BLASTX nr result
ID: Angelica22_contig00008865
seq
BLASTX 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.
Query= Angelica22_contig00008865
(1381 letters)
Database: ./nr
23,641,837 sequences; 8,123,359,852 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
ref|XP_002510716.1| sugar transporter, putative [Ricinus communi... 667 0.0
ref|XP_002274415.1| PREDICTED: monosaccharide-sensing protein 2 ... 654 0.0
emb|CAN59780.1| hypothetical protein VITISV_024656 [Vitis vinifera] 653 0.0
gb|AAX47312.1| hexose transporter 6 [Vitis vinifera] 644 0.0
ref|XP_003522996.1| PREDICTED: monosaccharide-sensing protein 2-... 639 0.0
>ref|XP_002510716.1| sugar transporter, putative [Ricinus communis]
gi|223551417|gb|EEF52903.1| sugar transporter, putative
[Ricinus communis]
Length = 739
Score = 667 bits (1721), Expect = 0.0
Identities = 329/462 (71%), Positives = 380/462 (82%), Gaps = 2/462 (0%)
Frame = -1
Query: 1381 PRWLVSKGKMTEAKRVLQKLRGREDVSAEMALLVEGLAVGGDTSIEEYIIGPGNELTEDQ 1202
PRWLVSKGKM EAKRVLQ+LRGREDVS EMALLVEGL +GG+TSIEEYIIGPG+EL +D
Sbjct: 187 PRWLVSKGKMLEAKRVLQRLRGREDVSGEMALLVEGLGIGGETSIEEYIIGPGDELPDDH 246
Query: 1201 DPEVEKEQIILYGPEAGLSWVAKPVTGQSTIGLASRHGSLVNQGMPLVDPIVTLFGSVHE 1022
+P EK++I LYGPEAGLSWVAKPVTGQS++ L SRHGS+VN+ +PL+DP+VTLFGSVHE
Sbjct: 247 EPTAEKDRIKLYGPEAGLSWVAKPVTGQSSLALVSRHGSMVNKSVPLMDPLVTLFGSVHE 306
Query: 1021 KLPENGSMRSMLFPNFGSMFSMADPHAKQEQWDEESLQREGEDYTSDAGGDDSDDNLQSP 842
KLPE GSMRSMLFPNFGSMFS A+PHAK E WDEESLQREGE YTS+A G+DSDDNL SP
Sbjct: 307 KLPETGSMRSMLFPNFGSMFSTAEPHAKHEHWDEESLQREGEGYTSEAAGEDSDDNLHSP 366
Query: 841 LISRQPTSMDKDMAAPRSHGSVLGVRRNSSLLKGTTGE--ESMGIGGGWQLAWKWSXXXX 668
LISRQ TSM+KDM P SHGS+L +RR+SSL++G TGE S GIGGGWQLAWKWS
Sbjct: 367 LISRQTTSMEKDMPPPPSHGSILSMRRHSSLMQG-TGEAVSSTGIGGGWQLAWKWSEREG 425
Query: 667 XXXXXXXGFNRIYLHEEGIAGSRRGSLVSLPGGEINPENEYIQAAALVSQTALYSKDLMN 488
GF R+YLH+EG GSRRGSLVS PGG++ E EY+QAAALVSQ ALYSK+L++
Sbjct: 426 EDGKKEGGFKRVYLHQEGAPGSRRGSLVSFPGGDVPAEGEYVQAAALVSQPALYSKELLD 485
Query: 487 HHPVGPAMVHPSETVSQGAGWSALLEPGVRRALIVGVGIQILQQFSGINGVMYYTPQILE 308
HPVGPAMVHP+ET +G W+ALL+PGV+RALIVG+GIQILQQFSGI G++YYTPQILE
Sbjct: 486 QHPVGPAMVHPAETAKKGPIWAALLDPGVKRALIVGIGIQILQQFSGIGGILYYTPQILE 545
Query: 307 QAGVEVLLSSLGIGSESASFLISAFTTLLMLPCIAVAMRFVDVAGRRXXXXXXXXXXXXX 128
+AGVEVLL++LGIG+ESASFLISAFTT LMLPCIAV MR +DV+GRR
Sbjct: 546 EAGVEVLLANLGIGTESASFLISAFTTFLMLPCIAVGMRLMDVSGRRALLLTTIPVLIGS 605
Query: 127 XXXXXIGNVFDLGTILHAIISTICVIVYFCCFVMGYGPIPNI 2
IG DLGT+ +A +ST CV++YFCCFV YGPIPNI
Sbjct: 606 LVILIIGESIDLGTVANAAVSTACVVIYFCCFVTAYGPIPNI 647
>ref|XP_002274415.1| PREDICTED: monosaccharide-sensing protein 2 [Vitis vinifera]
gi|63334145|gb|AAY40466.1| putative hexose transporter
[Vitis vinifera] gi|310877832|gb|ADP37147.1| putative
tonoplastic monosaccharide transporter [Vitis vinifera]
Length = 740
Score = 654 bits (1688), Expect = 0.0
Identities = 331/463 (71%), Positives = 374/463 (80%), Gaps = 3/463 (0%)
Frame = -1
Query: 1381 PRWLVSKGKMTEAKRVLQKLRGREDVSAEMALLVEGLAVGGDTSIEEYIIGPGNELTEDQ 1202
PRWLVSKG+M EAK+VLQ+LRGREDVSAEMALLVEGL +GG+TSIEEYIIGP ELTEDQ
Sbjct: 187 PRWLVSKGRMVEAKKVLQRLRGREDVSAEMALLVEGLGIGGETSIEEYIIGPTGELTEDQ 246
Query: 1201 DPEVEKEQIILYGPEAGLSWVAKPVTG-QSTIGLASRHGSLVNQGMPLVDPIVTLFGSVH 1025
DP+ K+QI LYGPEAGLSWVAKPV G QST+ L SR GSL Q +PL+DP+VTLFGSVH
Sbjct: 247 DPDAVKDQIKLYGPEAGLSWVAKPVPGGQSTLSLVSRQGSLATQTLPLMDPLVTLFGSVH 306
Query: 1024 EKLPENGSMRSMLFPNFGSMFSMADPHAKQEQWDEESLQREGEDYTSDAGGDDSDDNLQS 845
EKLPE GSMRSMLFPNFGSMFS ADP K EQWDEESLQREGEDY SD GGD SD +LQS
Sbjct: 307 EKLPETGSMRSMLFPNFGSMFSTADPQIKTEQWDEESLQREGEDYASDGGGD-SDHDLQS 365
Query: 844 PLISRQPTSMDKDMAAPRSHGSVLGVRRNSSLLKGTTGEES--MGIGGGWQLAWKWSXXX 671
PLISRQ +SM+KDM P SH S++ +RR+SSL++GT GE + MGIGGGWQLAWKWS
Sbjct: 366 PLISRQTSSMEKDMVPPPSHSSIMSMRRHSSLMQGTAGEAAGGMGIGGGWQLAWKWSERE 425
Query: 670 XXXXXXXXGFNRIYLHEEGIAGSRRGSLVSLPGGEINPENEYIQAAALVSQTALYSKDLM 491
GF RIYLHEEG+ GSRRGSLVSLPGG++ E +YIQAAALVSQ ALYSK+LM
Sbjct: 426 GEDGKKEGGFKRIYLHEEGVPGSRRGSLVSLPGGDVPAEGDYIQAAALVSQPALYSKELM 485
Query: 490 NHHPVGPAMVHPSETVSQGAGWSALLEPGVRRALIVGVGIQILQQFSGINGVMYYTPQIL 311
+ PVGPAMVHP+ET S+G W+ALLEPGV+ AL VG GIQILQQFSGINGV+YYTPQIL
Sbjct: 486 DQDPVGPAMVHPAETASRGPMWAALLEPGVKHALFVGAGIQILQQFSGINGVLYYTPQIL 545
Query: 310 EQAGVEVLLSSLGIGSESASFLISAFTTLLMLPCIAVAMRFVDVAGRRXXXXXXXXXXXX 131
E+AGVEVLL SLG+G+ESASFLISAFTTLLMLPCI VAM+ +D+ GRR
Sbjct: 546 EEAGVEVLLESLGLGTESASFLISAFTTLLMLPCIVVAMKLMDIVGRRRLLLTTIPVLIV 605
Query: 130 XXXXXXIGNVFDLGTILHAIISTICVIVYFCCFVMGYGPIPNI 2
IG++ T++HA IST CVI+YFCCFV YGPIPNI
Sbjct: 606 TLLVLVIGDLVTTTTVIHAAISTACVIIYFCCFVTAYGPIPNI 648
>emb|CAN59780.1| hypothetical protein VITISV_024656 [Vitis vinifera]
Length = 740
Score = 653 bits (1684), Expect = 0.0
Identities = 330/463 (71%), Positives = 374/463 (80%), Gaps = 3/463 (0%)
Frame = -1
Query: 1381 PRWLVSKGKMTEAKRVLQKLRGREDVSAEMALLVEGLAVGGDTSIEEYIIGPGNELTEDQ 1202
PRWLVSKG+M EAK+VLQ+LRGREDVSAEMALLVEGL +GG+TSIEEYIIGP ELTEDQ
Sbjct: 187 PRWLVSKGRMVEAKKVLQRLRGREDVSAEMALLVEGLGIGGETSIEEYIIGPTGELTEDQ 246
Query: 1201 DPEVEKEQIILYGPEAGLSWVAKPVTG-QSTIGLASRHGSLVNQGMPLVDPIVTLFGSVH 1025
DP+ K+QI LYGPEAGLSWVAKPV G QST+ L SR GSL Q +PL+DP+VTLFGSVH
Sbjct: 247 DPDAVKDQIKLYGPEAGLSWVAKPVPGGQSTLSLVSRQGSLATQTLPLMDPLVTLFGSVH 306
Query: 1024 EKLPENGSMRSMLFPNFGSMFSMADPHAKQEQWDEESLQREGEDYTSDAGGDDSDDNLQS 845
EKLPE GSMRSMLFPNFGSMFS ADP K EQWDEESLQ+EGEDY SD GGD SD +LQS
Sbjct: 307 EKLPETGSMRSMLFPNFGSMFSTADPQIKTEQWDEESLQQEGEDYASDGGGD-SDHDLQS 365
Query: 844 PLISRQPTSMDKDMAAPRSHGSVLGVRRNSSLLKGTTGEES--MGIGGGWQLAWKWSXXX 671
PLISRQ +SM+KDM P SH S++ +RR+SSL++GT GE + MGIGGGWQLAWKWS
Sbjct: 366 PLISRQTSSMEKDMVPPPSHSSIMSMRRHSSLMQGTAGEAAGGMGIGGGWQLAWKWSERE 425
Query: 670 XXXXXXXXGFNRIYLHEEGIAGSRRGSLVSLPGGEINPENEYIQAAALVSQTALYSKDLM 491
GF RIYLHEEG+ GSRRGSLVSLPGG++ E +YIQAAALVSQ ALYSK+LM
Sbjct: 426 GEDGKKEGGFKRIYLHEEGVPGSRRGSLVSLPGGDVPAEGDYIQAAALVSQPALYSKELM 485
Query: 490 NHHPVGPAMVHPSETVSQGAGWSALLEPGVRRALIVGVGIQILQQFSGINGVMYYTPQIL 311
+ PVGPAMVHP+ET S+G W+ALLEPGV+ AL VG GIQILQQFSGINGV+YYTPQIL
Sbjct: 486 DQDPVGPAMVHPAETASRGPMWAALLEPGVKHALFVGAGIQILQQFSGINGVLYYTPQIL 545
Query: 310 EQAGVEVLLSSLGIGSESASFLISAFTTLLMLPCIAVAMRFVDVAGRRXXXXXXXXXXXX 131
E+AGVEVLL SLG+G+ESASFLISAFTTLLMLPCI VAM+ +D+ GRR
Sbjct: 546 EEAGVEVLLESLGLGTESASFLISAFTTLLMLPCIVVAMKLMDIVGRRRLLLTTIPVLIV 605
Query: 130 XXXXXXIGNVFDLGTILHAIISTICVIVYFCCFVMGYGPIPNI 2
IG++ T++HA IST CVI+YFCCFV YGPIPNI
Sbjct: 606 TLLVLVIGDLVTTTTVIHAAISTACVIIYFCCFVTAYGPIPNI 648
>gb|AAX47312.1| hexose transporter 6 [Vitis vinifera]
Length = 740
Score = 644 bits (1662), Expect = 0.0
Identities = 327/463 (70%), Positives = 371/463 (80%), Gaps = 3/463 (0%)
Frame = -1
Query: 1381 PRWLVSKGKMTEAKRVLQKLRGREDVSAEMALLVEGLAVGGDTSIEEYIIGPGNELTEDQ 1202
PRWLVSKG+M EAK+VLQ+LRGREDVSAEMALLVEGL +GG+TSIEEYIIGP ELTEDQ
Sbjct: 187 PRWLVSKGRMVEAKKVLQRLRGREDVSAEMALLVEGLGIGGETSIEEYIIGPTGELTEDQ 246
Query: 1201 DPEVEKEQIILYGPEAGLSWVAKPVTG-QSTIGLASRHGSLVNQGMPLVDPIVTLFGSVH 1025
DP+ K+QI LYGPEAGLSWVAKPV G QST+ L R GSL Q +PL+DP+VTLFGSVH
Sbjct: 247 DPDAVKDQIKLYGPEAGLSWVAKPVPGGQSTLSLVPRQGSLATQTLPLMDPLVTLFGSVH 306
Query: 1024 EKLPENGSMRSMLFPNFGSMFSMADPHAKQEQWDEESLQREGEDYTSDAGGDDSDDNLQS 845
EK PE GSMRSMLFPNFGSMFS ADP K EQWDEESLQ+EGEDY SD GGD SD +LQS
Sbjct: 307 EKPPETGSMRSMLFPNFGSMFSTADPQIKTEQWDEESLQQEGEDYASDGGGD-SDHDLQS 365
Query: 844 PLISRQPTSMDKDMAAPRSHGSVLGVRRNSSLLKGTTGEES--MGIGGGWQLAWKWSXXX 671
PLISRQ +SM+KDM P SH S++ +RR+SSL++GT GE + MGIGGGWQLAWKWS
Sbjct: 366 PLISRQTSSMEKDMVPPPSHSSIMSMRRHSSLMQGTAGEAAGGMGIGGGWQLAWKWSERE 425
Query: 670 XXXXXXXXGFNRIYLHEEGIAGSRRGSLVSLPGGEINPENEYIQAAALVSQTALYSKDLM 491
GF RIYLHEEG+ GSRRGSLVSLPGG++ E +YIQAAALVSQ ALYSK+LM
Sbjct: 426 GEDGKKEGGFKRIYLHEEGVPGSRRGSLVSLPGGDVPAEGDYIQAAALVSQPALYSKELM 485
Query: 490 NHHPVGPAMVHPSETVSQGAGWSALLEPGVRRALIVGVGIQILQQFSGINGVMYYTPQIL 311
+ PVGPAMVHP+ET S+G W+ALLEPGV+ AL VG GIQILQQFSGINGV+YYTPQIL
Sbjct: 486 DQDPVGPAMVHPAETASRGPMWAALLEPGVKHALFVGAGIQILQQFSGINGVLYYTPQIL 545
Query: 310 EQAGVEVLLSSLGIGSESASFLISAFTTLLMLPCIAVAMRFVDVAGRRXXXXXXXXXXXX 131
E+AGVEVLL SLG+G+ESASFLISAFTTLLMLP I VAM+ +D+ GRR
Sbjct: 546 EEAGVEVLLESLGLGTESASFLISAFTTLLMLPSIVVAMKLMDIVGRRRMLLTTIPVLIV 605
Query: 130 XXXXXXIGNVFDLGTILHAIISTICVIVYFCCFVMGYGPIPNI 2
IG++ T++HA IST CVI+YFCCFV YGPIPNI
Sbjct: 606 TLLVLVIGDLVTTTTVIHAAISTACVIIYFCCFVTAYGPIPNI 648
>ref|XP_003522996.1| PREDICTED: monosaccharide-sensing protein 2-like [Glycine max]
Length = 738
Score = 639 bits (1648), Expect = 0.0
Identities = 325/467 (69%), Positives = 379/467 (81%), Gaps = 7/467 (1%)
Frame = -1
Query: 1381 PRWLVSKGKMTEAKRVLQKLRGREDVSAEMALLVEGLAVGGDTSIEEYIIGPGNELTEDQ 1202
PRWLVSKG+M EAK+VLQ+LRGREDVS EMALLVEGL +GGDTSIEEYIIGP +E+ +
Sbjct: 187 PRWLVSKGRMLEAKKVLQRLRGREDVSGEMALLVEGLGIGGDTSIEEYIIGPADEVADGH 246
Query: 1201 DPEVEKEQIILYGPEAGLSWVAKPVTGQSTIGLASRHGSLVNQGMPLVDPIVTLFGSVHE 1022
+ EK++I LYG +AGLSW+AKPVTGQS+IGLASRHGS++NQ MPL+DP+VTLFGS+HE
Sbjct: 247 EHATEKDKIRLYGSQAGLSWLAKPVTGQSSIGLASRHGSIINQSMPLMDPLVTLFGSIHE 306
Query: 1021 KLPENG---SMRSMLFPNFGSMFSMADPHAKQEQWDEESLQREGEDYTSDAGGDDSDDNL 851
KLPE G SMRS LFPNFGSMFS A+PHAK EQWDEESLQREGEDY SDA G DSDDNL
Sbjct: 307 KLPETGAGGSMRSTLFPNFGSMFSTAEPHAKNEQWDEESLQREGEDYMSDAAGGDSDDNL 366
Query: 850 QSPLISRQPTSMDKDMAAPR-SHGSVLG-VRRNSSLLKGTTGEE--SMGIGGGWQLAWKW 683
SPLISRQ TS++KD+ P SHGS+LG +RR+SSL++G+ GE+ S GIGGGWQLAWKW
Sbjct: 367 HSPLISRQTTSLEKDLPPPPPSHGSILGSMRRHSSLMQGS-GEQGGSTGIGGGWQLAWKW 425
Query: 682 SXXXXXXXXXXXGFNRIYLHEEGIAGSRRGSLVSLPGGEINPENEYIQAAALVSQTALYS 503
+ F RIYLHEEG++ SRRGS+VS+PG E E++QAAALVSQ ALYS
Sbjct: 426 TDKGEDGKQQGG-FKRIYLHEEGVSASRRGSIVSIPG-----EGEFVQAAALVSQPALYS 479
Query: 502 KDLMNHHPVGPAMVHPSETVSQGAGWSALLEPGVRRALIVGVGIQILQQFSGINGVMYYT 323
K+L++ HPVGPAMVHPSET S+G W ALLEPGV+ AL+VGVGIQILQQFSGINGV+YYT
Sbjct: 480 KELIDGHPVGPAMVHPSETASKGPSWKALLEPGVKHALVVGVGIQILQQFSGINGVLYYT 539
Query: 322 PQILEQAGVEVLLSSLGIGSESASFLISAFTTLLMLPCIAVAMRFVDVAGRRXXXXXXXX 143
PQILE+AGVEVLLS +GIGSESASFLISAFTT LMLPCI VAM+ +DV+GRR
Sbjct: 540 PQILEEAGVEVLLSDIGIGSESASFLISAFTTFLMLPCIGVAMKLMDVSGRRQLLLTTIP 599
Query: 142 XXXXXXXXXXIGNVFDLGTILHAIISTICVIVYFCCFVMGYGPIPNI 2
IG++ + G + HA IST+CV+VYFCCFVMGYGPIPNI
Sbjct: 600 VLIGSLIILVIGSLVNFGNVAHAAISTVCVVVYFCCFVMGYGPIPNI 646