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_sc000108.1_g0690.1
(741 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
XP_007028021.1 F26K24.5 protein [Theobroma cacao] EOY08523.1 F26... 1004 0.0
XP_010653250.1 PREDICTED: uncharacterized protein LOC100254761 [... 992 0.0
XP_010247827.1 PREDICTED: uncharacterized protein LOC104590777 [... 989 0.0
>XP_007028021.1 F26K24.5 protein [Theobroma cacao] EOY08523.1 F26K24.5 protein
[Theobroma cacao]
Length = 770
Score = 1004 bits (2596), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 511/748 (68%), Positives = 600/748 (80%), Gaps = 20/748 (2%)
Query: 1 MVVKM-RW-PWPPPLSKKFEVKIVINRLEEFNLGVIEGEKQSVEFTKLSVEIRWKGPKLG 58
MVVKM RW PWPP +SKK+EVK+++ RLE ++L V EG ++S KL+VEIRWKGPK
Sbjct: 1 MVVKMMRWRPWPPLVSKKYEVKLIVRRLEGWDL-VGEGSEKS---QKLTVEIRWKGPKAS 56
Query: 59 LSRFRRSVKRNFTKEVEVMKRDDCVIEWNEDFQSVCNFSAFKENLFHPWEISFAVLNSSN 118
LS RR+VKRNFTKEV+ + + V+ W+E+FQ+VC+ SA+KEN+FHPWEI+F+VLN N
Sbjct: 57 LSSLRRTVKRNFTKEVDGVDENGAVV-WDEEFQTVCSLSAYKENVFHPWEIAFSVLNGLN 115
Query: 119 QGLKNKVSVIGTACLNLAEFASSAAKKEVEVKIPLSVPDGSADSHPCLCLSLRLLELTTI 178
QG KNKV V+GT LNLAE+AS+A +KE E+ IPL + +G+A+ P LC+SL LLEL T
Sbjct: 116 QGPKNKVPVVGTVSLNLAEYASAAEQKEFELNIPLILSNGAAEPGPQLCISLSLLELRTA 175
Query: 179 QEPSESAQRSVIP-DPLSPEPEILPAEKDELSALKAGLRKVKILKDYVSNRKAKKIFREE 237
Q+ +E QR+++P S E + EKDELSA+KAGLRKVKI +YVS R+AKK RE+
Sbjct: 176 QDTTEPVQRALVPVASPSQSCETVSMEKDELSAIKAGLRKVKIFTEYVSTRRAKKACRED 235
Query: 238 DGSEGRCSLRSDDDEYVFPFDTDSLDDCDERRLG-VEDGSNVRKSFSYGTLAYANCVGGS 296
+ SEGRCS RSDD EY P DTDSLDD DE V+D S VRKSFSYGTLA AN GGS
Sbjct: 236 ECSEGRCSARSDDGEY--PLDTDSLDDFDEGESDEVKDDSVVRKSFSYGTLASANYAGGS 293
Query: 297 YISEMRINDENEDLIYYSNRKSDVGCVNVEDSSVPVSDQSLLQSSKRRSILSWKKRKLNF 356
+ S MRIN+E ED +YYSNRKSDVGC NVEDS+ VS+ SLLQSSKR SILSW+KRKL+F
Sbjct: 294 FYSSMRINEEGEDWVYYSNRKSDVGCSNVEDSAASVSEPSLLQSSKR-SILSWRKRKLSF 352
Query: 357 RSPKAKGEPLLKKAYAEEGGDDIDYDRRQLSSSDESTALARLKSDEDSAANRSSISEFGD 416
RSPKAKGEPLLKKAY EEGGDDID+DRRQLSS DES A K+DEDS+ANRSS+SEFGD
Sbjct: 353 RSPKAKGEPLLKKAYGEEGGDDIDFDRRQLSS-DESHAHGWHKTDEDSSANRSSVSEFGD 411
Query: 417 DNFAIGSWEQKEFVSRDGHMKLETQVFLASIDQRSERAAGESACTALVAVISNWFQANRD 476
DNFAIGSWEQKE VSRDGHMKL+ QVF ASIDQRSERAAGESACTALVAVI++WFQ NRD
Sbjct: 412 DNFAIGSWEQKEVVSRDGHMKLQAQVFFASIDQRSERAAGESACTALVAVIADWFQNNRD 471
Query: 477 SMPIKSQFDILIREGSLEWRNLCENEKYREKFPDKHFDLETVLEANIRPISIASEKSFIG 536
MPIKSQFD LIREGSLEWRNLCENE YRE+FPDKHFDLETVL+A +RP+S+ KSFIG
Sbjct: 472 LMPIKSQFDSLIREGSLEWRNLCENETYRERFPDKHFDLETVLQAKLRPLSVVPRKSFIG 531
Query: 537 FFYPEGIEGGDFEFLQGAMSFDSIWDEISHGNTKCSSNGEPQIYIVSWNDHFFILKVEPE 596
FF+PEG++ G F+FL GAMSFD+IWDEIS +C + GEPQ+YIVSWNDHFFILKVEPE
Sbjct: 532 FFHPEGMDEGRFDFLHGAMSFDNIWDEISRAGAECPNTGEPQVYIVSWNDHFFILKVEPE 591
Query: 597 AYYIIDTLGERLYEGCNQAYILKFDRNTIIHKVPEEEVEKSLKEKQAVDQQIIASTTDTR 656
AYYIIDTLGERLYEGCNQAYILKFD NT+IHK+P V +S +K DQQI + + +
Sbjct: 592 AYYIIDTLGERLYEGCNQAYILKFDCNTVIHKLP--NVAQSSDDKSTSDQQIATAAAEPK 649
Query: 657 NQR-----RPNEEPSANSSLVKLQEPKESEGKEEVVCQGIESCKEYIKSFLAAIPIRELQ 711
N + R E P+A + K +E +SE +EEVVCQG ESCKEYIKSFLAAIPIRELQ
Sbjct: 650 NSQVQQVNRKEEGPAAGAIATKPEESIKSEEREEVVCQGKESCKEYIKSFLAAIPIRELQ 709
Query: 712 VDIKKGLKSSTPIHHRLQIEFHYIEFSQ 739
DIKKGL +STP+HHRLQI+F+Y EF Q
Sbjct: 710 ADIKKGLMASTPLHHRLQIDFNYTEFLQ 737
>XP_010653250.1 PREDICTED: uncharacterized protein LOC100254761 [Vitis vinifera]
Length = 770
Score = 992 bits (2565), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 496/748 (66%), Positives = 592/748 (79%), Gaps = 23/748 (3%)
Query: 1 MVVKM-RW-PWPPPLSKKFEVKIVINRLEEFNLGVIEGEKQSVEFTKLSVEIRWKGPKLG 58
MVVKM RW PWPP + +K+EVK+V+ R+E + EG E ++ VEIRWKGPK+
Sbjct: 1 MVVKMMRWRPWPPLIPRKYEVKLVVRRMEGWGCAGEEG----AEGRRVVVEIRWKGPKIS 56
Query: 59 LSRFRRSVKRNFTKEVEVMKRDDCVIEWNEDFQSVCNFSAFKENLFHPWEISFAVLNSSN 118
LS RR+VKRNFTKE +V + D V+ W+E+FQSVCN SA+K+N+FHPWEI+F VLN S+
Sbjct: 57 LSSLRRTVKRNFTKEEDVGQ--DGVVLWDEEFQSVCNLSAYKDNVFHPWEIAFTVLNGSH 114
Query: 119 QGLKNKVSVIGTACLNLAEFASSAAKKEVEVKIPLSVPDGSADSHPCLCLSLRLLELTTI 178
QG KNKV V+GTA LN+AEFAS+A +KE E+ IPL++P G+A+ HP LC+SL LLEL T
Sbjct: 115 QGPKNKVPVVGTASLNIAEFASAAEEKEFELNIPLTLPGGAAEPHPLLCISLSLLELRTA 174
Query: 179 QEPSESAQRSVIPDPLSPEP-EILPAEKDELSALKAGLRKVKILKDYVSNRKAKKIFREE 237
QEP++S QR+++P P SP P E EKDELSA+KAGLRKVKI +YVS R+AKK REE
Sbjct: 175 QEPTDSVQRAIVPVPSSPRPGETASTEKDELSAIKAGLRKVKIFTEYVSTRRAKKACREE 234
Query: 238 DGSEGRCSLRSDDDEYVFPFDTDSLDDCDERRL--GVEDGSNVRKSFSYGTLAYANCVGG 295
+GSEGRCS RS+D +Y +PFD+DSLDD +E G ED S+VRKSFSYGTLAYANC GG
Sbjct: 235 EGSEGRCSARSEDGDYTYPFDSDSLDDFEEGETDEGKED-SSVRKSFSYGTLAYANCAGG 293
Query: 296 SYISEMRINDENEDLIYYSNRKSDVGCVNVEDSSVPVSDQSLLQSSKRRSILSWKKRKLN 355
S+ S RIN +ED +YYSNRKSDVGC ++DS+ VS+ LQSSKR SILSW+KRKL+
Sbjct: 294 SFYSNTRINGGDEDWVYYSNRKSDVGCSQIDDSNAAVSE---LQSSKR-SILSWRKRKLS 349
Query: 356 FRSPKAKGEPLLKKAYAEEGGDDIDYDRRQLSSSDESTALARLKSDEDSAANRSSISEFG 415
FRSPKA+GEPLLKKAY E+GGDDID+DRRQLSS DES K+DEDS+ANRSS+SEFG
Sbjct: 350 FRSPKARGEPLLKKAYGEDGGDDIDFDRRQLSS-DESLPFGWHKTDEDSSANRSSVSEFG 408
Query: 416 DDNFAIGSWEQKEFVSRDGHMKLETQVFLASIDQRSERAAGESACTALVAVISNWFQANR 475
DDNFAIG+WEQKE VSRDGHMK++TQVF ASIDQRSERAAGESACTALVAVI+NWFQ NR
Sbjct: 409 DDNFAIGNWEQKEVVSRDGHMKVQTQVFFASIDQRSERAAGESACTALVAVIANWFQTNR 468
Query: 476 DSMPIKSQFDILIREGSLEWRNLCENEKYREKFPDKHFDLETVLEANIRPISIASEKSFI 535
D MPIKSQFD LIREGSLEWRNLC+NE YRE FPDKHFDL+TVLEA IRP+S+ KSFI
Sbjct: 469 DIMPIKSQFDSLIREGSLEWRNLCDNETYREGFPDKHFDLDTVLEAKIRPLSVVPGKSFI 528
Query: 536 GFFYPEGIEGGDFEFLQGAMSFDSIWDEISHGNTKCSSNGEPQIYIVSWNDHFFILKVEP 595
GFF+P+G++ G F+FLQGAMSFDSIWDEISH ++ SN PQ+YIVSWNDHFF+L VEP
Sbjct: 529 GFFHPDGMDEGRFDFLQGAMSFDSIWDEISHAGSESPSNSGPQVYIVSWNDHFFVLIVEP 588
Query: 596 EAYYIIDTLGERLYEGCNQAYILKFDRNTIIHKVPEEEVEKSLKEKQAVDQQIIASTTDT 655
EAYYIIDTLGERLYEGC+QAYILKF R+T ++K+ V + EK DQQ++ + +
Sbjct: 589 EAYYIIDTLGERLYEGCDQAYILKFGRDTKLYKL--SSVPQPSDEKPGGDQQMVTAAIEP 646
Query: 656 RN----QRRPNEEPSANSSLVKLQEPKESEGKEEVVCQGIESCKEYIKSFLAAIPIRELQ 711
+N Q P E A + K +E E + EVVCQG ESCKEYIK+FLAAIPIRELQ
Sbjct: 647 KNRPAQQVNPQESSVAGPVVTKPEESTADEEEAEVVCQGKESCKEYIKNFLAAIPIRELQ 706
Query: 712 VDIKKGLKSSTPIHHRLQIEFHYIEFSQ 739
DIKKGL +STP+H RLQIEFHY + Q
Sbjct: 707 ADIKKGLMASTPLHRRLQIEFHYTQLLQ 734
>XP_010247827.1 PREDICTED: uncharacterized protein LOC104590777 [Nelumbo nucifera]
Length = 762
Score = 989 bits (2557), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 508/748 (67%), Positives = 592/748 (79%), Gaps = 19/748 (2%)
Query: 1 MVVKM-RW-PWPPPLSKKFEVKIVINRLEEFNLGVIEGEKQSVEFTKLSVEIRWKGPKLG 58
MVVKM +W PWPP LSKKFEVK+V+ ++E F++G E EK E +L+VEIRWKGPK+
Sbjct: 1 MVVKMMKWRPWPPLLSKKFEVKLVLRKMEGFHVGTGEEEKTG-EVPRLTVEIRWKGPKIA 59
Query: 59 LSRFRRSVKRNFTKEVEVMKRDDCVIEWNEDFQSVCNFSAFKENLFHPWEISFAVLNSSN 118
LS RR+VKRNFTKE E R D ++EWNE+FQSVC+ SA+K+N+FHPWEI+F V N
Sbjct: 60 LSSLRRTVKRNFTKEEEA--RSDGIVEWNEEFQSVCSLSAYKDNVFHPWEIAFTVFNGLK 117
Query: 119 QGLKNKVSVIGTACLNLAEFASSAAKKEVEVKIPLSVPDGSADSHPCLCLSLRLLELTTI 178
G KNKV V+GTA LN+AEFAS++ +KE E+ IPL + G+ADS P L LSL LLEL T
Sbjct: 118 PGPKNKVPVVGTALLNIAEFASASEEKEHEINIPLILASGTADSQPSLYLSLNLLELRTT 177
Query: 179 QEPSESAQRSVIPDPLSPEP-EILPAEKDELSALKAGLRKVKILKDYVSNRKAKKIFREE 237
QE +E+ RS++P PLSP E + E+DELSALKAGLRKVKIL +YVS RKAKK EE
Sbjct: 178 QEHAETVARSIVPVPLSPRSGESVSTERDELSALKAGLRKVKILTEYVSTRKAKKACHEE 237
Query: 238 DGSEGRCSLRSDDDEYVFPFDTDSLDDCDERRL--GVEDGSNVRKSFSYGTLAYANCVGG 295
+ SEG+CS RS+D EY +PFDTDSLDD DE L G ED S+VRKSFSYGTLAYAN GG
Sbjct: 238 EDSEGKCSARSEDGEYTYPFDTDSLDDFDEGELEEGKED-SSVRKSFSYGTLAYANFAGG 296
Query: 296 SYISEMRINDENEDLIYYSNRKSDVGCVNVEDSSVPVSDQSLLQSSKRRSILSWKKRKLN 355
S+ S+ R N + ED IYYSNRKSD C++VED VSDQS S +RSIL W+KRKL+
Sbjct: 297 SFYSDKRFNGDYEDWIYYSNRKSDASCLHVEDPVASVSDQS----SSKRSILPWRKRKLS 352
Query: 356 FRSPKAKGEPLLKKAYAEEGGDDIDYDRRQLSSSDESTALARLKSDEDSAANRSSISEFG 415
FRSPK KGEPLLKKAYAEEGGDDID+DRRQLSSSDES L K+DEDS ANRSS+SEFG
Sbjct: 353 FRSPKPKGEPLLKKAYAEEGGDDIDFDRRQLSSSDESFPLGWHKADEDSTANRSSVSEFG 412
Query: 416 DDNFAIGSWEQKEFVSRDGHMKLETQVFLASIDQRSERAAGESACTALVAVISNWFQANR 475
DDNFA+GSWE KE +SRDGHMKL+TQVF ASIDQRSERAAGESACT LVAVI++WFQ N+
Sbjct: 413 DDNFAVGSWELKEVISRDGHMKLQTQVFFASIDQRSERAAGESACTVLVAVIADWFQTNQ 472
Query: 476 DSMPIKSQFDILIREGSLEWRNLCENEKYREKFPDKHFDLETVLEANIRPISIASEKSFI 535
D+MPIKSQFD LIREGSLEWRNLCENE YRE+FPDKHFDLETVL+A IR +S+ KSFI
Sbjct: 473 DAMPIKSQFDSLIREGSLEWRNLCENETYRERFPDKHFDLETVLQAKIRSVSVVPRKSFI 532
Query: 536 GFFYPEGIEGGDFEFLQGAMSFDSIWDEISHGNTKCSSNGEPQIYIVSWNDHFFILKVEP 595
GFF+P+ + G F+FL GAMSFD+IWDEIS +C +NG+PQIYIVSWNDHFFILKVEP
Sbjct: 533 GFFHPDWMNEGGFDFLHGAMSFDNIWDEISRAGLECPNNGDPQIYIVSWNDHFFILKVEP 592
Query: 596 EAYYIIDTLGERLYEGCNQAYILKFDRNTIIHKVPEEEVEKSLKEKQAVDQQIIASTTDT 655
EAYYIIDTLGERL+EGCNQAYILKFDRNT IHK+P E + +EK A DQQ++ S
Sbjct: 593 EAYYIIDTLGERLFEGCNQAYILKFDRNTTIHKIPNEAHQS--EEKPAGDQQVVPSGESG 650
Query: 656 RNQRRPN---EEPSANS-SLVKLQEPKESEGKEEVVCQGIESCKEYIKSFLAAIPIRELQ 711
Q + N E P+A S L K E SE +EE+VC+G ESCKEYIK+FLAAIP+RELQ
Sbjct: 651 MRQVQQNNSKEVPAAGSVVLTKPDESGNSEAEEEIVCRGKESCKEYIKNFLAAIPLRELQ 710
Query: 712 VDIKKGLKSSTPIHHRLQIEFHYIEFSQ 739
DIKKGL +STP+HHRLQIEFHY EF Q
Sbjct: 711 TDIKKGLMASTPLHHRLQIEFHYTEFRQ 738