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_sc000066.1_g0720.1
(602 letters)
Database: ./nr
95,329,361 sequences; 35,143,497,570 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
XP_010253132.1 PREDICTED: mini-chromosome maintenance complex-bi... 860 0.0
XP_010253131.1 PREDICTED: mini-chromosome maintenance complex-bi... 855 0.0
XP_010252100.1 PREDICTED: mini-chromosome maintenance complex-bi... 810 0.0
>XP_010253132.1 PREDICTED: mini-chromosome maintenance complex-binding protein-like
isoform X2 [Nelumbo nucifera]
Length = 591
Score = 860 bits (2222), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 412/601 (68%), Positives = 493/601 (82%), Gaps = 11/601 (1%)
Query: 1 MVGLPYDCLMNPLGAVRVTFEKAIASGSDPTTFSGKDWGAIDVFRDCLFDQGGLSQVPIL 60
MVGLP+DCL NPLGAVR+TFEKA+ SG+DP TF G+DWGAID+FR+ LFD+GGLS+VPIL
Sbjct: 1 MVGLPFDCLANPLGAVRLTFEKAVTSGTDPATFDGRDWGAIDLFREFLFDKGGLSKVPIL 60
Query: 61 DSSSIGRIQPNSLVRFRGMIQDMLGNELYVGAFKDNSTWRTNKFTDVASIHMNSSSETRV 120
D ++ I+PNSLVRFRGM+QDMLGNE YVGAFKD STWRTNKFTDVAS M SSSE +V
Sbjct: 61 DHENVRWIEPNSLVRFRGMVQDMLGNEFYVGAFKDGSTWRTNKFTDVASFPMGSSSEVKV 120
Query: 121 WDRHLLYCVPVPGQSHWVVPGSSTESSSETTSNRFRSVASQHGEKRRREDDDMSVDQTES 180
W+R LLYC+PVP Q+ W + SET NR+++ SQHGEKR REDD +VD +S
Sbjct: 121 WERRLLYCIPVPAQNSW-----TQAIHSETVVNRYKNQTSQHGEKRHREDD-AAVDHMDS 174
Query: 181 SVSSHGLEGSPISCKKMRDDGLPCQAFPYQESVTGETSRLQSRVPDFDTKSLPCLVKIYD 240
+ S H +GSP KKM + LP QES + +S+L S +PDFD SLPCLVKIYD
Sbjct: 175 TASEHEFQGSPPLSKKMCEGTLPSWT---QESASN-SSKL-SMIPDFDQSSLPCLVKIYD 229
Query: 241 TPETELKLNDVFEFIGVYTFDPLLMVQKDESDELPTDFCGDVLEHLPPNKVPRLHCLIHR 300
E++LKLNDVF+F+GV+TF+P L V DESDE C D L HLPP+KVPRLHC IHR
Sbjct: 230 LLESDLKLNDVFDFVGVFTFNPELAVHMDESDEFSNGVCEDALVHLPPSKVPRLHCFIHR 289
Query: 301 KLSVQDFVIGPTINEPMPNLVRGIRDSLLGYLTAVLGNDGVAAQCVLLHLLSQVHARVDN 360
KL V DF+ P I EP P+LVRGIR+SLLG+LTA+LGNDGVAA C++LHLLS+VHARVD
Sbjct: 290 KLGVHDFLHSPPITEPTPHLVRGIRESLLGHLTAILGNDGVAAHCMVLHLLSKVHARVDT 349
Query: 361 IAVGKLSLNLIGFSRESVSIFGNQLNLAIQNIIPFTQSMPLSVEYLNTSSLAPKKDYQTN 420
+AVGKLSLNL GF++ES SIFGNQLNLAIQN++PFT+S+PL+VEYLN++S+AP+KDYQT+
Sbjct: 350 VAVGKLSLNLTGFTKESASIFGNQLNLAIQNLLPFTRSIPLTVEYLNSASIAPRKDYQTD 409
Query: 421 RLLTGVLQLPEGTHLTLDETKLNAGTLNSTGVENVNLLKNLMDFQKVEYDFEYFKLEMST 480
RL+TGVLQL EGTHLT+DET+L AGTLNS GVENV LLKNLM++QKV+YDFEY+K+EM++
Sbjct: 410 RLVTGVLQLAEGTHLTIDETQLKAGTLNSIGVENVRLLKNLMEWQKVDYDFEYYKMEMTS 469
Query: 481 NVQILVLSEGKSNILPADLVLPFHPSNVGSSINADSELLQAWRWYLATLRSLEHVISPEL 540
+VQIL+ SEGKSNILPADLVLPF PS + S N +E+LQAWRWYL TLRS+ H I PE+
Sbjct: 470 DVQILIFSEGKSNILPADLVLPFRPSAMSSCENKGTEVLQAWRWYLTTLRSMPHSIEPEM 529
Query: 541 QKVIENDLVEARQEDRSIGTDDFSRWLTMARLMSASFGETSLSLEHWQMVKELERLRKER 600
QK IE+DLV ARQ +RS+G+ DFSRWL MARLMSASFGE+ LSLEHWQMVKELER R+ER
Sbjct: 530 QKAIEDDLVAARQANRSLGSQDFSRWLAMARLMSASFGESCLSLEHWQMVKELERQRRER 589
Query: 601 L 601
L
Sbjct: 590 L 590
>XP_010253131.1 PREDICTED: mini-chromosome maintenance complex-binding protein-like
isoform X1 [Nelumbo nucifera]
Length = 595
Score = 855 bits (2209), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 412/605 (68%), Positives = 494/605 (81%), Gaps = 15/605 (2%)
Query: 1 MVGLPYDCLMNPLGAVRVTFEKAIASGSDPTTFSGKDWGAIDVFRDCLFDQGGLSQVPIL 60
MVGLP+DCL NPLGAVR+TFEKA+ SG+DP TF G+DWGAID+FR+ LFD+GGLS+VPIL
Sbjct: 1 MVGLPFDCLANPLGAVRLTFEKAVTSGTDPATFDGRDWGAIDLFREFLFDKGGLSKVPIL 60
Query: 61 DSSSIGRIQPNSLVRFRGMIQDMLGNELYVGAFKDNSTWRTNKFTDVASIHMNSSSETRV 120
D ++ I+PNSLVRFRGM+QDMLGNE YVGAFKD STWRTNKFTDVAS M SSSE +V
Sbjct: 61 DHENVRWIEPNSLVRFRGMVQDMLGNEFYVGAFKDGSTWRTNKFTDVASFPMGSSSEVKV 120
Query: 121 WDRHLLYCVPVPGQSHWVVPGSSTESSSETTSNRFRSVASQHGEKRRREDDDMSVDQTES 180
W+R LLYC+PVP Q+ W + SET NR+++ SQHGEKR REDD +VD +S
Sbjct: 121 WERRLLYCIPVPAQNSW-----TQAIHSETVVNRYKNQTSQHGEKRHREDD-AAVDHMDS 174
Query: 181 SVSSHGLEGSPISCKKMRDDGLPCQAFPYQESVTGETSRLQSRVPDFDTKSLPCLVKIYD 240
+ S H +GSP KKM + LP QES + +S+L S +PDFD SLPCLVKIYD
Sbjct: 175 TASEHEFQGSPPLSKKMCEGTLPSWT---QESASN-SSKL-SMIPDFDQSSLPCLVKIYD 229
Query: 241 TPETELKLNDVFEFIGVYTFDPLLMVQKDESDELPTDFCGDVLEHLPPNKVPRLHCLIHR 300
E++LKLNDVF+F+GV+TF+P L V DESDE C D L HLPP+KVPRLHC IHR
Sbjct: 230 LLESDLKLNDVFDFVGVFTFNPELAVHMDESDEFSNGVCEDALVHLPPSKVPRLHCFIHR 289
Query: 301 KLSVQDFVIGPTINEPMPNLVRGIRDSLLGYLTAVLGNDGVAAQCVLLHLLSQVHARVDN 360
KL V DF+ P I EP P+LVRGIR+SLLG+LTA+LGNDGVAA C++LHLLS+VHARVD
Sbjct: 290 KLGVHDFLHSPPITEPTPHLVRGIRESLLGHLTAILGNDGVAAHCMVLHLLSKVHARVDT 349
Query: 361 IAVGKLSLNLIGFSRESVSIFGNQLNLAIQNIIPFTQSMPLSVEYLNTSSLAPKKDYQTN 420
+AVGKLSLNL GF++ES SIFGNQLNLAIQN++PFT+S+PL+VEYLN++S+AP+KDYQT+
Sbjct: 350 VAVGKLSLNLTGFTKESASIFGNQLNLAIQNLLPFTRSIPLTVEYLNSASIAPRKDYQTD 409
Query: 421 RLLTGVLQLPEGTHLTLDETKLNAGTLNSTGVENVNLLKNLMDFQKVEYDFEYFKLEMST 480
RL+TGVLQL EGTHLT+DET+L AGTLNS GVENV LLKNLM++QKV+YDFEY+K+EM++
Sbjct: 410 RLVTGVLQLAEGTHLTIDETQLKAGTLNSIGVENVRLLKNLMEWQKVDYDFEYYKMEMTS 469
Query: 481 NVQILVLSEGKSNILPADLVLPFHPSNVGSSINADSELLQAWRWYLATLRSLEHVISPEL 540
+VQIL+ SEGKSNILPADLVLPF PS + S N +E+LQAWRWYL TLRS+ H I PE+
Sbjct: 470 DVQILIFSEGKSNILPADLVLPFRPSAMSSCENKGTEVLQAWRWYLTTLRSMPHSIEPEM 529
Query: 541 QKV----IENDLVEARQEDRSIGTDDFSRWLTMARLMSASFGETSLSLEHWQMVKELERL 596
QK+ IE+DLV ARQ +RS+G+ DFSRWL MARLMSASFGE+ LSLEHWQMVKELER
Sbjct: 530 QKICLQAIEDDLVAARQANRSLGSQDFSRWLAMARLMSASFGESCLSLEHWQMVKELERQ 589
Query: 597 RKERL 601
R+ERL
Sbjct: 590 RRERL 594
>XP_010252100.1 PREDICTED: mini-chromosome maintenance complex-binding protein-like
isoform X1 [Nelumbo nucifera]
Length = 633
Score = 810 bits (2092), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 398/590 (67%), Positives = 473/590 (80%), Gaps = 13/590 (2%)
Query: 1 MVGLPYDCLMNPLGAVRVTFEKAIASGSDPTTFSGKDWGAIDVFRDCLFDQGGLSQVPIL 60
MVG+P+DCL NPLG VR+TFEKA++ GSDP TF GKDWGAID+FR+ LFD+GGLSQVPIL
Sbjct: 46 MVGVPFDCLTNPLGVVRLTFEKAVSLGSDPATFDGKDWGAIDLFREFLFDKGGLSQVPIL 105
Query: 61 DSSSIGRIQPNSLVRFRGMIQDMLGNELYVGAFKDNSTWRTNKFTDVASIHMNSSSETRV 120
D +SI I+PNSLVRFRGM+QDMLGNE Y GAFKD STWRTNKFTDVAS M+SS+E +V
Sbjct: 106 DHASIRWIEPNSLVRFRGMVQDMLGNEFYAGAFKDGSTWRTNKFTDVASFPMDSSTEVKV 165
Query: 121 WDRHLLYCVPVPGQSHWVVPGSSTESSSETTSNRFRSVASQHGEKRRREDDDMSVDQTES 180
W+R LLYCVPVP Q+ W P SE + R + A QHGEKR REDD +
Sbjct: 166 WERRLLYCVPVPAQNSWTQP-----RPSEPVTTRNKDQAIQHGEKRLREDD-AATHSMNL 219
Query: 181 SVSSHGLEGSPISCKKMRDDGLPCQAFPYQESVTGETSRLQSRVPDFDTKSLPCLVKIYD 240
S H L SP KK+ LP Q + + S L S +PDF+ SLPCLVKIYD
Sbjct: 220 HASEHELHSSPPCTKKLCQGMLPSQP----QGLVDNCSNL-SMMPDFNQNSLPCLVKIYD 274
Query: 241 TPETELKLNDVFEFIGVYTFDPLLMVQKDESDELPTDFCGDVLEHLPPNKVPRLHCLIHR 300
+PE++LKLNDVFEF+GV+TF+P L V DESDE ++ D L HLPP+KVPRLHC IHR
Sbjct: 275 SPESDLKLNDVFEFVGVFTFNPELSVHIDESDEF-SNGLEDALVHLPPSKVPRLHCFIHR 333
Query: 301 KLSVQDFVIGPTINEPMPNLVRGIRDSLLGYLTAVLGNDGVAAQCVLLHLLSQVHARVDN 360
KLS+ DF+ P I EPMP+LVRGIRD LL +LT++LGNDGVAAQC+LLHLLS+VHARVD
Sbjct: 334 KLSIHDFLSFPMI-EPMPHLVRGIRDGLLRHLTSLLGNDGVAAQCMLLHLLSKVHARVDT 392
Query: 361 IAVGKLSLNLIGFSRESVSIFGNQLNLAIQNIIPFTQSMPLSVEYLNTSSLAPKKDYQTN 420
+AVGKLSLNL GF+ ES+S+F NQLNLA+Q+++PFTQ +PL+VEYLN++SLAP+KDYQTN
Sbjct: 393 VAVGKLSLNLTGFTEESISVFRNQLNLAMQSLLPFTQVVPLTVEYLNSTSLAPRKDYQTN 452
Query: 421 RLLTGVLQLPEGTHLTLDETKLNAGTLNSTGVENVNLLKNLMDFQKVEYDFEYFKLEMST 480
RL+TGVLQL EGTHLT+DET+L AGTLNSTGVENV LLKNL+++QKV+YDFEY+K+EM++
Sbjct: 453 RLVTGVLQLAEGTHLTIDETQLKAGTLNSTGVENVRLLKNLIEWQKVDYDFEYYKMEMTS 512
Query: 481 NVQILVLSEGKSNILPADLVLPFHPSNVGSSINADSELLQAWRWYLATLRSLEHVISPEL 540
+VQ+L+LSEGKSNILPADLVLPF PS V S N +E+ Q WRWYL TLRSL H I PE+
Sbjct: 513 DVQLLILSEGKSNILPADLVLPFCPSAVCSCENGGTEVQQGWRWYLTTLRSLPHSIKPEM 572
Query: 541 QKVIENDLVEARQEDRSIGTDDFSRWLTMARLMSASFGETSLSLEHWQMV 590
QK+IE+DLV ARQ DRS+G+ DFSRWLTMARLMS SFGET LSLEHWQMV
Sbjct: 573 QKIIEDDLVAARQADRSLGSQDFSRWLTMARLMSVSFGETCLSLEHWQMV 622