BLAST Resut
BLASTP 2.2.26 [Sep-21-2011]
Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer,
Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997),
"Gapped BLAST and PSI-BLAST: a new generation of protein database search
programs", Nucleic Acids Res. 25:3389-3402.
Reference for compositional score matrix adjustment: Altschul, Stephen F.,
John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis,
Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches
using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109.
Query= Eca_sc000051.1_g0020.1
(615 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
XP_010249441.1 PREDICTED: protein SGT1 homolog At5g65490 [Nelumb... 791 0.0
XP_015890583.1 PREDICTED: protein ecdysoneless homolog isoform X... 748 0.0
XP_015890584.1 PREDICTED: protein ecdysoneless homolog isoform X... 737 0.0
>XP_010249441.1 PREDICTED: protein SGT1 homolog At5g65490 [Nelumbo nucifera]
Length = 665
Score = 791 bits (2043), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 402/618 (65%), Positives = 493/618 (79%), Gaps = 22/618 (3%)
Query: 1 MNKVPEAPTSSSSTFPFS--TNSRIPEDTVFYAIFPDVSLNNPSSSSSKTLTKPQDESD- 57
M++V EA S PFS ++SR PED+VFYAIFPD S++ SSKTL KP S+
Sbjct: 1 MDEVVEAEPS-----PFSQTSSSRTPEDSVFYAIFPDFSIH-----SSKTL-KPTATSNA 49
Query: 58 ------LSSSLHSLHLQILNTISPYTNEYIWQHEPFTLSLSSSSNPNCSCSTEIQHFHGK 111
LSSS SLH+Q+L+ +SPY ++YIWQHE F LSLSS PNC CS++I H HGK
Sbjct: 50 YDCLNQLSSSFPSLHVQVLDAVSPYLSDYIWQHEAFNLSLSSIPKPNCLCSSQIPHLHGK 109
Query: 112 TKYGDNLEDEWFIVFLLFEISRKIPNVSIRVWDTDGEFLLIEAAFSLPRWLNPETSLNRV 171
+YGDNLEDEWF+VFLLFEI+R+ P+VS+RVWDTDGEFLLIEAA+SLPRW+ PE S NRV
Sbjct: 110 VRYGDNLEDEWFVVFLLFEITRRFPSVSVRVWDTDGEFLLIEAAYSLPRWIKPENSSNRV 169
Query: 172 FIRKGELNIVPKEKFSSNPKLFDALNFIVSHDEEVRASNTVQSAVKNRISGYPERARLNI 231
FIR+GEL+IVPKE+F SNP L+D+L F+ + E RAS++VQS ++ RISGYPERAR N+
Sbjct: 170 FIRQGELHIVPKERFPSNPSLYDSLRFLATAGVESRASDSVQSVLRKRISGYPERARANM 229
Query: 232 HQVRVRVPISVAKVLKHEPCLISLAVEAFYDRDIDSMKSASKMEKFVSGGTSEELVQVSV 291
HQVRVRVP+SVA+VLKHEPCLISLAVE FYDRDID+MK A++MEKF+SGG+ EELVQ+SV
Sbjct: 230 HQVRVRVPVSVAQVLKHEPCLISLAVEGFYDRDIDTMKYAARMEKFLSGGSGEELVQISV 289
Query: 292 RMSRAMYAQLVQQTFQAPKCYPMPPRMDNSVYVEAELGMKIACGFEMMYQQRRHERSEVK 351
RMSRAMY QLVQQTFQAPK YPMPPR D S Y+EAELGMKIACGFEMMYQQRR E K
Sbjct: 290 RMSRAMYGQLVQQTFQAPKWYPMPPRTDASAYMEAELGMKIACGFEMMYQQRRRNGLEGK 349
Query: 352 GSTWDAFKESLESSGYFKDLIPGSNEYRRLMANAQEYYRNSSLFSRASEMMNAPVRRIDE 411
GSTWD F +SLESSGYF L+PGS EYRRLM +AQEYYRNSS FSR SEMMNAPV+RI E
Sbjct: 350 GSTWDVFLKSLESSGYFAGLLPGSKEYRRLMESAQEYYRNSSAFSRTSEMMNAPVKRIGE 409
Query: 412 ILALPDSAEEFKGADLPPSDDDAWLYNGEDELKSAMLEREKEMENYELKREKSQKAKGKK 471
ILALP SA++FKG LPPSDDD+WLY+GED+L SA+LER+KEME YEL R+K K+ ++
Sbjct: 410 ILALPHSADDFKGVSLPPSDDDSWLYSGEDDLNSAILERQKEMEFYELNRKKKNKSSDQQ 469
Query: 472 GIDPSADTKFGDSDLGNIVKSMQSFVHKVSSFEGAEVPKNRDSNPVDLDVDRFMKEMESV 531
S+ + D DLG+I ++M++FV+KVSS+EGAEVP+N + VDL+V+RF+K+ME
Sbjct: 470 EAGYSSSMQLDDFDLGDITRNMKAFVNKVSSYEGAEVPENSNLKAVDLNVERFIKDMELA 529
Query: 532 MGKLGQDDADLDEGSSSEMEYDDSEDDSDFDEDGDEN--REDNFMDTYSDALNEELKSTS 589
+ + +++EGSSS+M++DDSED+SD + ++N RED FM +YS ALN+ELKST+
Sbjct: 530 IRCASSEQMNIEEGSSSDMDFDDSEDESDIENPPEDNGGREDAFMSSYSAALNDELKSTT 589
Query: 590 LKKSFVRANEQSSAGKEN 607
LKKSF+R NEQSS E
Sbjct: 590 LKKSFIRTNEQSSKNIEG 607
>XP_015890583.1 PREDICTED: protein ecdysoneless homolog isoform X1 [Ziziphus
jujuba]
Length = 653
Score = 748 bits (1931), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 389/592 (65%), Positives = 472/592 (79%), Gaps = 23/592 (3%)
Query: 22 RIPEDTVFYAIFPDVSLNNPSSSSSKTLTKPQDESDLSSSLHSLHLQILNTISPYTNEYI 81
R+P+DTVFYAIFPD SL KP D +SL SLHLQIL T++P+T +YI
Sbjct: 22 RLPDDTVFYAIFPDFSL------------KPSD----VTSLQSLHLQILQTLTPFTADYI 65
Query: 82 WQHEPFTLSLSSSSNPNCSCSTEIQHFHGKTKYGDNLEDEWFIVFLLFEISRKIPNVSIR 141
WQHEPFTLS+S+ P+C CS + H HGK +YGDNL+DEWF VFLLFEISR+ PN+SIR
Sbjct: 66 WQHEPFTLSVSNFPKPSCLCSNHLPHLHGKLRYGDNLDDEWFAVFLLFEISRRFPNLSIR 125
Query: 142 VWDTDGEFLLIEAAFSLPRWLNPETSLNRVFIRKGELNIVPKEKFSSNPKLFDALNFIVS 201
VWDTDGEFLLIEAAF LPRWLNPE SLNRVF+R G+L+IVP+++F S P L D+L FI +
Sbjct: 126 VWDTDGEFLLIEAAFHLPRWLNPENSLNRVFVRSGDLHIVPRDRFPS-PSLEDSLKFIAN 184
Query: 202 HDEEVRASNTVQSAVKNRISGYPERARLNIHQVRVRVPISVAKVLKHEPCLISLAVEAFY 261
+ RAS +VQ+ VKNRIS YP+RAR ++H+VRVRVP+SVA+VLKHEPCLISLAVE FY
Sbjct: 185 CGGDSRASESVQTMVKNRISEYPDRARRDMHRVRVRVPVSVAQVLKHEPCLISLAVEGFY 244
Query: 262 DRDIDSMKSASKMEKFVSGGTSEELVQVSVRMSRAMYAQLVQQTFQAPKCYPMPPRMDNS 321
DRDID+MK A+KME+F+S G +ELV VSV+MSRAMYAQLVQQTFQAPKCYPMP R S
Sbjct: 245 DRDIDTMKYAAKMERFLSKGREKELVCVSVKMSRAMYAQLVQQTFQAPKCYPMPNRSSAS 304
Query: 322 VYVEAELGMKIACGFEMMYQQRRHERSEVKGSTWDAFKESLESSGYFKDLIPGSNEYRRL 381
+VEAELGMKIACGFEMMYQQR+ E E KGSTW+AFKESLE SGYF+ L+PGS EYRRL
Sbjct: 305 EFVEAELGMKIACGFEMMYQQRKREGLEGKGSTWEAFKESLERSGYFEGLLPGSKEYRRL 364
Query: 382 MANAQEYYRNSSLFSRASEMMNAPVRRIDEILALPDSAEEFKGADLPPSDDDAWLYNGED 441
M NA+EYYR+SS FSRASEMM+APVR +DEILALP SAE+F+G ++PPSDDD+WLYNGE+
Sbjct: 365 MQNAEEYYRSSSSFSRASEMMSAPVRLVDEILALPHSAEDFRGQEVPPSDDDSWLYNGEE 424
Query: 442 ELKSAMLEREKEMENYELKREKSQKAKGKKGIDPSADTKFGDSDLGNIVKSMQSFVHKVS 501
+L A+LER+KE+E Y LK + QK + PS+ +K + D G I K+MQ+FVHKVS
Sbjct: 425 DLNCALLERQKELELYNLKHKDKQKMNIPQDAGPSSSSKVDEFDPGEIAKTMQAFVHKVS 484
Query: 502 SFEGAEVPKNRDSNPVDLDVDRFMKEMESVMGKLG-QDDA---DLDEGSSSEMEYDDSED 557
S++GAEVP+NRD V+LDVD F+KEMES+M + G QDDA D +EGSSS++++D+SED
Sbjct: 485 SYKGAEVPENRDLKEVNLDVDSFIKEMESIMKRQGSQDDACDDDFEEGSSSDLDFDESED 544
Query: 558 DSDFDEDGDEN--REDNFMDTYSDALNEELKSTSLKKSFVRANEQSSAGKEN 607
SD E + N ED FM +YSDALNEELKST+L+KSF+RANEQ+ KE
Sbjct: 545 GSDIAEPSEVNGDGEDVFMHSYSDALNEELKSTTLEKSFIRANEQAPQKKEG 596
>XP_015890584.1 PREDICTED: protein ecdysoneless homolog isoform X2 [Ziziphus
jujuba]
Length = 643
Score = 737 bits (1903), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 384/590 (65%), Positives = 467/590 (79%), Gaps = 29/590 (4%)
Query: 22 RIPEDTVFYAIFPDVSLNNPSSSSSKTLTKPQDESDLSSSLHSLHLQILNTISPYTNEYI 81
R+P+DTVFYAIFPD SL KP D +SL SLHLQIL T++P+T +YI
Sbjct: 22 RLPDDTVFYAIFPDFSL------------KPSD----VTSLQSLHLQILQTLTPFTADYI 65
Query: 82 WQHEPFTLSLSSSSNPNCSCSTEIQHFHGKTKYGDNLEDEWFIVFLLFEISRKIPNVSIR 141
WQHEPFTLS+S+ P+C CS + H HGK +YGDNL+DEWF VFLLFEISR+ PN+SIR
Sbjct: 66 WQHEPFTLSVSNFPKPSCLCSNHLPHLHGKLRYGDNLDDEWFAVFLLFEISRRFPNLSIR 125
Query: 142 VWDTDGEFLLIEAAFSLPRWLNPETSLNRVFIRKGELNIVPKEKFSSNPKLFDALNFIVS 201
VWDTDGEFLLIEAAF LPRWLNPE SLNRVF+R G+L+IVP+++F S P L D+L FI +
Sbjct: 126 VWDTDGEFLLIEAAFHLPRWLNPENSLNRVFVRSGDLHIVPRDRFPS-PSLEDSLKFIAN 184
Query: 202 HDEEVRASNTVQSAVKNRISGYPERARLNIHQVRVRVPISVAKVLKHEPCLISLAVEAFY 261
+ RAS +VQ+ VKNRIS YP+RAR ++H+VRVRVP+SVA+VLKHEPCLISLAVE FY
Sbjct: 185 CGGDSRASESVQTMVKNRISEYPDRARRDMHRVRVRVPVSVAQVLKHEPCLISLAVEGFY 244
Query: 262 DRDIDSMKSASKMEKFVSGGTSEELVQVSVRMSRAMYAQLVQQTFQAPKCYPMPPRMDNS 321
DRDID+MK A+KME+F+S G +ELV VSV+MSRAMYAQLVQQTFQAPKCYPMP R S
Sbjct: 245 DRDIDTMKYAAKMERFLSKGREKELVCVSVKMSRAMYAQLVQQTFQAPKCYPMPNRSSAS 304
Query: 322 VYVEAELGMKIACGFEMMYQQRRHERSEVKGSTWDAFKESLESSGYFKDLIPGSNEYRRL 381
+VEAELGMKIACGFEMMYQQR+ E E KGSTW+AFKESLE SGYF+ L+PGS EYRRL
Sbjct: 305 EFVEAELGMKIACGFEMMYQQRKREGLEGKGSTWEAFKESLERSGYFEGLLPGSKEYRRL 364
Query: 382 MANAQEYYRNSSLFSRASEMMNAPVRRIDEILALPDSAEEFKGADLPPSDDDAWLYNGED 441
M NA+EYYR+SS FSRASEMM+APVR +DEILALP SAE+F+G ++PPSDDD+WLYNGE+
Sbjct: 365 MQNAEEYYRSSSSFSRASEMMSAPVRLVDEILALPHSAEDFRGQEVPPSDDDSWLYNGEE 424
Query: 442 ELKSAMLEREKEMENYELKREKSQKAKGKKGIDPSADTKFGDSDLGNIVKSMQSFVHKVS 501
+L A+LER+KE+E Y LK + QK + PS+ +K + D G I K+MQ+FVHKVS
Sbjct: 425 DLNCALLERQKELELYNLKHKDKQKMNIPQDAGPSSSSKVDEFDPGEIAKTMQAFVHKVS 484
Query: 502 SFEGAEVPKNRDSNPVDLDVDRFMKEMESVMGKLG-QDDA---DLDEGSSSEMEYDDSED 557
S++GAEVP+NRD V+LDVD F+KEMES+M + G QDDA D +EGSSS+++++ SE
Sbjct: 485 SYKGAEVPENRDLKEVNLDVDSFIKEMESIMKRQGSQDDACDDDFEEGSSSDLDFEPSEV 544
Query: 558 DSDFDEDGDENREDNFMDTYSDALNEELKSTSLKKSFVRANEQSSAGKEN 607
+ D ED FM +YSDALNEELKST+L+KSF+RANEQ+ KE
Sbjct: 545 NGD--------GEDVFMHSYSDALNEELKSTTLEKSFIRANEQAPQKKEG 586