVTYPKRQR------KQRSAADSAANNSHPIANDSN 64 Query: 63 KDGNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSK--KRDDSDDSESDKERE 122 K NVFR++E QSEDR R+I+E+Q SAA D V + RSK R D DD + + + Sbjct: 65 KPNNVFRSLELQSEDRRRKILESQ--SAAADAAAVVDTRSRSKHHHRSDDDDDDDYESDD 124 Query: 123 NGNIVEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMR 182 G E +EKK K+K K+PKV+V++AA+K+DA DL+AFL D+SGSYE ++I LMR Sbjct: 125 AGVSKENAKAEEKKVKQKKPKKPKVTVADAAAKIDAADLAAFLSDISGSYEGQQEILLMR 184 Query: 183 FADYFARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALS 242 FADYF RAFS V+S+QFPWVK+FRE+ VAKL++IP+SHI DAVYKT+ DWI+Q S+ AL Sbjct: 185 FADYFGRAFSAVNSSQFPWVKMFRENTVAKLADIPLSHISDAVYKTAADWINQLSIAALG 244 Query: 243 SFVILLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLT 302 SFV+ LDSILADL Q K +KK QQA SKSQVA+FVVLAMVLRRK D LV++L T Sbjct: 245 SFVLWCLDSILADLASQQGGSKGSKKGIQQASSKSQVAMFVVLAMVLRRKPDALVNVLPT 304 Query: 303 LRENPKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQL 362 LRE+ KYQGQ+KL VI+WMI+QA GDLAVGLY+W HNLLP+++ KS SNP RD+ILQ Sbjct: 305 LRESSKYQGQDKLVVIVWMIAQASHGDLAVGLYSWGHNLLPIVSGKS-SNPQSRDIILQS 364 Query: 363 IERILVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLK 422 +E+IL APKARSILVNGAVRKGERL+PP+ LEIL+RVTFP SSAR+KATERF A+YP LK Sbjct: 365 VEKILAAPKARSILVNGAVRKGERLLPPSALEILLRVTFPSSSARLKATERFGAIYPTLK 424 Query: 423 EVALAGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKV 482 EVALAGAP SKAMKQV+ QI FA+ AAGE PEL+KEA I++WCL QN+D YKQWDKV Sbjct: 425 EVALAGAPRSKAMKQVSQQILSFALKAAGESIPELSKEAAGISIWCLTQNADCYKQWDKV 484 Query: 483 YLDNLEASVSILKKLSVQRREQHVNQSSIETVKQTVKSFQQKNEKALAGESSG-QAALLK 542 Y DNLEASV++LK+L + +E V + ++ +++T+K+++QKNEK + E+ + AL + Sbjct: 485 YQDNLEASVAVLKRLLEEWKELSVKLAPLDPMRETIKNYRQKNEKGMEPEADATRQALFR 544 Query: 543 DANKHCKVILGRLSRSHGCVKALFLVAVATAVGAAVMSSNVESFDWKRVSVMLSSFQSF 595 +A+KHCK + +LS HGC+K + + +A A GAA+MSSN+ES+DWK + V +SS SF Sbjct: 545 EADKHCKTLSSKLSHGHGCLKGMAVAVIALAAGAAIMSSNMESWDWKELPVFISSQFSF 594
BLAST of Spo13044.1 vs. TAIR (Arabidopsis)
Match:
AT1G70770.1 (Protein of unknown function DUF2359, transmembrane)
HSP 1 Score: 552.4 bits (1422), Expect = 3.500e-157
Identity = 320/571 (56.04%), Postives = 400/571 (70.05%), Query Frame = 1
Query: 16 TAVPTANHGWQKVTYSKK-RKNQQQDNKQKPATAVAASVGSSVDKDGNVFRAIEQQSEDR 75 T+ +HGW+KV Y K+ RK +Q D AS G+ + NVFR++E+Q+EDR Sbjct: 14 TSNGNVDHGWKKVVYPKRHRKQKQADQATANGGKTVASNGTVANGGDNVFRSLEEQAEDR 73 Query: 76 HRRIVEAQRKSAAFDDDDDVARKPRSKKRDDSDDSESDKERENGNIVEKGDNKEKKKKKK 135 RRI+ A K A D DDD + + + DD D + + I + KK K K Sbjct: 74 RRRILAA--KMTAIDSDDDGVVRSKHRSNGYGDDG-YDFDGSDDEIATLKVEEVKKPKPK 133 Query: 136 ADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDIQLMRFADYFARAFSGVSSAQFP 195 +K+PKVS+ EAASK+D +L AFL++ S SY S +IQLMRFADYF RA SGVSS QFP Sbjct: 134 KEKKPKVSLPEAASKIDPLNLEAFLVEASESYASQPEIQLMRFADYFGRALSGVSSVQFP 193 Query: 196 WVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSVPALSSFVILLLDSILADLNHQV 255 WVK+F+ESP++KL E+P++HIP+ VYKTS+DWI+ R + AL +FV+ D IL DL Q Sbjct: 194 WVKMFKESPLSKLIEVPLAHIPEPVYKTSVDWINHRPIEALGAFVLWAFDCILTDLAAQQ 253 Query: 256 PNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRENPKYQGQEKLTVIIW 315 K KK QQ SKSQVA+FV LAMVLRRK D L ++L TLRENPKYQGQ+KL V +W Sbjct: 254 GGAKGGKKGGQQTTSKSQVAIFVALAMVLRRKPDALTNVLPTLRENPKYQGQDKLPVTVW 313 Query: 316 MISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDLILQLIERILVAPKARSILVNGA 375 M++QA QGD+AVGLY+WAHNLLP++ +K+ NP RDLILQL+E+IL PKAR+ILVNGA Sbjct: 314 MMAQASQGDIAVGLYSWAHNLLPVVGNKN-CNPQSRDLILQLVEKILTNPKARTILVNGA 373 Query: 376 VRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVALAGAPGSKAMKQVTL 435 VRKGERLIPP EIL+R+TFP SSARVKATERFEA+YP+LKEVALAGAPGSKAMKQVT Sbjct: 374 VRKGERLIPPPSFEILLRLTFPASSARVKATERFEAIYPLLKEVALAGAPGSKAMKQVTQ 433 Query: 436 QIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDNLEASVSILKKLSVQ 495 QIF FA+ AGEG P LAKEAT I +W + QN D K WD +Y +NLEASV++LKKL + Sbjct: 434 QIFTFALKLAGEGNPVLAKEATAIAIWSVTQNFDCCKHWDNLYKENLEASVAVLKKLVEE 493 Query: 496 RREQHVNQSSIE----TVKQTVKSFQQKNEKALAGESSGQAALLKDANKHCKVILGRLSR 555 +E V SS T+ +T+KSF+ KNE+ + E A+L K+A+K CK I GRLSR Sbjct: 494 WKEHSVKLSSSPNDALTLNRTMKSFRLKNEEVIT-EGGANASLYKEADKSCKTISGRLSR 553 Query: 556 SHGCVK----ALFLVAVATAVGAAVMSSNVE 578 GC+K L +A A A AAV+SSN E Sbjct: 554 GSGCLKGTAITLVFLAAAGAAAAAVLSSNPE 579
BLAST of Spo13044.1 vs. TAIR (Arabidopsis)
Match:
AT1G23170.2 (Protein of unknown function DUF2359, transmembrane)
HSP 1 Score: 543.1 bits (1398), Expect = 2.100e-154
Identity = 325/593 (54.81%), Postives = 418/593 (70.49%), Query Frame = 1
Query: 5 NIHYDFEEATATAVPTANHGWQKVTYSKKRKNQQQDNKQKPATAVAASV----------G 64 ++ Y+ E T +HGW+KV Y K+ + KQKPA AA+ G Sbjct: 6 SVEYNGFETTNGNSHNDDHGWKKVVYPKRNR------KQKPADQAAATKNGVTGNLIPNG 65 Query: 65 SSVDKDGNVFRAIEQQSEDRHRRIVEAQRKSAAFDDDDDVARKPRSKKRDDS--DDSESD 124 + + GNVFR++E+Q+E RH +I+ A++ S D D K RS D D +SD Sbjct: 66 TLSNGGGNVFRSLEEQAEGRHLQILAAKKASDTADVSDGGRSKWRSNGYGDEGYDFDDSD 125 Query: 125 KERENGNIVEKGDNKEKKKKKKADKRPKVSVSEAASKLDAGDLSAFLIDLSGSYESHEDI 184 E G K + +K K KK K+PKV+++EAA+K+D +L+AFL++ S SY S +I Sbjct: 126 SEIAVGKENLKAEEVKKPKVKKV-KKPKVTLAEAAAKIDVSNLAAFLVEASESYASQPEI 185 Query: 185 QLMRFADYFARAFSGVSSAQFPWVKLFRESPVAKLSEIPISHIPDAVYKTSIDWISQRSV 244 QLM+FADYF R+ S VSSA FPWVK F+ESP++KL +IP+SHIP+AVYKTS DWI+QR + Sbjct: 186 QLMKFADYFGRSLSQVSSAHFPWVKTFKESPLSKLIDIPLSHIPEAVYKTSADWINQRPI 245 Query: 245 PALSSFVILLLDSILADLNHQVPNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVS 304 AL +FV+ LD ILADL Q VK KK QQA SKSQVA+FV +AMVLR+K D L + Sbjct: 246 EALGAFVLWGLDCILADLAVQQGGVKGGKKGAQQASSKSQVAIFVAVAMVLRKKPDALTN 305 Query: 305 LLLTLRENPKYQGQEKLTVIIWMISQACQGDLAVGLYAWAHNLLPLLNSKSTSNPLCRDL 364 +L TLRENPKYQGQ+KL V +WM++QA QGD++VGLY+WAHNLLP+++SKS NP RDL Sbjct: 306 ILPTLRENPKYQGQDKLPVTVWMMAQASQGDISVGLYSWAHNLLPVVSSKS-CNPQSRDL 365 Query: 365 ILQLIERILVAPKARSILVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVY 424 ILQL+ERIL PKAR+ILVNGAVRKGERLIPP EIL+R+TFP SSARVKATERFEA+Y Sbjct: 366 ILQLVERILSNPKARTILVNGAVRKGERLIPPPSFEILVRLTFPASSARVKATERFEAIY 425 Query: 425 PVLKEVALAGAPGSKAMKQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQ 484 P+LKEV+LAGAPGSKAMKQVT QIF FA+ AAGE P LAKEA IT+W L QN D K Sbjct: 426 PLLKEVSLAGAPGSKAMKQVTQQIFTFALKAAGEENPLLAKEAAAITIWALTQNVDCCKH 485 Query: 485 WDKVYLDNLEASVSILKKLSVQRREQHVNQSSIE--TVKQTVKSFQQKNEKALAGESSG- 544 W+ +Y DNL+ASV++LKKL + +E+ V + E T+ QT+KS +QKNE+AL +G Sbjct: 486 WENLYTDNLKASVAVLKKLIGEWKERSVKLTPAETLTLNQTMKSLRQKNEEALTEGGNGV 545 Query: 545 QAALLKDANKHCKVILGRLSRSHGCVKAL----FLVAVATAVGAAVMSSNVES 579 +L KDA+K+CKVI G+LS S GC+K++ L+A GAA +S+N E+ Sbjct: 546 SQSLYKDADKYCKVIAGKLS-SGGCIKSIATTAALLAATGFAGAAALSANPEA 589
BLAST of Spo13044.1 vs. TAIR (Arabidopsis)
Match:
AT3G11880.1 (Protein of unknown function DUF2359, transmembrane)
HSP 1 Score: 327.4 bits (838), Expect = 1.800e-89
Identity = 202/451 (44.79%), Postives = 289/451 (64.08%), Query Frame = 1
Query: 139 PKVSVSEAASKLDA-GDLSAFLIDLSGSYESHEDIQLMRFADYFARAFSGVSSAQFPWVK 198 P S+ EAA+++D DL+A L+ +S S+ + QL++F DY +SS Q+ W+ Sbjct: 3 PMESLPEAAAQIDLWDDLAASLVKISKSHAFVPEEQLLKFVDYLEIK---LSSVQYLWLD 62 Query: 199 LFRESPVAKLSE---IPISHIPDAVYKTSIDWISQRSVPALSSFVILLLDSILADLNHQV 258 +F+ SP KL + +P+SHIP +VY TS++W+ + S+ L +FV+ L+ +L L + Sbjct: 63 MFKGSPCPKLIDMIDVPLSHIPVSVYDTSVEWLDKFSIGLLCAFVVWSLNRLLTIL--EP 122 Query: 259 PNVKNAKKATQQAQSKSQVALFVVLAMVLRRKADVLVSLLLTLRENPKYQGQEKLTVIIW 318 P ++ T SK VA+FV LAMVLR + + LV +L TL+E+ +YQG +KL +++W Sbjct: 123 PQQGGHQRRTT---SKFHVAVFVALAMVLRNEPNTLVIVLPTLKED-EYQGHDKLPILVW 182 Query: 319 MISQACQGDLAVGLYAWAHNLLPLLNSK-----STSNPLCRDLILQLIERILVAPKARSI 378 M++QA QGDL+VGLY+W+ NLLP+ + S SN DLILQL E IL AR+I Sbjct: 183 MMAQASQGDLSVGLYSWSCNLLPVFYQENLLPVSRSNSQSMDLILQLAEMILSNLDARTI 242 Query: 379 LVNGAVRKGERLIPPAELEILMRVTFPVSSARVKATERFEAVYPVLKEVALAGAPGSKAM 438 LVNG V +RLI P E+LMR+TFP SS RVKATERFEA+YP+LKEVALA PGS+ M Sbjct: 243 LVNGTVIDKQRLISPYAFELLMRLTFPASSERVKATERFEAIYPLLKEVALACEPGSELM 302 Query: 439 KQVTLQIFGFAILAAGEGKPELAKEATDITVWCLAQNSDIYKQWDKVYLDNLEASVSILK 498 KQVT QIF ++++ AG LAKEAT I VW L +N D KQW+K+Y +N EASV++LK Sbjct: 303 KQVTQQIFHYSLIIAGRRNLVLAKEATAIAVWSLTENVDCCKQWEKLYWENKEASVAVLK 362 Query: 499 KLSVQRREQHVNQSSIE----TVKQTVKSFQQKNEKALAGESSGQAALLKDANKHCKVIL 558 KL +R + + +S T+ QT++S + KNEKA+ E + K+A+K CKV+ Sbjct: 363 KLVDERGDISIKLASSPSHKFTLNQTMESIRLKNEKAIT-EGGTIGSRYKEADKSCKVMS 422 Query: 559 GRLSRSHGCVKALFLVAVATAVGAAVMSSNV 577 GR + C+K ++ AV++SN+ Sbjct: 423 GRFFPENACLKGTAIITAVVLAAVAVLASNL 443
The following BLAST results are available for this feature:
BLAST of Spo13044.1 vs. NCBI nr
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. NCBI nr )
Total hits: 5
A C A T G A A A A A C T C T A C G G A G T A T A T A G T T A A A A A A G G A T A A A C G T A T A C A C A C A C A A A G T G A G T C A C T C A C A A T T G C A C G T C A C T C C C A C C A C A C C C A A A G C A A C A C C T A A G G A A T C T T G C A A T T T C A T T G G C C C C A T C T T C T C C C G T G T T A G C T T G C A C G A C C C A T T G T C A A T C C A C T T T A T A A C C A A A A C T A A G T C A A A C T T G G G C T A C C T T C T C C T C T A T A A A T T C C T C C T C T T A A T T T C T C T C T C T T T C T T C C T A A C T T T A C T C A C C T T C T G T C T T T T C T T T C T C T C T C T A A A C T C T A A C C A A C A A C A G C A A C G C C A A T G G A A G A T T C A A A C A T C C A T T A C G A C T T C G A G G A A G C C A C C G C C A C G G C C G T G C C T A C C G C C A A C C A C G G C T G G C A G A A G G T T A C T T A T T C C A A G A A A A G A A A G A A T C A G C A G C A G G A C A A C A A G C A G A A G C C C G C C A C C G C G G T C G C C G C C T C C G T C G G T T C T T C T G T T G A T A A G G A T G G A A A C G T T T T C C G A G C A A T C G A G C A G C A G T C G G A G G A T C G C C A C C G T C G A A T T G T G G A G G C G C A G A G G A A A T C T G C T G C T T T C G A T G A T G A C G A T G A T G T T G C T C G G A A G C C T A G A T C G A A G A A G C G C G A T G A T T C C G A T G A C A G T G A A T C C G A T A A G G A G A G A G A A A A T G G T A A T A T C G T T G A G A A G G G T G A T A A C A A G G A G A A G A A A A A G A A G A A G A A G G C T G A T A A G A G A C C T A A G G T G T C G G T T T C G G A G G C T G C G T C G A A G T T G G A T G C C G G T G A T T T G T C T G C A T T T C T C A T T G A T T T G T C G G G T T C T T A T G A A T C T C A T G A G G A T A T A C A A T T G A T G C G A T T C G C G G A T T A T T T C G C A C G G G C T T T T T C A G G G G T G A G T T C T G C C C A G T T T C C G T G G G T T A A G T T A T T C A G G G A A T C T C C A G T A G C G A A A C T A T C C G A G A T C C C T A T C T C C C A C A T C C C T G A T G C C G T T T A T A A G A C A T C G A T T G A C T G G A T C A G T C A A C G T T C A G T G C C C G C C C T T A G T T C C T T T G T A A T T T T G C T A C T G G A T A G T A T T C T T G C A G A T T T A A A C C A T C A A G T C C C T A A C G T G A A G A A T G C T A A A A A G G C A A C T C A A C A G G C A C A A T C C A A A T C T C A G G T T G C T T T A T T T G T G G T T T T G G C A A T G G T C T T A A G G C G A A A A G C T G A T G T T C T T G T T A G T T T G C T G C T T A C A T T A A G G G A G A A C C C T A A G T A T C A A G G A C A A G A G A A G C T T A C C G T C A T C A T A T G G A T G A T A T C T C A G G C C T G T C A A G G A G A T T T G G C T G T T G G C T T A T A T G C T T G G G C T C A T A A C C T C T T G C C A T T G C T C A A C A G C A A A T C C A C T A G C A A T C C A C T T T G T A G G G A T C T G A T T T T G C A G T T G A T T G A A A G A A T T T T G G T A G C C C C A A A G G C T C G T T C T A T C C T G G T T A A T G G A G C T G T T A G G A A A G G A G A A C G T C T A A T C C C T C C A G C T G A G T T A G A G A T T T T G A T G C G G G T T A C A T T C C C T G T G T C A T C T G C C A G A G T A A A G G C A A C T G A A A G A T T T G A G G C T G T C T A C C C A G T C C T G A A A G A A G T T G C T C T T G C T G G C G C T C C T G G A A G C A A A G C A A T G A A A C A A G T T A C G C T G C A G A T A T T T G G G T T T G C A A T T T T A G C A G C T G G A G A A G G C A A G C C T G A G C T G G C T A A A G A A G C C A C T G A T A T C A C A G T T T G G T G C T T G G C T C A A A A C A G T G A C A T T T A T A A G C A A T G G G A C A A A G T G T A C C T G G A T A A T C T G G A G G C A A G T G T C T C C A T T C T G A A A A A G C T T T C T G T A C A G A G A A G G G A A C A G C A T G T C A A T C A G T C A T C T A T T G A G A C T G T G A A G C A G A C T G T G A A G A G T T T C C A G C A A A A G A A T G A A A A G G C A T T A G C T G G T G A G A G T T C A G G A C A A G C A G C T C T C C T C A A G G A T G C T A A C A A G C A C T G T A A A G T G A T T T T G G G A A G A T T A T C A C G T A G T C A T G G C T G T G T G A A A G C C T T G T T T T T G G T T G C T G T T G C A A C G G C T G T C G G T G C T G C T G T G A T G T C T T C T A A T G T G G A G T C G T T T G A T T G G A A G A G G G T A T C T G T G A T G C T C A G C T C C T T T C A A T C T T T C T A A A A T A A G A A C G C T T A G T G G C C G T G T G G T G C C A C T T C T G C T G T T C A C T T G G T T C A T A A T A T A C A T G A G A G G A A G C A G C A T C A G C A A G T T T A C C T C C C G C A A T A A C C A T C T A A A T A G A T C G T C A G A T A C A T G G A G T T A G G A T G A G A G G A T C G C C A C A A G G C T C A C G G C T G T A C T T G A T A G T T T A A T T C G G T C C T T G A C A T T T T T G A C C G A T T T G A T T T T C T G T T A A T T C A T G T T A G T A T A A T A C T T G A C A C A C A T G C C T G T A T G C T G T A T T T G T G G A C T A T G A T C T T T A A T T T A A T T T A C A G G G T G T T T A T T T A T G G A G T T T A T T T T T G A G T T A C C A A G T C C T T G T T T G G T A A C C A G C A G T T C T G C T C A A A A T T A A C G G C T T A G G T G G T T A A A C C A G C T T T A C A A G C G G A T T A C A T C A A C G T T T A G G C G T C A A T C C T A C A A G G G G G A T T C A A G A A A G G A A A A G A G A A T A A A C A T G G C T T A G A G C A G C T T C T G G A A A G T T G T T C T T T T C T C A G A A G T G A A G A G A A A A G C G A T G G C G C A C A C C G C A T T T T T C A T G G A G A T T C T T A T T T G T A A C G A G A A A C A A A A G A T C T T C A A A T G G A G C G A T T T C C T T T A A T A T T G C A T A A A G A T C C A A T C A T T C C C A A A A T A C G T T A C T T T T T A A C T T A A T T T T C A C 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 Expect = 0.00e+0 / Id = 99.83 Expect = 7.90e-252 / Id = 79.80 Expect = 9.20e-184 / Id = 60.97 Expect = 1.60e-183 / Id = 60.97 Expect = 2.90e-177 / Id = 59.86 Sequence KNA21512.1 XP_010695904.1 XP_002284658.1 CAN67931.1 XP_015895438.1
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BLAST of Spo13044.1 vs. UniProtKB/TrEMBL
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. UniprotKB/TrEMBL )
Total hits: 5
A C A T G A A A A A C T C T A C G G A G T A T A T A G T T A A A A A A G G A T A A A C G T A T A C A C A C A C A A A G T G A G T C A C T C A C A A T T G C A C G T C A C T C C C A C C A C A C C C A A A G C A A C A C C T A A G G A A T C T T G C A A T T T C A T T G G C C C C A T C T T C T C C C G T G T T A G C T T G C A C G A C C C A T T G T C A A T C C A C T T T A T A A C C A A A A C T A A G T C A A A C T T G G G C T A C C T T C T C C T C T A T A A A T T C C T C C T C T T A A T T T C T C T C T C T T T C T T C C T A A C T T T A C T C A C C T T C T G T C T T T T C T T T C T C T C T C T A A A C T C T A A C C A A C A A C A G C A A C G C C A A T G G A A G A T T C A A A C A T C C A T T A C G A C T T C G A G G A A G C C A C C G C C A C G G C C G T G C C T A C C G C C A A C C A C G G C T G G C A G A A G G T T A C T T A T T C C A A G A A A A G A A A G A A T C A G C A G C A G G A C A A C A A G C A G A A G C C C G C C A C C G C G G T C G C C G C C T C C G T C G G T T C T T C T G T T G A T A A G G A T G G A A A C G T T T T C C G A G C A A T C G A G C A G C A G T C G G A G G A T C G C C A C C G T C G A A T T G T G G A G G C G C A G A G G A A A T C T G C T G C T T T C G A T G A T G A C G A T G A T G T T G C T C G G A A G C C T A G A T C G A A G A A G C G C G A T G A T T C C G A T G A C A G T G A A T C C G A T A A G G A G A G A G A A A A T G G T A A T A T C G T T G A G A A G G G T G A T A A C A A G G A G A A G A A A A A G A A G A A G A A G G C T G A T A A G A G A C C T A A G G T G T C G G T T T C G G A G G C T G C G T C G A A G T T G G A T G C C G G T G A T T T G T C T G C A T T T C T C A T T G A T T T G T C G G G T T C T T A T G A A T C T C A T G A G G A T A T A C A A T T G A T G C G A T T C G C G G A T T A T T T C G C A C G G G C T T T T T C A G G G G T G A G T T C T G C C C A G T T T C C G T G G G T T A A G T T A T T C A G G G A A T C T C C A G T A G C G A A A C T A T C C G A G A T C C C T A T C T C C C A C A T C C C T G A T G C C G T T T A T A A G A C A T C G A T T G A C T G G A T C A G T C A A C G T T C A G T G C C C G C C C T T A G T T C C T T T G T A A T T T T G C T A C T G G A T A G T A T T C T T G C A G A T T T A A A C C A T C A A G T C C C T A A C G T G A A G A A T G C T A A A A A G G C A A C T C A A C A G G C A C A A T C C A A A T C T C A G G T T G C T T T A T T T G T G G T T T T G G C A A T G G T C T T A A G G C G A A A A G C T G A T G T T C T T G T T A G T T T G C T G C T T A C A T T A A G G G A G A A C C C T A A G T A T C A A G G A C A A G A G A A G C T T A C C G T C A T C A T A T G G A T G A T A T C T C A G G C C T G T C A A G G A G A T T T G G C T G T T G G C T T A T A T G C T T G G G C T C A T A A C C T C T T G C C A T T G C T C A A C A G C A A A T C C A C T A G C A A T C C A C T T T G T A G G G A T C T G A T T T T G C A G T T G A T T G A A A G A A T T T T G G T A G C C C C A A A G G C T C G T T C T A T C C T G G T T A A T G G A G C T G T T A G G A A A G G A G A A C G T C T A A T C C C T C C A G C T G A G T T A G A G A T T T T G A T G C G G G T T A C A T T C C C T G T G T C A T C T G C C A G A G T A A A G G C A A C T G A A A G A T T T G A G G C T G T C T A C C C A G T C C T G A A A G A A G T T G C T C T T G C T G G C G C T C C T G G A A G C A A A G C A A T G A A A C A A G T T A C G C T G C A G A T A T T T G G G T T T G C A A T T T T A G C A G C T G G A G A A G G C A A G C C T G A G C T G G C T A A A G A A G C C A C T G A T A T C A C A G T T T G G T G C T T G G C T C A A A A C A G T G A C A T T T A T A A G C A A T G G G A C A A A G T G T A C C T G G A T A A T C T G G A G G C A A G T G T C T C C A T T C T G A A A A A G C T T T C T G T A C A G A G A A G G G A A C A G C A T G T C A A T C A G T C A T C T A T T G A G A C T G T G A A G C A G A C T G T G A A G A G T T T C C A G C A A A A G A A T G A A A A G G C A T T A G C T G G T G A G A G T T C A G G A C A A G C A G C T C T C C T C A A G G A T G C T A A C A A G C A C T G T A A A G T G A T T T T G G G A A G A T T A T C A C G T A G T C A T G G C T G T G T G A A A G C C T T G T T T T T G G T T G C T G T T G C A A C G G C T G T C G G T G C T G C T G T G A T G T C T T C T A A T G T G G A G T C G T T T G A T T G G A A G A G G G T A T C T G T G A T G C T C A G C T C C T T T C A A T C T T T C T A A A A T A A G A A C G C T T A G T G G C C G T G T G G T G C C A C T T C T G C T G T T C A C T T G G T T C A T A A T A T A C A T G A G A G G A A G C A G C A T C A G C A A G T T T A C C T C C C G C A A T A A C C A T C T A A A T A G A T C G T C A G A T A C A T G G A G T T A G G A T G A G A G G A T C G C C A C A A G G C T C A C G G C T G T A C T T G A T A G T T T A A T T C G G T C C T T G A C A T T T T T G A C C G A T T T G A T T T T C T G T T A A T T C A T G T T A G T A T A A T A C T T G A C A C A C A T G C C T G T A T G C T G T A T T T G T G G A C T A T G A T C T T T A A T T T A A T T T A C A G G G T G T T T A T T T A T G G A G T T T A T T T T T G A G T T A C C A A G T C C T T G T T T G G T A A C C A G C A G T T C T G C T C A A A A T T A A C G G C T T A G G T G G T T A A A C C A G C T T T A C A A G C G G A T T A C A T C A A C G T T T A G G C G T C A A T C C T A C A A G G G G G A T T C A A G A A A G G A A A A G A G A A T A A A C A T G G C T T A G A G C A G C T T C T G G A A A G T T G T T C T T T T C T C A G A A G T G A A G A G A A A A G C G A T G G C G C A C A C C G C A T T T T T C A T G G A G A T T C T T A T T T G T A A C G A G A A A C A A A A G A T C T T C A A A T G G A G C G A T T T C C T T T A A T A T T G C A T A A A G A T C C A A T C A T T C C C A A A A T A C G T T A C T T T T T A A C T T A A T T T T C A C 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 Expect = 0.00e+0 / Id = 99.83 Expect = 5.50e-252 / Id = 79.80 Expect = 6.40e-184 / Id = 60.97 Expect = 1.10e-183 / Id = 60.97 Expect = 1.20e-171 / Id = 57.10 Sequence A0A0K9RRR6_SPIOL A0A0J8E2K4_BETVU F6HFG2_VITVI A5BH62_VITVI B9HW47_POPTR
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BLAST of Spo13044.1 vs. ExPASy Swiss-Prot
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. ExPASy SwissProt )
Total hits: 0
A C A T G A A A A A C T C T A C G G A G T A T A T A G T T A A A A A A G G A T A A A C G T A T A C A C A C A C A A A G T G A G T C A C T C A C A A T T G C A C G T C A C T C C C A C C A C A C C C A A A G C A A C A C C T A A G G A A T C T T G C A A T T T C A T T G G C C C C A T C T T C T C C C G T G T T A G C T T G C A C G A C C C A T T G T C A A T C C A C T T T A T A A C C A A A A C T A A G T C A A A C T T G G G C T A C C T T C T C C T C T A T A A A T T C C T C C T C T T A A T T T C T C T C T C T T T C T T C C T A A C T T T A C T C A C C T T C T G T C T T T T C T T T C T C T C T C T A A A C T C T A A C C A A C A A C A G C A A C G C C A A T G G A A G A T T C A A A C A T C C A T T A C G A C T T C G A G G A A G C C A C C G C C A C G G C C G T G C C T A C C G C C A A C C A C G G C T G G C A G A A G G T T A C T T A T T C C A A G A A A A G A A A G A A T C A G C A G C A G G A C A A C A A G C A G A A G C C C G C C A C C G C G G T C G C C G C C T C C G T C G G T T C T T C T G T T G A T A A G G A T G G A A A C G T T T T C C G A G C A A T C G A G C A G C A G T C G G A G G A T C G C C A C C G T C G A A T T G T G G A G G C G C A G A G G A A A T C T G C T G C T T T C G A T G A T G A C G A T G A T G T T G C T C G G A A G C C T A G A T C G A A G A A G C G C G A T G A T T C C G A T G A C A G T G A A T C C G A T A A G G A G A G A G A A A A T G G T A A T A T C G T T G A G A A G G G T G A T A A C A A G G A G A A G A A A A A G A A G A A G A A G G C T G A T A A G A G A C C T A A G G T G T C G G T T T C G G A G G C T G C G T C G A A G T T G G A T G C C G G T G A T T T G T C T G C A T T T C T C A T T G A T T T G T C G G G T T C T T A T G A A T C T C A T G A G G A T A T A C A A T T G A T G C G A T T C G C G G A T T A T T T C G C A C G G G C T T T T T C A G G G G T G A G T T C T G C C C A G T T T C C G T G G G T T A A G T T A T T C A G G G A A T C T C C A G T A G C G A A A C T A T C C G A G A T C C C T A T C T C C C A C A T C C C T G A T G C C G T T T A T A A G A C A T C G A T T G A C T G G A T C A G T C A A C G T T C A G T G C C C G C C C T T A G T T C C T T T G T A A T T T T G C T A C T G G A T A G T A T T C T T G C A G A T T T A A A C C A T C A A G T C C C T A A C G T G A A G A A T G C T A A A A A G G C A A C T C A A C A G G C A C A A T C C A A A T C T C A G G T T G C T T T A T T T G T G G T T T T G G C A A T G G T C T T A A G G C G A A A A G C T G A T G T T C T T G T T A G T T T G C T G C T T A C A T T A A G G G A G A A C C C T A A G T A T C A A G G A C A A G A G A A G C T T A C C G T C A T C A T A T G G A T G A T A T C T C A G G C C T G T C A A G G A G A T T T G G C T G T T G G C T T A T A T G C T T G G G C T C A T A A C C T C T T G C C A T T G C T C A A C A G C A A A T C C A C T A G C A A T C C A C T T T G T A G G G A T C T G A T T T T G C A G T T G A T T G A A A G A A T T T T G G T A G C C C C A A A G G C T C G T T C T A T C C T G G T T A A T G G A G C T G T T A G G A A A G G A G A A C G T C T A A T C C C T C C A G C T G A G T T A G A G A T T T T G A T G C G G G T T A C A T T C C C T G T G T C A T C T G C C A G A G T A A A G G C A A C T G A A A G A T T T G A G G C T G T C T A C C C A G T C C T G A A A G A A G T T G C T C T T G C T G G C G C T C C T G G A A G C A A A G C A A T G A A A C A A G T T A C G C T G C A G A T A T T T G G G T T T G C A A T T T T A G C A G C T G G A G A A G G C A A G C C T G A G C T G G C T A A A G A A G C C A C T G A T A T C A C A G T T T G G T G C T T G G C T C A A A A C A G T G A C A T T T A T A A G C A A T G G G A C A A A G T G T A C C T G G A T A A T C T G G A G G C A A G T G T C T C C A T T C T G A A A A A G C T T T C T G T A C A G A G A A G G G A A C A G C A T G T C A A T C A G T C A T C T A T T G A G A C T G T G A A G C A G A C T G T G A A G A G T T T C C A G C A A A A G A A T G A A A A G G C A T T A G C T G G T G A G A G T T C A G G A C A A G C A G C T C T C C T C A A G G A T G C T A A C A A G C A C T G T A A A G T G A T T T T G G G A A G A T T A T C A C G T A G T C A T G G C T G T G T G A A A G C C T T G T T T T T G G T T G C T G T T G C A A C G G C T G T C G G T G C T G C T G T G A T G T C T T C T A A T G T G G A G T C G T T T G A T T G G A A G A G G G T A T C T G T G A T G C T C A G C T C C T T T C A A T C T T T C T A A A A T A A G A A C G C T T A G T G G C C G T G T G G T G C C A C T T C T G C T G T T C A C T T G G T T C A T A A T A T A C A T G A G A G G A A G C A G C A T C A G C A A G T T T A C C T C C C G C A A T A A C C A T C T A A A T A G A T C G T C A G A T A C A T G G A G T T A G G A T G A G A G G A T C G C C A C A A G G C T C A C G G C T G T A C T T G A T A G T T T A A T T C G G T C C T T G A C A T T T T T G A C C G A T T T G A T T T T C T G T T A A T T C A T G T T A G T A T A A T A C T T G A C A C A C A T G C C T G T A T G C T G T A T T T G T G G A C T A T G A T C T T T A A T T T A A T T T A C A G G G T G T T T A T T T A T G G A G T T T A T T T T T G A G T T A C C A A G T C C T T G T T T G G T A A C C A G C A G T T C T G C T C A A A A T T A A C G G C T T A G G T G G T T A A A C C A G C T T T A C A A G C G G A T T A C A T C A A C G T T T A G G C G T C A A T C C T A C A A G G G G G A T T C A A G A A A G G A A A A G A G A A T A A A C A T G G C T T A G A G C A G C T T C T G G A A A G T T G T T C T T T T C T C A G A A G T G A A G A G A A A A G C G A T G G C G C A C A C C G C A T T T T T C A T G G A G A T T C T T A T T T G T A A C G A G A A A C A A A A G A T C T T C A A A T G G A G C G A T T T C C T T T A A T A T T G C A T A A A G A T C C A A T C A T T C C C A A A A T A C G T T A C T T T T T A A C T T A A T T T T C A C 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 Sequence
Match Name E-value Identity Description
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BLAST of Spo13044.1 vs. TAIR (Arabidopsis)
Analysis Date: 2018-06-29 (
blastp Spinacia oleracea peptides vs. TAIR )
Total hits: 3
A C A T G A A A A A C T C T A C G G A G T A T A T A G T T A A A A A A G G A T A A A C G T A T A C A C A C A C A A A G T G A G T C A C T C A C A A T T G C A C G T C A C T C C C A C C A C A C C C A A A G C A A C A C C T A A G G A A T C T T G C A A T T T C A T T G G C C C C A T C T T C T C C C G T G T T A G C T T G C A C G A C C C A T T G T C A A T C C A C T T T A T A A C C A A A A C T A A G T C A A A C T T G G G C T A C C T T C T C C T C T A T A A A T T C C T C C T C T T A A T T T C T C T C T C T T T C T T C C T A A C T T T A C T C A C C T T C T G T C T T T T C T T T C T C T C T C T A A A C T C T A A C C A A C A A C A G C A A C G C C A A T G G A A G A T T C A A A C A T C C A T T A C G A C T T C G A G G A A G C C A C C G C C A C G G C C G T G C C T A C C G C C A A C C A C G G C T G G C A G A A G G T T A C T T A T T C C A A G A A A A G A A A G A A T C A G C A G C A G G A C A A C A A G C A G A A G C C C G C C A C C G C G G T C G C C G C C T C C G T C G G T T C T T C T G T T G A T A A G G A T G G A A A C G T T T T C C G A G C A A T C G A G C A G C A G T C G G A G G A T C G C C A C C G T C G A A T T G T G G A G G C G C A G A G G A A A T C T G C T G C T T T C G A T G A T G A C G A T G A T G T T G C T C G G A A G C C T A G A T C G A A G A A G C G C G A T G A T T C C G A T G A C A G T G A A T C C G A T A A G G A G A G A G A A A A T G G T A A T A T C G T T G A G A A G G G T G A T A A C A A G G A G A A G A A A A A G A A G A A G A A G G C T G A T A A G A G A C C T A A G G T G T C G G T T T C G G A G G C T G C G T C G A A G T T G G A T G C C G G T G A T T T G T C T G C A T T T C T C A T T G A T T T G T C G G G T T C T T A T G A A T C T C A T G A G G A T A T A C A A T T G A T G C G A T T C G C G G A T T A T T T C G C A C G G G C T T T T T C A G G G G T G A G T T C T G C C C A G T T T C C G T G G G T T A A G T T A T T C A G G G A A T C T C C A G T A G C G A A A C T A T C C G A G A T C C C T A T C T C C C A C A T C C C T G A T G C C G T T T A T A A G A C A T C G A T T G A C T G G A T C A G T C A A C G T T C A G T G C C C G C C C T T A G T T C C T T T G T A A T T T T G C T A C T G G A T A G T A T T C T T G C A G A T T T A A A C C A T C A A G T C C C T A A C G T G A A G A A T G C T A A A A A G G C A A C T C A A C A G G C A C A A T C C A A A T C T C A G G T T G C T T T A T T T G T G G T T T T G G C A A T G G T C T T A A G G C G A A A A G C T G A T G T T C T T G T T A G T T T G C T G C T T A C A T T A A G G G A G A A C C C T A A G T A T C A A G G A C A A G A G A A G C T T A C C G T C A T C A T A T G G A T G A T A T C T C A G G C C T G T C A A G G A G A T T T G G C T G T T G G C T T A T A T G C T T G G G C T C A T A A C C T C T T G C C A T T G C T C A A C A G C A A A T C C A C T A G C A A T C C A C T T T G T A G G G A T C T G A T T T T G C A G T T G A T T G A A A G A A T T T T G G T A G C C C C A A A G G C T C G T T C T A T C C T G G T T A A T G G A G C T G T T A G G A A A G G A G A A C G T C T A A T C C C T C C A G C T G A G T T A G A G A T T T T G A T G C G G G T T A C A T T C C C T G T G T C A T C T G C C A G A G T A A A G G C A A C T G A A A G A T T T G A G G C T G T C T A C C C A G T C C T G A A A G A A G T T G C T C T T G C T G G C G C T C C T G G A A G C A A A G C A A T G A A A C A A G T T A C G C T G C A G A T A T T T G G G T T T G C A A T T T T A G C A G C T G G A G A A G G C A A G C C T G A G C T G G C T A A A G A A G C C A C T G A T A T C A C A G T T T G G T G C T T G G C T C A A A A C A G T G A C A T T T A T A A G C A A T G G G A C A A A G T G T A C C T G G A T A A T C T G G A G G C A A G T G T C T C C A T T C T G A A A A A G C T T T C T G T A C A G A G A A G G G A A C A G C A T G T C A A T C A G T C A T C T A T T G A G A C T G T G A A G C A G A C T G T G A A G A G T T T C C A G C A A A A G A A T G A A A A G G C A T T A G C T G G T G A G A G T T C A G G A C A A G C A G C T C T C C T C A A G G A T G C T A A C A A G C A C T G T A A A G T G A T T T T G G G A A G A T T A T C A C G T A G T C A T G G C T G T G T G A A A G C C T T G T T T T T G G T T G C T G T T G C A A C G G C T G T C G G T G C T G C T G T G A T G T C T T C T A A T G T G G A G T C G T T T G A T T G G A A G A G G G T A T C T G T G A T G C T C A G C T C C T T T C A A T C T T T C T A A A A T A A G A A C G C T T A G T G G C C G T G T G G T G C C A C T T C T G C T G T T C A C T T G G T T C A T A A T A T A C A T G A G A G G A A G C A G C A T C A G C A A G T T T A C C T C C C G C A A T A A C C A T C T A A A T A G A T C G T C A G A T A C A T G G A G T T A G G A T G A G A G G A T C G C C A C A A G G C T C A C G G C T G T A C T T G A T A G T T T A A T T C G G T C C T T G A C A T T T T T G A C C G A T T T G A T T T T C T G T T A A T T C A T G T T A G T A T A A T A C T T G A C A C A C A T G C C T G T A T G C T G T A T T T G T G G A C T A T G A T C T T T A A T T T A A T T T A C A G G G T G T T T A T T T A T G G A G T T T A T T T T T G A G T T A C C A A G T C C T T G T T T G G T A A C C A G C A G T T C T G C T C A A A A T T A A C G G C T T A G G T G G T T A A A C C A G C T T T A C A A G C G G A T T A C A T C A A C G T T T A G G C G T C A A T C C T A C A A G G G G G A T T C A A G A A A G G A A A A G A G A A T A A A C A T G G C T T A G A G C A G C T T C T G G A A A G T T G T T C T T T T C T C A G A A G T G A A G A G A A A A G C G A T G G C G C A C A C C G C A T T T T T C A T G G A G A T T C T T A T T T G T A A C G A G A A A C A A A A G A T C T T C A A A T G G A G C G A T T T C C T T T A A T A T T G C A T A A A G A T C C A A T C A T T C C C A A A A T A C G T T A C T T T T T A A C T T A A T T T T C A C 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 Expect = 3.50e-157 / Id = 56.04 Expect = 2.10e-154 / Id = 54.81 Expect = 1.80e-89 / Id = 44.79 Sequence AT1G70770.1 AT1G23170.2 AT3G11880.1
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