Miyakogusa Predicted Gene
- Lj6g3v0144960.1
BLASTP 2.2.25 [Feb-01-2011]
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= Lj6g3v0144960.1 Non Characterized Hit- tr|I1QER6|I1QER6_ORYGL
Uncharacterized protein OS=Oryza glaberrima PE=4
SV=1,30.03,8e-18,seg,NULL,CUFF.57558.1
(972 letters)
Database: Medicago_aa4.0v1
62,319 sequences; 21,947,249 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
Medtr1g040610.1 | hypothetical protein | HC | chr1:18555478-1856... 768 0.0
Medtr1g090340.1 | hypothetical protein | HC | chr1:40474954-4048... 656 0.0
Medtr1g040610.2 | hypothetical protein | HC | chr1:18557065-1856... 603 e-172
Medtr7g033910.1 | nucleoporin-like protein | HC | chr7:12472262-... 84 6e-16
Medtr2g072590.1 | nucleoporin-like protein | HC | chr2:30601209-... 79 2e-14
Medtr3g108780.1 | hypothetical protein | HC | chr3:50248195-5025... 53 2e-06
Medtr3g108780.2 | hypothetical protein | HC | chr3:50248195-5025... 53 2e-06
>Medtr1g040610.1 | hypothetical protein | HC |
chr1:18555478-18565062 | 20130731
Length = 1281
Score = 768 bits (1983), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 496/913 (54%), Positives = 594/913 (65%), Gaps = 68/913 (7%)
Query: 1 MATAREENPYEXXXXXXXXXXXXXXXXTQTTPYDRPPTALRNPTRNNGWLSKLVDPAQRL 60
MATAREEN YE TQTTPYDRPPTALRNP +NNGWLSKL+DPAQRL
Sbjct: 1 MATAREENGYENGGGGYGKFRKRPFKRTQTTPYDRPPTALRNPNQNNGWLSKLIDPAQRL 60
Query: 61 ITYSANSLFSSVFRNRLTAXXXXXXXETVPEVRENHHQESAITEEQVANESNGKQ-KVVG 119
ITYSA+ LFSSVFR RL ETV E R N QE+AI VANES+G+Q +++G
Sbjct: 61 ITYSAHKLFSSVFRKRLNPPPPS---ETVQEARGNR-QEAAIF---VANESSGQQQRILG 113
Query: 120 ESSVQNNCSDGGGLTELEKLFKQKTFTRSEIDHLTELLRSRTVDSPI-GEGKRTEVVPPD 178
ESS Q N SDG GL ELE++ KQKTFTRSEIDHL EL+ SR+VD+ + EG +TE VP +
Sbjct: 114 ESSDQINLSDGVGLPELEEVLKQKTFTRSEIDHLVELMHSRSVDTAVREEGNKTEAVPLE 173
Query: 179 STLPCKQKEEYSQTPVLENGIGSDLVSTPYVTSSVSIEDVASPAELAKSYMGSRPSKIAP 238
S LP QKEEY +TP +ENGI ST + TSSVS+EDVASP +LAK+Y+GSRPSK++P
Sbjct: 174 SMLPLNQKEEYPRTPAVENGIKIHPFSTSHATSSVSVEDVASPVQLAKAYIGSRPSKVSP 233
Query: 239 SMLGLRSPPKEDPNLLKSQHFAHKSPIMSIVPRATTTVARVHENGFVPPRSRGRSAIYSM 298
SML ++SP ED L+K HFA KSP+MS+VPRA ARV+ENGF+ PRSRGRS IY+M
Sbjct: 234 SMLSMQSPTGEDSTLIKGHHFAQKSPVMSVVPRAINH-ARVYENGFLTPRSRGRSVIYNM 292
Query: 299 ARTPYTRVHPASTLKSARVGVEGELSSSSQYALDHDMLSGSKQGALKRRSSVLDNDIGFF 358
ARTPY RV+P ST K A VGVE SSSSQ+ALDH +LSG+KQG LKRRS+VL+NDIG F
Sbjct: 293 ARTPYPRVYPDSTPKGAGVGVENGPSSSSQHALDHGVLSGTKQGGLKRRSTVLENDIGSF 352
Query: 359 GPVRRIRHKSNLLSSKGLT--------SPHSGG-----------HLSITRSEVKHGHMKL 399
GP+RRIRHK++LLSSKGLT S +SGG I EVKH K
Sbjct: 353 GPIRRIRHKASLLSSKGLTLTNSDIPVSINSGGIDVVQQPSSSMQKPILTGEVKHSRTKS 412
Query: 400 SAENIDDAMPSTSFPPIPSKSSDTASKILQQLDRLVSPNEKSSEMRLQAMNDKSPTKLSP 459
SAEN D MP++SFPP+PSKSS+ ASKILQQ+D++VSP EKSS +RL ++D SP+KLS
Sbjct: 413 SAEN-DHTMPNSSFPPLPSKSSEMASKILQQVDKMVSPKEKSSVLRLPHVSDNSPSKLSS 471
Query: 460 SMLRGKALQSMETVDSSKLLNNIRDSDIDDSHGYLSASAKKL-SKIDKVESGPSKVVSPD 518
SMLRG+AL+SMETVDSSKLL+N+ D++++ + LSAS +KL SKI KVE+G K VSP+
Sbjct: 472 SMLRGQALRSMETVDSSKLLDNLHDNELNGTLRSLSASNQKLTSKISKVENG-LKPVSPN 530
Query: 519 HGLVPFATDADATVTRNQDMSTVKFGDSSVTKPVSYPPQKKRAFHMSAH--EDFLELDDD 576
GL+P T +D+ V RNQ +S K DS S PP KKRAF MSAH L+ DDD
Sbjct: 531 DGLIPAVTGSDSPVPRNQVISIGKSRDS------SDPPSKKRAFCMSAHEDYLELDDDDD 584
Query: 577 AYPNGAVSPFSTSGKEAGSTAVFDNSAAETAVQGMPRSSSVEMPSKSSI-DGKPHVRTAD 635
AYPN SPFST E + A+ E VQ SS SKS I DGK +R AD
Sbjct: 585 AYPNENASPFSTPAAEKTTFAI------EKPVQETLLGSSAVSSSKSFIADGK--LRNAD 636
Query: 636 GSIVDGKVNA-LXXXXXXXXXXXXXXXXGAVKASTHTIFGSDKSASQNGSVGNPSLFTFG 694
GSIVD KV+ G+VKASTHTIF SDKS + NG NP LF G
Sbjct: 637 GSIVDEKVDTPTPITSSIVAGSTAKPNTGSVKASTHTIFDSDKS-TPNGLAANPHLFNLG 695
Query: 695 NKIV------------QSTELAGAEDPSKEPIKSGPVLGLEKAALSKEQSTDAPLVSFGI 742
V +STEL+GA+ SKE K+G + GL+KAA SKE DA +FG
Sbjct: 696 KSFVPSTELSGADAQSKSTELSGADAQSKESTKAGSIFGLDKAAPSKETGADASSFNFGF 755
Query: 743 NKNVDNVPQVPSFVFSSPVGGNSAGFKFGASSDSNLRCSTSPTPAVGTADSLPKDGESDN 802
NKN+D+VPQVP F FSS VGG S KFG +SDS L +S T A G DS+PK ESDN
Sbjct: 756 NKNIDSVPQVP-FTFSSLVGGESTFSKFGGASDSKLSSISSFT-AAGDVDSVPKVLESDN 813
Query: 803 PDAKTTVIAGXXXXXXXXXXXXXXXXXXXXXXXXIFTFGNVSNKNNGXXXXXXXXXXXXX 862
DAKT +++G +FT GN+S++NNG
Sbjct: 814 ADAKTNIVSG---FPAQLSEPSAASTSLSTSTPNVFTSGNISSQNNGFAASSPTFSSPFL 870
Query: 863 XXXTNNFTSQNIF 875
TNNFTSQN+F
Sbjct: 871 PVVTNNFTSQNMF 883
>Medtr1g090340.1 | hypothetical protein | HC |
chr1:40474954-40484117 | 20130731
Length = 1350
Score = 656 bits (1693), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 431/868 (49%), Positives = 532/868 (61%), Gaps = 79/868 (9%)
Query: 28 TQTTPYDRPPTALRNP-TRNNGWLSKLVDPAQRLITYSANSLFSSVFRNRLTAXXXXXXX 86
TQTTPYDRPP ALRNP + NNGW+SKLVDPA RLIT+ A+SLFSS+ R RL
Sbjct: 27 TQTTPYDRPPAALRNPNSNNNGWISKLVDPAHRLITHGAHSLFSSLLRKRLPPPPPAPNS 86
Query: 87 ETVP-EVRENHHQESAI-----------TEEQVANESNG-KQKVVGESSVQNNCSDG--G 131
+ E +++HQE A+ EE VA ES+G +Q+ VGES+VQ NCSD G
Sbjct: 87 SGMEQETGQHNHQEEAVEMEQEMRQENHQEESVAKESSGNQQRAVGESNVQVNCSDSDQG 146
Query: 132 GLTELEKLFKQKTFTRSEIDHLTELLRSRTVDSPI-GEGKRTEVVPPDSTLPCKQKEEYS 190
GLTELEKL KQK FTRSEIDHLT L++SRTVD + GE KR+E+VP + LP QKEEY
Sbjct: 147 GLTELEKLLKQKIFTRSEIDHLTALMQSRTVDVAVRGEEKRSEMVPSEPILPSGQKEEYP 206
Query: 191 QTPVLENGIGSDLVSTPYVTSSVSIEDVASPAELAKSYMGSRPSKIAPSMLGLRSPPK-E 249
+TP +ENGI + L T VTSSV IEDVASP ELAK+YMGSR ++ SMLG+R P + E
Sbjct: 207 KTPTVENGIENHLALTQPVTSSVPIEDVASPVELAKAYMGSRHPNVSTSMLGVRYPARGE 266
Query: 250 DPNLLKSQHFAHKSPIMSIVPRATTTVARVHENGFVPPRSRGRSAIYSMARTPYTRVHPA 309
D LKS+ KSP MSIVPRAT A +HENGFV PR RGRSAIYSMARTPYTR++P
Sbjct: 267 DTTPLKSEKSPFKSPTMSIVPRATRHTA-IHENGFVTPRPRGRSAIYSMARTPYTRIYPT 325
Query: 310 STLKSARVGVEGELSSSSQYALDHDMLSGSKQGALKRRSSVLDNDIGFFGPVRRIRHKSN 369
STLK + V GE SSS+Q A+D+ M SGS QG +KRR+ +DN+IG GP+RR+R KSN
Sbjct: 326 STLKGGGLAVHGEPSSSTQSAMDYAMFSGSTQGGIKRRNLAVDNNIGSVGPIRRVRQKSN 385
Query: 370 LLSSKGLTSPHSGGHLSITRS---------------------EVKHGHMKLSAENIDDAM 408
LL SKG +SP SG LS+ R+ EVKH S EN+
Sbjct: 386 LLYSKGSSSPLSGSALSVYRNGLGIDAAQQPSSSLHKPVLLDEVKH----KSEENVSGTK 441
Query: 409 PSTSFPPIPSKSSDTASKILQQLDRLVSPNEKSSEMRLQAMNDKSPTKLSPSMLRGKALQ 468
S SFPP SKSS+ A+KILQQLD++ SP EKSSE RL ++D S KLSPSMLRG+AL+
Sbjct: 442 SSMSFPPSSSKSSEMATKILQQLDKIGSPREKSSESRLPVVSDSSSMKLSPSMLRGQALR 501
Query: 469 SMETVDSSKLLNNIRDSDIDDSHGYLSASA---KKLSKIDKVESGPSKVVSPDHGLVPFA 525
SME VD+ KL +N++ +++D + G L++SA K +S DK E+GP K+V+ + VP
Sbjct: 502 SMEMVDAFKLPDNLQGNNLDGTFGNLTSSAQNQKSISHRDKGENGPLKLVASSNESVPIV 561
Query: 526 TDADATVTRNQDMSTVKFGDSSVTKPVSYPPQKKRAFHMSAHEDFLELDDDAYPNGAVSP 585
T + T +RNQ +S+ +S + K VS P QKKRAFHMSAHE+ L+L D+AY AVS
Sbjct: 562 TTTETTKSRNQVLSS---DNSFMMKSVSNPTQKKRAFHMSAHENSLDLGDNAYR--AVS- 615
Query: 586 FSTSGKEAGSTAVFDN---SAAETAVQGMPRSSSVEMPS-KSSIDGKPHVRTADGSIVDG 641
FS++ KE S+ V ++ S +E P +SSV +PS + +ID + HV+T DG
Sbjct: 616 FSSAEKETKSSTVIEDKVSSGSEAIAHESPSTSSVVLPSTRFTIDAQAHVKTTDGG---- 671
Query: 642 KVNALXXXXXXXXXXXXXXXXGAVKASTHTIFGSDKSASQNGSVGNPSLFTFGNKIVQST 701
AV A T T FGSDK A NGS NPSLF F NK + S
Sbjct: 672 ------------AHVKTTVATVAVTAPTITTFGSDKPALSNGSTANPSLFNFANKNISSA 719
Query: 702 ELAGAEDPSKEPIKSGPVLGLEKAALSKEQSTDAPLVSFGINKNVDNVPQVPSFVFSSPV 761
EL+ + SKE KS PV GLEK SKE P V+F +NV VP +P F SS V
Sbjct: 720 ELSTSVASSKEIAKSAPVFGLEKVDPSKE--AGGPSVNFDTKQNVFKVPPIP-FTASSSV 776
Query: 762 GGNSAGFKFGASSDSNLRCSTSPTPAVGTADSLPKDGESDNPDAKTTVIAGXXXXXXXXX 821
GG S KFGAS DS S S T G+ S+ K ESD+ DA G
Sbjct: 777 GGESTP-KFGASFDSQPGGSISFTTVAGSTGSMQKVRESDSGDANKNT--GFSVGASELA 833
Query: 822 XXXXXXXXXXXXXXXIFTFGNVSNKNNG 849
IF FG+ SN+NNG
Sbjct: 834 VSSAASTSLLTPPNSIFKFGHSSNQNNG 861
>Medtr1g040610.2 | hypothetical protein | HC |
chr1:18557065-18564514 | 20130731
Length = 1131
Score = 603 bits (1555), Expect = e-172, Method: Compositional matrix adjust.
Identities = 396/756 (52%), Positives = 483/756 (63%), Gaps = 60/756 (7%)
Query: 157 LRSRTVDSPI-GEGKRTEVVPPDSTLPCKQKEEYSQTPVLENGIGSDLVSTPYVTSSVSI 215
+ SR+VD+ + EG +TE VP +S LP QKEEY +TP +ENGI ST + TSSVS+
Sbjct: 1 MHSRSVDTAVREEGNKTEAVPLESMLPLNQKEEYPRTPAVENGIKIHPFSTSHATSSVSV 60
Query: 216 EDVASPAELAKSYMGSRPSKIAPSMLGLRSPPKEDPNLLKSQHFAHKSPIMSIVPRATTT 275
EDVASP +LAK+Y+GSRPSK++PSML ++SP ED L+K HFA KSP+MS+VPRA
Sbjct: 61 EDVASPVQLAKAYIGSRPSKVSPSMLSMQSPTGEDSTLIKGHHFAQKSPVMSVVPRAINH 120
Query: 276 VARVHENGFVPPRSRGRSAIYSMARTPYTRVHPASTLKSARVGVEGELSSSSQYALDHDM 335
ARV+ENGF+ PRSRGRS IY+MARTPY RV+P ST K A VGVE SSSSQ+ALDH +
Sbjct: 121 -ARVYENGFLTPRSRGRSVIYNMARTPYPRVYPDSTPKGAGVGVENGPSSSSQHALDHGV 179
Query: 336 LSGSKQGALKRRSSVLDNDIGFFGPVRRIRHKSNLLSSKGLT--------SPHSGG---- 383
LSG+KQG LKRRS+VL+NDIG FGP+RRIRHK++LLSSKGLT S +SGG
Sbjct: 180 LSGTKQGGLKRRSTVLENDIGSFGPIRRIRHKASLLSSKGLTLTNSDIPVSINSGGIDVV 239
Query: 384 -------HLSITRSEVKHGHMKLSAENIDDAMPSTSFPPIPSKSSDTASKILQQLDRLVS 436
I EVKH K SAEN D MP++SFPP+PSKSS+ ASKILQQ+D++VS
Sbjct: 240 QQPSSSMQKPILTGEVKHSRTKSSAEN-DHTMPNSSFPPLPSKSSEMASKILQQVDKMVS 298
Query: 437 PNEKSSEMRLQAMNDKSPTKLSPSMLRGKALQSMETVDSSKLLNNIRDSDIDDSHGYLSA 496
P EKSS +RL ++D SP+KLS SMLRG+AL+SMETVDSSKLL+N+ D++++ + LSA
Sbjct: 299 PKEKSSVLRLPHVSDNSPSKLSSSMLRGQALRSMETVDSSKLLDNLHDNELNGTLRSLSA 358
Query: 497 SAKKL-SKIDKVESGPSKVVSPDHGLVPFATDADATVTRNQDMSTVKFGDSSVTKPVSYP 555
S +KL SKI KVE+G K VSP+ GL+P T +D+ V RNQ +S K DS S P
Sbjct: 359 SNQKLTSKISKVENG-LKPVSPNDGLIPAVTGSDSPVPRNQVISIGKSRDS------SDP 411
Query: 556 PQKKRAFHMSAH--EDFLELDDDAYPNGAVSPFSTSGKEAGSTAVFDNSAAETAVQGMPR 613
P KKRAF MSAH L+ DDDAYPN SPFST E + A+ E VQ
Sbjct: 412 PSKKRAFCMSAHEDYLELDDDDDAYPNENASPFSTPAAEKTTFAI------EKPVQETLL 465
Query: 614 SSSVEMPSKSSI-DGKPHVRTADGSIVDGKVNA-LXXXXXXXXXXXXXXXXGAVKASTHT 671
SS SKS I DGK +R ADGSIVD KV+ G+VKASTHT
Sbjct: 466 GSSAVSSSKSFIADGK--LRNADGSIVDEKVDTPTPITSSIVAGSTAKPNTGSVKASTHT 523
Query: 672 IFGSDKSASQNGSVGNPSLFTFGNKIV------------QSTELAGAEDPSKEPIKSGPV 719
IF SDKS + NG NP LF G V +STEL+GA+ SKE K+G +
Sbjct: 524 IFDSDKS-TPNGLAANPHLFNLGKSFVPSTELSGADAQSKSTELSGADAQSKESTKAGSI 582
Query: 720 LGLEKAALSKEQSTDAPLVSFGINKNVDNVPQVPSFVFSSPVGGNSAGFKFGASSDSNLR 779
GL+KAA SKE DA +FG NKN+D+VPQVP F FSS VGG S KFG +SDS L
Sbjct: 583 FGLDKAAPSKETGADASSFNFGFNKNIDSVPQVP-FTFSSLVGGESTFSKFGGASDSKLS 641
Query: 780 CSTSPTPAVGTADSLPKDGESDNPDAKTTVIAGXXXXXXXXXXXXXXXXXXXXXXXXIFT 839
+S T A G DS+PK ESDN DAKT +++G +FT
Sbjct: 642 SISSFT-AAGDVDSVPKVLESDNADAKTNIVSG---FPAQLSEPSAASTSLSTSTPNVFT 697
Query: 840 FGNVSNKNNGXXXXXXXXXXXXXXXXTNNFTSQNIF 875
GN+S++NNG TNNFTSQN+F
Sbjct: 698 SGNISSQNNGFAASSPTFSSPFLPVVTNNFTSQNMF 733
>Medtr7g033910.1 | nucleoporin-like protein | HC |
chr7:12472262-12482139 | 20130731
Length = 728
Score = 84.3 bits (207), Expect = 6e-16, Method: Compositional matrix adjust.
Identities = 119/458 (25%), Positives = 197/458 (43%), Gaps = 61/458 (13%)
Query: 31 TPYDRPPTALRNPTRNNGWLSKLVDPAQRLITYSANSLFSSVFRNRLTAXXXXXXXETVP 90
+PY RPP+ N W+SKLVDPA R+I A S F +A +
Sbjct: 32 SPYARPPS-------NRRWISKLVDPAYRIIADGATRFLPSFFSATDSATNPPSIEDDQG 84
Query: 91 EV--RENHHQESAI-TEEQVANESNGKQKVVGESSVQNNCS---------------DGGG 132
++ E H+++S + + K +G+ S + N S +
Sbjct: 85 KLGTSEQHNEDSLLKINLHLPQSELSKMASIGDGSSKQNSSFDFVLPRRVEKGEQHENNK 144
Query: 133 LTELEKLFKQKTFTRSEIDHLTELLRSRTVDS-PIGEGK-------RTEV--VPPDSTLP 182
L+++E+L K+ FTR E + + E+L SR +D + EGK R +V + LP
Sbjct: 145 LSDIEQLVKRTKFTRDEFNRMVEILNSREIDVLNVEEGKEHTNLTSRQDVGGLVAAHKLP 204
Query: 183 CKQKEEYSQTPVLENGIGSDLVSTPYVTSSVSIEDVASPAELAKSYMGSRPSKIAPSMLG 242
E + E+ +TP ++ E ASP E+A+++MGS+ S+ PS
Sbjct: 205 KVFNERRHE----ESNAAIRGSATPGISKGQD-EIGASPIEIARAFMGSQASEGGPSSKN 259
Query: 243 LRSPPKEDPNLLKSQHFAHKSPIMSIVPRATTTV-ARVHENGFVPPRSRG-RSAIYSMAR 300
+ + +L + A KS S ++ T ++ + P+S+G + + AR
Sbjct: 260 MIQ--TVESTMLLTDEAAIKSYDPSPSKKSPTGWPGAFVQHAYSTPQSQGSKYGFLNHAR 317
Query: 301 TPYTRVHPASTLKSARVGVEGELSSSSQYALDHDMLSGSKQGALKRRSSVLDNDIGF--F 358
TPY++ + KS + +G S S L S LK +S V ++ G+
Sbjct: 318 TPYSKTLLTKS-KSKLIHTQGSYSRISSTPLRQSQTS----LYLKDKSEVGASESGYGSV 372
Query: 359 GPVRRIRHKSNLLSSKGLTSPHSGGHLSITRSEVKHGHMKLSAENIDDAMPST------- 411
GP+RR RHK + S+ + S S A +D S+
Sbjct: 373 GPIRRTRHKVGVQSTSRRPAYSSMSSSQRENSSFIESSTPTVATRMDLGWMSSSHKPLGF 432
Query: 412 --SFPPIPSKSSDTASKILQQLDRLV-SPNEKSSEMRL 446
S P +P+ +S A KIL+ +DR + +P EKS+E++L
Sbjct: 433 ERSVPTVPTHTSLMAKKILEHIDRNIPTPKEKSAELKL 470
>Medtr2g072590.1 | nucleoporin-like protein | HC |
chr2:30601209-30609307 | 20130731
Length = 717
Score = 79.0 bits (193), Expect = 2e-14, Method: Compositional matrix adjust.
Identities = 123/465 (26%), Positives = 196/465 (42%), Gaps = 77/465 (16%)
Query: 32 PYDRPPTALRNPTRNNGWLSKLVDPAQRLITYSANSLFSSVFRNRLTAXXXXXXXETVPE 91
P P T P+ N W+SKLV+PA R+I A S F + P+
Sbjct: 22 PRKPPSTPYARPSSNRRWISKLVNPAYRIIADGATRFLPSFF--------------STPD 67
Query: 92 VREN--------HHQESAITEEQV---ANESNGKQKVVGESSVQNNCSD----------- 129
EN H++ + + + +E + GESS N+ D
Sbjct: 68 SVENQDKQGTGEQHKKDFLLKTNLHLPPSELSKMASTGGESSKPNSSFDFVLPRRVEKGE 127
Query: 130 ---GGGLTELEKLFKQKTFTRSEIDHLTELLRSRTVD---SPIGEGKRTEVVPPD--STL 181
L+++E+L K FTR E +H+ E+L SR +D G G D L
Sbjct: 128 QHEKNRLSDIEQLVKGTKFTRDEFNHIVEILNSRAIDVLNVEQGNGHTNLTSRQDDGGVL 187
Query: 182 PCKQKEE-YSQTPVLENGIGSDLVSTPYVTSSVSIEDVASPAELAKSYMGSRPSKIAPSM 240
++ + +++ E+ STP ++ E ASP E+A++YMGS+ S+ +P+
Sbjct: 188 AARKLPKVFNERKHEESNAAIQGSSTPCMSKGWD-EIGASPVEIARAYMGSQASEASPNC 246
Query: 241 LGLRSPPKEDPNLLKSQHFAHKSPIMSIVPRATTTV--ARVHENGFVPPRSRG-RSAIYS 297
+ E LL + A P + +TT V ++ + P+S+G + +
Sbjct: 247 KNMVQ-TVESTILLNDK--AGTKPYDPSPSKKSTTCWPGVVVQDAYATPQSQGSKYGFLN 303
Query: 298 MARTPYTRVHPASTLKSARVGVEGELSSSSQYALDHDMLSGSKQGALKRRSSVLDNDIGF 357
RTPY+R + KS + +G S S L S LK +S V ++ G+
Sbjct: 304 HPRTPYSRTLLTKS-KSKLIQTQGNYSHISSTPLRQSQTS----LYLKEKSEVGASESGY 358
Query: 358 --FGPVRRIRHKSNLLSSKGLTSPHSGGHLSITRSEVKHGHMKLS----AENID-DAMPS 410
GP+RR RHK + S+ P S R G ++ S A ++D M S
Sbjct: 359 GSVGPIRRTRHKFGVQSTSW--RPEYSSMNSSQRGN--SGFIECSTPTVATSMDLGGMSS 414
Query: 411 T--------SFPPIPSKSSDTASKILQQLDRLV-SPNEKSSEMRL 446
T S P + +S A KIL+ +DR + +P EKS+E++L
Sbjct: 415 TRKPVGFERSVPTVHMHTSLMAKKILEHIDRNIPTPKEKSAELKL 459
>Medtr3g108780.1 | hypothetical protein | HC |
chr3:50248195-50256401 | 20130731
Length = 608
Score = 52.8 bits (125), Expect = 2e-06, Method: Compositional matrix adjust.
Identities = 65/255 (25%), Positives = 105/255 (41%), Gaps = 32/255 (12%)
Query: 31 TPYDRP---PTALRNPTRNNGWLSKLVDPAQRLITYSANSLFSSVFRNRLTAXXXXXXXE 87
TPY RP L +P WLS+ V R I A + +SV +
Sbjct: 26 TPYSRPSPPQPQLESPN----WLSRFVISPTRFIASGAGKILTSVLDLESSPASSSSATS 81
Query: 88 TVPEVRENHHQESAITEEQVANESNGKQKVV-GESSVQNNCS---------DGGGLTELE 137
+ +++ E ++ N G+ + G +S N+ S + +E
Sbjct: 82 SSSSYQDSVAAEVGELDDVSYNPFGGEAALKEGGTSKPNDLSSKELQPLVANSKSKRAIE 141
Query: 138 KLFKQKTFTRSEIDHLTELLRSRTVDSPIGEGKRTE-------VVPPDSTLPCKQKEEYS 190
+L Q+TF+R E D L +++RSR VDSP + + T + S C +
Sbjct: 142 QLLMQETFSREEGDRLIKIIRSRVVDSPANDDRITRPRDISNMTLATGSPELCSAAVMEA 201
Query: 191 QTPVLENGIG----SDLVSTPYVTSSVSI----EDVASPAELAKSYMGSRPSKIAPSMLG 242
+ VLE G SDL + + +++ +D SP ++AKSYM SRP +PS+
Sbjct: 202 KKWVLEKKSGLDSNSDLGYRSHSLNLIALPQAPKDEGSPVDVAKSYMRSRPPWSSPSIDH 261
Query: 243 LRSPPKEDPNLLKSQ 257
+ P L K +
Sbjct: 262 TKPPTLSGIQLFKEE 276
>Medtr3g108780.2 | hypothetical protein | HC |
chr3:50248195-50256401 | 20130731
Length = 606
Score = 52.8 bits (125), Expect = 2e-06, Method: Compositional matrix adjust.
Identities = 66/255 (25%), Positives = 105/255 (41%), Gaps = 32/255 (12%)
Query: 31 TPYDRP---PTALRNPTRNNGWLSKLVDPAQRLITYSANSLFSSVFRNRLTAXXXXXXXE 87
TPY RP L +P WLS+ V R I A + +SV +
Sbjct: 26 TPYSRPSPPQPQLESPN----WLSRFVISPTRFIASGAGKILTSVLDLESSPASSSSATS 81
Query: 88 TVPEVRENHHQESAITEEQVANESNGKQKVV-GESSVQNNCS---------DGGGLTELE 137
+ +++ E ++ N G+ + G +S N+ S + +E
Sbjct: 82 SSSSYQDSVAAEVGELDDVSYNPFGGEAALKEGGTSKPNDLSSKELQPLVANSKSKRAIE 141
Query: 138 KLFKQKTFTRSEIDHLTELLRSRTVDSPIGEGKRTE-------VVPPDSTLPCKQKEEYS 190
+L Q+TF+R E D L +++RSR VDSP + + T + S C +
Sbjct: 142 QLLMQETFSREEGDRLIKIIRSRVVDSPANDDRITRPRDISNMTLATGSPELCSAAVMEA 201
Query: 191 QTPVLENGIGSDLVS-TPYVTSSVSI-------EDVASPAELAKSYMGSRPSKIAPSMLG 242
+ VLE G D S Y + S+++ +D SP ++AKSYM SRP +PS+
Sbjct: 202 KKWVLEKKSGLDSNSDLGYRSHSLNLIALPQAPKDEGSPVDVAKSYMRSRPPWSSPSIDH 261
Query: 243 LRSPPKEDPNLLKSQ 257
+ P L K +
Sbjct: 262 TKPPTLSGIQLFKEE 276