bitscore colors: <40, 40-50 , 50-80, 80-200, >200
BLASTP 2.2.24+
Reference: Stephen F. Altschul, 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 composition-based statistics: Alejandro A. Schaffer,
L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri
I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001),
"Improving the accuracy of PSI-BLAST protein database searches with
composition-based statistics and other refinements", Nucleic Acids
Res. 29:2994-3005.
Database: kyva
112,920 sequences; 47,500,486 total letters
Query= Eace_0183_orf5
Length=274
Score E
Sequences producing significant alignments: (Bits) Value
Hs21361073 288 7e-78
HsM4758946 284 2e-76
Hs7019339 279 4e-75
At1g80780 274 1e-73
7294634 266 4e-71
SPCC18.06c 263 2e-70
At5g10960 258 8e-69
Hs17978500 258 9e-69
At2g32070 256 5e-68
ECU08g0850 245 7e-65
At1g15920 240 3e-63
CE22588 218 1e-56
At5g22250 202 6e-52
At3g44260 187 2e-47
YNR052c 172 5e-43
At1g61470 140 2e-33
At1g06450 139 6e-33
At1g27820 133 3e-31
At1g27890 130 3e-30
Hs17433778_2 130 4e-30
At3g44240 127 3e-29
SPBC29A10.09c 40.0 0.005
YJL207c 38.1 0.019
Hs4505611 37.4 0.031
At1g55870 37.0 0.041
SPAC1565.05 31.2 2.3
Hs15619010 31.2 2.5
At1g75850 29.6 6.6
> Hs21361073
Length=292
Score = 288 bits (738), Expect = 7e-78, Method: Compositional matrix adjust.
Identities = 134/256 (52%), Positives = 188/256 (73%), Gaps = 7/256 (2%)
Query 22 IIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTS---NALDYNYRTVKYNVDL 78
I EVWA NLEEE+ +IR++V Y YIA+DTEFPG+V RP +++DY Y+ ++ NVDL
Sbjct 12 ICEVWASNLEEEMRKIREIVLSYSYIAMDTEFPGVVVRPIGEFRSSIDYQYQLLRCNVDL 71
Query 79 LKVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKGV 138
LK+IQLGLTF + +G G TWQFNF+F+L EDMY+Q+SID L SG+ F K +++G+
Sbjct 72 LKIIQLGLTFTNEKGEYPSGINTWQFNFKFNLTEDMYSQDSIDLLANSGLQFQKHEEEGI 131
Query 139 EVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFPS 198
+ F EL+M SG+V+ ++VKW+SFH YDFGY++KLLT LPE E+ FF ++ FFPS
Sbjct 132 DTLHFAELLMTSGVVLCDNVKWLSFHSGYDFGYMVKLLTDSRLPEEEHEFFHILNLFFPS 191
Query 199 LYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESYFD 258
+YD+K+L++ N LQ+V++QL+++RIG QHQAGSDSL+T FF + E +F+
Sbjct 192 IYDVKYLMKSCKNLK----GGLQEVADQLDLQRIGRQHQAGSDSLLTGMAFFRMKELFFE 247
Query 259 GKIDEAKFSGVIYGLG 274
ID+AK+ G +YGLG
Sbjct 248 DSIDDAKYCGRLYGLG 263
> HsM4758946
Length=292
Score = 284 bits (726), Expect = 2e-76, Method: Compositional matrix adjust.
Identities = 132/256 (51%), Positives = 186/256 (72%), Gaps = 7/256 (2%)
Query 22 IIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTS---NALDYNYRTVKYNVDL 78
I EVWA NLEEE+ +IR++V Y YIA+DTEFPG+V RP +++DY Y+ ++ NVDL
Sbjct 12 ICEVWASNLEEEMRKIREIVPSYSYIAMDTEFPGVVVRPIGEFRSSIDYQYQLLRCNVDL 71
Query 79 LKVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKGV 138
LK+IQLGLTF + +G G TWQFNF+F+L EDMY+Q+SID L SG+ F K +++G+
Sbjct 72 LKIIQLGLTFTNEKGEYPSGINTWQFNFKFNLTEDMYSQDSIDLLANSGLQFQKHEEEGI 131
Query 139 EVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFPS 198
+ F EL+M SG+V+ ++VKW+SFH YDFGY++KLLT LPE E+ F ++ F PS
Sbjct 132 DTLHFAELLMTSGVVLCDNVKWLSFHSGYDFGYMVKLLTDSRLPEEEHEFLHILNLFSPS 191
Query 199 LYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESYFD 258
+YD+K+L++ N LQ+V++QL+++RIG QHQAGSDSL+T FF + E +F+
Sbjct 192 IYDVKYLMKSCKNLK----GGLQEVADQLDLQRIGRQHQAGSDSLLTGMAFFRMKELFFE 247
Query 259 GKIDEAKFSGVIYGLG 274
ID+AK+ G +YGLG
Sbjct 248 DSIDDAKYCGRLYGLG 263
> Hs7019339
Length=262
Score = 279 bits (714), Expect = 4e-75, Method: Compositional matrix adjust.
Identities = 134/245 (54%), Positives = 179/245 (73%), Gaps = 9/245 (3%)
Query 34 LDRIRDVVERYPYIALDTEFPGIVARPT----SNALDYNYRTVKYNVDLLKVIQLGLTFA 89
+ +IR V+ +Y Y+A+DTEFPG+VARP SNA DY Y+ ++ NVDLLK+IQLGLTF
Sbjct 1 MKKIRQVIRKYNYVAMDTEFPGVVARPIGEFRSNA-DYQYQLLRCNVDLLKIIQLGLTFM 59
Query 90 DSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKGVEVHDFGELIMN 149
+ +G GT TWQFNF+F+L EDMYAQ+SI+ L SGI F K +++G+E F EL+M
Sbjct 60 NEQGEYPPGTSTWQFNFKFNLTEDMYAQDSIELLTTSGIQFKKHEEEGIETQYFAELLMT 119
Query 150 SGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFPSLYDIKFLLRDL 209
SG+V+ E VKW+SFH YDFGYL+K+LT LPE E FFE+++ FFP +YD+K+L++
Sbjct 120 SGVVLCEGVKWLSFHSGYDFGYLIKILTNSNLPEEELDFFEILRLFFPVIYDVKYLMKSC 179
Query 210 PNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESYFDGKIDEAKFSGV 269
N LQ+V+EQL +ERIGPQHQAGSDSL+T FF + E +F+ ID+AK+ G
Sbjct 180 KNLK----GGLQEVAEQLELERIGPQHQAGSDSLLTGMAFFKMREMFFEDHIDDAKYCGH 235
Query 270 IYGLG 274
+YGLG
Sbjct 236 LYGLG 240
> At1g80780
Length=274
Score = 274 bits (701), Expect = 1e-73, Method: Compositional matrix adjust.
Identities = 145/263 (55%), Positives = 192/263 (73%), Gaps = 16/263 (6%)
Query 21 QIIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPT----SNALDYNYRTVKYNV 76
QI EVW NL+EE+D IRDVV+ +PY+A+DTEFPGIV RP SNA DY+Y T+K NV
Sbjct 11 QIREVWNDNLQEEMDLIRDVVDDFPYVAMDTEFPGIVVRPVGTFKSNA-DYHYETLKTNV 69
Query 77 DLLKVIQLGLTFADSRGRLAE-GT---CTWQFNFR-FDLNEDMYAQNSIDFLKQSGIDFD 131
++LK+IQLGLTF++ +G L GT C WQFNFR FDL+ D++A +SI+ LKQSGID
Sbjct 70 NILKMIQLGLTFSNEQGNLPTCGTDKYCIWQFNFREFDLDSDIFALDSIELLKQSGIDLA 129
Query 132 KQQKKGVEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFEL 191
K G++ F EL+M+SG+V+NE+V W++FH YDFGYLLKLLTC+ LP+S+ FF+L
Sbjct 130 KNTLDGIDSKRFAELLMSSGIVLNENVHWVTFHSGYDFGYLLKLLTCQNLPDSQTDFFKL 189
Query 192 VQDFFPSLYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFN 251
+ +FP++YDIK L++ F S L K++E L VER+G HQAGSDSL+T TF
Sbjct 190 INVYFPTVYDIKHLMK----FCNSLHGGLNKLAELLEVERVGICHQAGSDSLLTSCTFRK 245
Query 252 LVESYFDGKIDEAKFSGVIYGLG 274
L E++F G + K+SGV+YGLG
Sbjct 246 LKENFFVGPL--HKYSGVLYGLG 266
> 7294634
Length=406
Score = 266 bits (679), Expect = 4e-71, Method: Compositional matrix adjust.
Identities = 124/236 (52%), Positives = 173/236 (73%), Gaps = 7/236 (2%)
Query 22 IIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTS---NALDYNYRTVKYNVDL 78
I +VW NLEEE IR VV++Y Y+A+DTEFPG+VARP + DY+Y+ ++ NVDL
Sbjct 25 IRDVWKQNLEEEFRTIRKVVQKYHYVAMDTEFPGVVARPVGEFRSTADYHYQLLRCNVDL 84
Query 79 LKVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKGV 138
L++IQLGLTF D G+ G TWQFNF+F+L+EDMYAQ+SID L+ SGI F K ++ G+
Sbjct 85 LRIIQLGLTFMDDDGKTPPGYSTWQFNFKFNLSEDMYAQDSIDLLQNSGIQFKKHEEDGI 144
Query 139 EVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFPS 198
+ DF EL+M+SG+V+ E++KW+ FH YDFGYLLKLLT + LP E+ FF+L+ +FP+
Sbjct 145 DPIDFAELLMSSGIVLVENIKWLCFHSGYDFGYLLKLLTDQNLPPDESEFFDLLHIYFPN 204
Query 199 LYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVE 254
++DIK+L++ N LQ+V++QL + R+GPQHQAGSD+L+T FF + E
Sbjct 205 IFDIKYLMKSCKNLK----GGLQEVADQLELRRVGPQHQAGSDALLTGMAFFKMRE 256
> SPCC18.06c
Length=332
Score = 263 bits (673), Expect = 2e-70, Method: Compositional matrix adjust.
Identities = 125/265 (47%), Positives = 180/265 (67%), Gaps = 11/265 (4%)
Query 16 DGLRGQII---EVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPT---SNALDYNY 69
DG+ QI +VW+ NL++E++ I ++ERYP +++DTEFPG+VARP ++ DY+Y
Sbjct 13 DGISSQISPIRDVWSTNLQQEMNLIMSLIERYPVVSMDTEFPGVVARPLGVFKSSDDYHY 72
Query 70 RTVKYNVDLLKVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGID 129
+T++ NVD LK+IQ+GL +D G CTWQFNF F+L +DMYA SI+ L +SGID
Sbjct 73 QTLRANVDSLKIIQIGLALSDEEGNAPVEACTWQFNFTFNLQDDMYAPESIELLTKSGID 132
Query 130 FDKQQKKGVEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFF 189
F K Q+ G+E DF EL++ SGLV+ E+V WI+FH YDF YLLK +T LP F+
Sbjct 133 FKKHQEVGIEPADFAELLIGSGLVLQEEVTWITFHSGYDFAYLLKAMTQIPLPAEYEEFY 192
Query 190 ELVQDFFPSLYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTF 249
+++ +FP YDIK++++ + L+ LQ +++ L + RIGPQHQAGSD+L+T R F
Sbjct 193 KILCIYFPKNYDIKYIMKSV----LNNSKGLQDIADDLQIHRIGPQHQAGSDALLTARIF 248
Query 250 FNLVESYFDGKIDEAKFSGVIYGLG 274
F + YFDG ID ++ +YGLG
Sbjct 249 FEIRSRYFDGSID-SRMLNQLYGLG 272
> At5g10960
Length=277
Score = 258 bits (660), Expect = 8e-69, Method: Compositional matrix adjust.
Identities = 134/262 (51%), Positives = 184/262 (70%), Gaps = 14/262 (5%)
Query 21 QIIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTSNAL---DYNYRTVKYNVD 77
I EVW +NL EE IR++V+++ YIA+DTEFPG+V +P + D NYRT+K NVD
Sbjct 11 MIREVWDYNLVEEFALIREIVDKFSYIAMDTEFPGVVLKPVATFKYNNDLNYRTLKENVD 70
Query 78 LLKVIQLGLTFADSRGRLAE-GT---CTWQFNFR-FDLNEDMYAQNSIDFLKQSGIDFDK 132
LLK+IQ+GLTF+D G L GT C WQFNFR F++ ED+YA SI+ L+Q GIDF K
Sbjct 71 LLKLIQVGLTFSDENGNLPTCGTDKFCIWQFNFREFNIGEDIYASESIELLRQCGIDFKK 130
Query 133 QQKKGVEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELV 192
+KG++V FGEL+M+SG+V+N+ + W++FHG YDFGYL+KLLTC+ LP + FF+L+
Sbjct 131 NIEKGIDVVRFGELMMSSGIVLNDAISWVTFHGGYDFGYLVKLLTCKELPLKQADFFKLL 190
Query 193 QDFFPSLYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNL 252
+FP++YDIK L+ F L +++E + VER+G HQAGSDSL+T +F L
Sbjct 191 YVYFPTVYDIKHLM----TFCNGLFGGLNRLAELMGVERVGICHQAGSDSLLTLGSFRKL 246
Query 253 VESYFDGKIDEAKFSGVIYGLG 274
E YF G + K++GV+YGLG
Sbjct 247 KERYFPGSTE--KYTGVLYGLG 266
> Hs17978500
Length=221
Score = 258 bits (659), Expect = 9e-69, Method: Compositional matrix adjust.
Identities = 124/225 (55%), Positives = 164/225 (72%), Gaps = 9/225 (4%)
Query 34 LDRIRDVVERYPYIALDTEFPGIVARPT----SNALDYNYRTVKYNVDLLKVIQLGLTFA 89
+ +IR V+ +Y Y+A+DTEFPG+VARP SNA DY Y+ ++ NVDLLK+IQLGLTF
Sbjct 1 MKKIRQVIRKYNYVAMDTEFPGVVARPIGEFRSNA-DYQYQLLRCNVDLLKIIQLGLTFM 59
Query 90 DSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKGVEVHDFGELIMN 149
+ +G GT TWQFNF+F+L EDMYAQ+SI+ L SGI F K +++G+E F EL+M
Sbjct 60 NEQGEYPPGTSTWQFNFKFNLTEDMYAQDSIELLTTSGIQFKKHEEEGIETQYFAELLMT 119
Query 150 SGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFPSLYDIKFLLRDL 209
SG+V+ E VKW+SFH YDFGYL+K+LT LPE E FFE+++ FFP +YD+K+L++
Sbjct 120 SGVVLCEGVKWLSFHSGYDFGYLIKILTNSNLPEEELDFFEILRLFFPVIYDVKYLMKSC 179
Query 210 PNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVE 254
N LQ+V+EQL +ERIGPQHQAGSDSL+T FF + E
Sbjct 180 KNLK----GGLQEVAEQLELERIGPQHQAGSDSLLTGMAFFKMRE 220
> At2g32070
Length=252
Score = 256 bits (653), Expect = 5e-68, Method: Compositional matrix adjust.
Identities = 131/247 (53%), Positives = 179/247 (72%), Gaps = 15/247 (6%)
Query 37 IRDVVERYPYIALDTEFPGIVARPT---SNALDYNYRTVKYNVDLLKVIQLGLTFADSRG 93
IR+VV+ +P++A+DTEFPGIV RP +Y+Y T+K NV++LK+IQLGLTF+D +G
Sbjct 4 IREVVDDFPFVAMDTEFPGIVCRPVGTFKTNTEYHYETLKTNVNILKMIQLGLTFSDEKG 63
Query 94 RLAE-GT----CTWQFNFR-FDLNEDMYAQNSIDFLKQSGIDFDKQQKKGVEVHDFGELI 147
L GT C WQFNFR FDL D+YA +SI+ L+QSGIDF K + G++ F EL+
Sbjct 64 NLPTCGTDNKYCIWQFNFREFDLESDIYATDSIELLRQSGIDFVKNNEFGIDSKRFAELL 123
Query 148 MNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFPSLYDIKFLLR 207
M+SG+V+NE+V W++FH YDFGYLLKLLTC+ LPE++ FFE++ +FP +YDIK L++
Sbjct 124 MSSGIVLNENVHWVTFHSGYDFGYLLKLLTCQNLPETQTGFFEMISVYFPRVYDIKHLMK 183
Query 208 DLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESYFDGKIDEAKFS 267
F S L K++E L+VER+G HQAGSDSL+T TF L E++F G ++ K+S
Sbjct 184 ----FCNSLHGGLNKLAELLDVERVGICHQAGSDSLLTSCTFRKLQENFFIGSME--KYS 237
Query 268 GVIYGLG 274
GV+YGLG
Sbjct 238 GVLYGLG 244
> ECU08g0850
Length=262
Score = 245 bits (626), Expect = 7e-65, Method: Compositional matrix adjust.
Identities = 120/245 (48%), Positives = 167/245 (68%), Gaps = 7/245 (2%)
Query 20 GQIIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPT---SNALDYNYRTVKYNV 76
GQI+ VW NL E+ +I ++ RY YI++DTEFPG+VA+P ++ + Y+ +K NV
Sbjct 4 GQILNVWKDNLHGEMRKISQLIGRYNYISMDTEFPGVVAKPIGSFKSSSSFAYQQLKCNV 63
Query 77 DLLKVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKK 136
D+LK+IQLG++ +D +G TWQFNF F L DMYAQ SID L Q+ IDF + +++
Sbjct 64 DILKIIQLGISLSDEQGNRPCPISTWQFNFAFSLETDMYAQESIDLLIQARIDFKEHERR 123
Query 137 GVEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFF 196
G++V +FGE++M SGLVM+EDV W+SFH YDFGYL+K+LTC LPE E F+ L+ F
Sbjct 124 GIKVEEFGEVLMTSGLVMSEDVVWVSFHSAYDFGYLIKILTCNPLPEREEDFYRLLAALF 183
Query 197 PSLYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESY 256
P YDIKFL+++ + L +G LQ++S L + R G QHQAGSD+L+T FF E
Sbjct 184 PDFYDIKFLVQN--SKYLKKG--LQEISNDLGLVRDGIQHQAGSDALLTSHAFFKTREVL 239
Query 257 FDGKI 261
F+ I
Sbjct 240 FNRSI 244
> At1g15920
Length=286
Score = 240 bits (612), Expect = 3e-63, Method: Compositional matrix adjust.
Identities = 125/267 (46%), Positives = 180/267 (67%), Gaps = 20/267 (7%)
Query 21 QIIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVAR---------PTSNALDYNYRT 71
+I EVW HNLE+E+ I ++ +PY+A+DTEFPGIV + P S +YNY T
Sbjct 15 EIREVWNHNLEQEMALIEQSIDDFPYVAMDTEFPGIVCKTVTANPNPNPYSIHYEYNYDT 74
Query 72 VKYNVDLLKVIQLGLTFADSRGRLAE-GT---CTWQFNFR-FDLNEDMYAQNSIDFLKQS 126
+K NV++LK+IQLGLT +D +G L GT C WQFNFR F++ DM+A +SI+ L++S
Sbjct 75 LKANVNMLKLIQLGLTLSDEKGNLPTCGTNKQCIWQFNFREFNVISDMFALDSIELLRKS 134
Query 127 GIDFDKQQKKGVEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESEN 186
ID +K + GV+ F EL+M SG+V+N+ + W++FH YDFGYLLKLL+ + LPE +
Sbjct 135 AIDLEKNNECGVDAKRFAELLMGSGVVLNDKIHWVTFHCGYDFGYLLKLLSGKELPEEIS 194
Query 187 AFFELVQDFFPSLYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTC 246
FF+ ++ FFP +YDIK+L+ F + L+K++E L V+R+G HQAGSDSL+T
Sbjct 195 DFFDQMEKFFPVVYDIKYLM----GFCTNLYGGLEKIAELLGVKRVGISHQAGSDSLLTL 250
Query 247 RTFFNLVESYFDGKIDEAKFSGVIYGL 273
RTF + E +F G + K+SG ++GL
Sbjct 251 RTFIKMKEFFFTGSL--LKYSGFLFGL 275
> CE22588
Length=310
Score = 218 bits (555), Expect = 1e-56, Method: Compositional matrix adjust.
Identities = 110/259 (42%), Positives = 160/259 (61%), Gaps = 5/259 (1%)
Query 21 QIIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTS---NALDYNYRTVKYNVD 77
+I V+ N+EEE RIR VE YPY+A+DTEFPG+VA P + D+NY+ V NV+
Sbjct 22 KIHNVYMSNVEEEFARIRGFVEDYPYVAMDTEFPGVVATPLGTFRSKEDFNYQQVFCNVN 81
Query 78 LLKVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKG 137
+LK+IQ+G + +G L WQFNF F EDM++ S++ L+Q+GIDF Q G
Sbjct 82 MLKLIQVGFAMVNDKGELPPTGDVWQFNFNFSFAEDMFSHESVEMLRQAGIDFTLLQNNG 141
Query 138 VEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFP 197
+ FGEL+ SGL+ + + W++F YDFGYLLK +T LP+ E+ FF + FP
Sbjct 142 IPTAVFGELLTTSGLITDPRITWLTFSSGYDFGYLLKSITLGDLPKEESTFFMCHKTLFP 201
Query 198 SLYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESYF 257
+ +DIK LLR + LQ+V++QL+V+R G +HQAGSD+L+T TFF + + +F
Sbjct 202 TSFDIKILLRTPNCASAKLKGGLQEVADQLDVKRQGVRHQAGSDALLTAATFFKIKKQFF 261
Query 258 DGKIDEAK--FSGVIYGLG 274
++ G ++GLG
Sbjct 262 GDNWNQIAPLICGHMFGLG 280
> At5g22250
Length=278
Score = 202 bits (514), Expect = 6e-52, Method: Compositional matrix adjust.
Identities = 117/268 (43%), Positives = 169/268 (63%), Gaps = 22/268 (8%)
Query 22 IIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTSNAL-----DYNYRTVKYNV 76
I +VWA+NLE E D IR +VE YP+I++DTEFPG++ + + L +Y Y +K NV
Sbjct 14 IRDVWAYNLESEFDLIRGIVEDYPFISMDTEFPGVIYKADLDVLRRGNPNYLYNLLKSNV 73
Query 77 DLLKVIQLGLTFADSRGRLAE------GTCTWQFNFR-FDLNEDMYAQNSIDFLKQSGID 129
D L +IQ+GLT +D+ G L + W+FNFR FD+ D +A +SI+ L++ GID
Sbjct 74 DALSLIQVGLTLSDADGNLPDLGGQKNRRYIWEFNFRDFDVERDPHAPDSIELLRRHGID 133
Query 130 FDKQQKKGVEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFF 189
F++ +++GVE F EL+M+SGL+ NE V W++FH YDFGYL+K+LT LP + F
Sbjct 134 FERNRREGVESERFAELMMSSGLICNESVSWVTFHSAYDFGYLVKILTRRQLPVALREFL 193
Query 190 ELVQDFF-PSLYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVER-IGPQHQAGSDSLVTCR 247
L++ FF +YD+K ++R L G L +V+ L V R +G HQAGSDSL+T +
Sbjct 194 GLLRAFFGDRVYDVKHIMR-FCEQRLYGG--LDRVARSLEVNRAVGKCHQAGSDSLLTWQ 250
Query 248 TFFNLVESYF--DGKIDEAKFSGVIYGL 273
F + + YF DG K +GV+YGL
Sbjct 251 AFQRMRDLYFVEDGA---EKHAGVLYGL 275
> At3g44260
Length=280
Score = 187 bits (476), Expect = 2e-47, Method: Compositional matrix adjust.
Identities = 113/272 (41%), Positives = 165/272 (60%), Gaps = 21/272 (7%)
Query 16 DGLRGQIIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPT---SNALDYNYRTV 72
DG+ EVWA NLE E + I ++++ YP+I++DTEFPG++ + +N D Y +
Sbjct 13 DGVTVVTREVWAENLESEFELISEIIDDYPFISMDTEFPGVIFKSDLRFTNPDDL-YTLL 71
Query 73 KYNVDLLKVIQLGLTFADSRGRLAE------GTCTWQFNFR-FDLNEDMYAQNSIDFLKQ 125
K NVD L +IQ+GLT +D G L + W+FNFR FD+ D +A +SI+ L++
Sbjct 72 KANVDALSLIQVGLTLSDVNGNLPDLGDDLHRGFIWEFNFRDFDVARDAHAPDSIELLRR 131
Query 126 SGIDFDKQQKKGVEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESE 185
GIDF++ + GVE F EL+M+SGLV NE+V W++FH YDFGYL+K+LT LP +
Sbjct 132 QGIDFERNCRDGVESERFAELMMSSGLVCNEEVSWVTFHSAYDFGYLMKILTRRELPGAL 191
Query 186 NAFFELVQDFF-PSLYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVER-IGPQHQAGSDSL 243
F +++ F +YD+K +++ L G L +V+ L V R +G HQAGSDSL
Sbjct 192 GEFKRVMRVLFGERVYDVKHMMK-FCERRLFGG--LDRVARTLEVNRAVGKCHQAGSDSL 248
Query 244 VTCRTFFNLVESYF--DGKIDEAKFSGVIYGL 273
+T F + + YF DG K +GV+YGL
Sbjct 249 LTWHAFQRMRDLYFVQDGP---EKHAGVLYGL 277
> YNR052c
Length=433
Score = 172 bits (437), Expect = 5e-43, Method: Compositional matrix adjust.
Identities = 91/270 (33%), Positives = 156/270 (57%), Gaps = 18/270 (6%)
Query 22 IIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTS---NALDYNYRTVKYNVDL 78
+ +VW NL E IR +V +Y ++++ TEF G +ARP + +DY+Y+T++ NVD
Sbjct 160 VRDVWKSNLYSEFAVIRQLVSQYNHVSISTEFVGTLARPIGTFRSKVDYHYQTMRANVDF 219
Query 79 LKVIQLGLTFADSRGRLAE-GTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKG 137
L IQLGL+ +D+ G + G TWQFNF FD +++ + S++ L++SGI+F+K + G
Sbjct 220 LNPIQLGLSLSDANGNKPDNGPSTWQFNFEFDPKKEIMSTESLELLRKSGINFEKHENLG 279
Query 138 VEVHDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFP 197
++V +F +L+M+SGL+M++ V WI++H YD G+L+ +L +++P ++ F V + P
Sbjct 280 IDVFEFSQLLMDSGLMMDDSVTWITYHAAYDLGFLINILMNDSMPNNKEDFEWWVHQYMP 339
Query 198 SLYDIKFLLRDLPNFN-----------LSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTC 246
+ YD+ + + + F Q SL ++++L + R G SL+
Sbjct 340 NFYDLNLVYKIIQEFKNPQLQQSSQQQQQQQYSLTTLADELGLPRFSIFTTTGGQSLLML 399
Query 247 RTFFNLVE---SYFDGKIDEAKFSGVIYGL 273
+F L + F D AK+ GVIYG+
Sbjct 400 LSFCQLSKLSMHKFPNGTDFAKYQGVIYGI 429
> At1g61470
Length=278
Score = 140 bits (354), Expect = 2e-33, Method: Compositional matrix adjust.
Identities = 91/238 (38%), Positives = 132/238 (55%), Gaps = 20/238 (8%)
Query 24 EVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTSNALD-YNYRTVKYNVDLLKVI 82
EVW N + E++ IRD ++ IA+DTEFPG + +A D YR +K+NVD +I
Sbjct 4 EVWRWNKQAEMNSIRDCLKHCNSIAIDTEFPGCLKETPMDASDEIRYRDMKFNVDNTHLI 63
Query 83 QLGLTFADSRGRLAEG-TCTWQFNFRFDLNEDMYAQN--SIDFLKQSGIDFDKQQKKGVE 139
QLGLT +G T TW+ N D NE +N SI FLK +G+D DK +++G+
Sbjct 64 QLGLTL------FGKGITKTWEINLS-DFNESKSLKNDKSIAFLKNNGLDLDKIREEGIG 116
Query 140 VHDFGELIMNSGLVMNED---VKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFF 196
+ +F M ++NE ++W++F G YD YLLK LT + LPE+ F E VQ
Sbjct 117 IEEF---FMEFSQILNEKHGKMRWVTFQGSYDKAYLLKGLTRKPLPETSKEFDETVQQLL 173
Query 197 PS-LYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLV 253
+YD+K + LS LQ++++ L + R+G H AGSDS +T R F L+
Sbjct 174 GRFVYDVKKMAGLCS--GLSSRFGLQRIADVLQMRRVGKAHHAGSDSELTARVFTKLI 229
> At1g06450
Length=360
Score = 139 bits (350), Expect = 6e-33, Method: Compositional matrix adjust.
Identities = 85/253 (33%), Positives = 136/253 (53%), Gaps = 12/253 (4%)
Query 25 VWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPT-SNALDYNYRTVKYNVDLLKVIQ 83
VW N++EE+ R+ + ++R+P IA DTE+PGI+ R ++ D YR +K NV+ K+IQ
Sbjct 12 VWRSNVDEEMARMAECLKRFPLIAFDTEYPGIIFRTYFDSSSDECYRAMKGNVENTKLIQ 71
Query 84 LGLTFADSRGRLAEGTCTWQFNF-RFDLNEDMYAQNSIDFLKQSGIDFDKQQKKGVEVHD 142
G T +++G + W+ NF F D + SI+FL++ G+D K + +GV++
Sbjct 72 CGFTLFNAKGEIGG---VWEINFSNFGDPSDTRNELSIEFLRRHGLDLQKIRDEGVDMFG 128
Query 143 FGELI-MNSGLVMNEDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFPSLYD 201
+G + + + V++++F G YDF Y L +L LPE+ F V F +YD
Sbjct 129 YGFFPKLMTVFRSQKHVEFVTFQGAYDFAYFLSILNHGKLPETHGEFATEVVKVFGQVYD 188
Query 202 IKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESYFDGKI 261
K + L + L K+++ L + R+G H AGSDSL+T F L Y D +
Sbjct 189 TKVMAGFCE--GLGEHLGLSKLAQLLQITRVGRAHHAGSDSLMTALVFIKLKHVYEDSRF 246
Query 262 DEAKFSGVIYGLG 274
G+IYG+G
Sbjct 247 AR----GLIYGIG 255
> At1g27820
Length=310
Score = 133 bits (335), Expect = 3e-31, Method: Compositional matrix adjust.
Identities = 84/238 (35%), Positives = 129/238 (54%), Gaps = 18/238 (7%)
Query 24 EVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVAR-PTSNALDYNYRTVKYNVDLLKVI 82
EVW N E E++ IRD ++ IA+DTEFPG + P + + YR +K+NVD +I
Sbjct 8 EVWRWNKEVEMNSIRDCLKHCSSIAIDTEFPGCLKETPMDASEEIRYRDMKFNVDNTHLI 67
Query 83 QLGLTFADSRGRLAEGTCTWQFNFR-FDLNEDMYAQNSIDFLKQSGIDFDKQQKKGVEV- 140
QLG T D RG TW+ N FD ++ SI FLK +G++ DK +++G+ +
Sbjct 68 QLGFTLFDRRGFAK----TWEINLSDFDEHKCFKNDKSIAFLKSNGLNLDKIREEGIGID 123
Query 141 ---HDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLT-CEALPESENAFFELVQDFF 196
DF +++ + + W++F G YD YL+K LT + LPE++ F E VQ
Sbjct 124 EFFRDFSQILTEK----DGKITWVNFQGSYDNAYLVKGLTGGKPLPETKEEFHETVQQLL 179
Query 197 PS-LYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLV 253
++D+K + LS LQ++++ L ++R+G H AGSDS +T R F L
Sbjct 180 GKFVFDVKKIAESCS--GLSSQFGLQRIADVLQMKRVGKAHHAGSDSELTARVFTKLT 235
> At1g27890
Length=302
Score = 130 bits (327), Expect = 3e-30, Method: Compositional matrix adjust.
Identities = 87/239 (36%), Positives = 131/239 (54%), Gaps = 20/239 (8%)
Query 24 EVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVAR-PTSNALDYNYRTVKYNVDLLKVI 82
EVW N E E+D IRD ++ + IA+DTEFPG + P + + YR +K+NVD +I
Sbjct 3 EVWRWNKEVEMDSIRDCLKHFSSIAIDTEFPGCLKETPMDASEEIRYRDMKFNVDNTHLI 62
Query 83 QLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQN--SIDFLKQSGIDFDKQQKKGVEV 140
QLG T D RG T TW+ N D NE +N SI FLK +G++ DK ++G+ +
Sbjct 63 QLGFTLFDRRGI----TKTWEINLS-DFNEHKCFKNDKSIAFLKSNGLNLDKIGEEGIGI 117
Query 141 ----HDFGELIMNSGLVMNEDVKWISFHGCYDFGYLLKLLT-CEALPESENAFFELVQDF 195
DF +++ + + W++F G YD YL+K LT + LPE++ F E V+
Sbjct 118 EEFFRDFSQILKEK----DGKITWVNFQGSYDNAYLVKGLTGGKPLPETKEEFHETVEQL 173
Query 196 FPS-LYDIKFLLRDLPNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLV 253
++D+K + LS LQ++++ L ++R+G H AGSDS +T R F L
Sbjct 174 LGKFVFDVKKIAESCS--GLSSRFGLQRIADVLQMKRVGKAHHAGSDSELTARVFTKLT 230
> Hs17433778_2
Length=125
Score = 130 bits (326), Expect = 4e-30, Method: Compositional matrix adjust.
Identities = 62/117 (52%), Positives = 83/117 (70%), Gaps = 5/117 (4%)
Query 21 QIIEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPT----SNALDYNYRTVKYNV 76
+I EVWA NL+EE+ +IR V+ +Y Y+A+ TEFPG+VARP SN DY Y+ ++ NV
Sbjct 10 RICEVWACNLDEEMKKIRQVIRKYHYVAMVTEFPGVVARPIRELRSNP-DYQYQLLQCNV 68
Query 77 DLLKVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQ 133
D LK+IQLGLTF + +G GT TWQ NF+F+L EDM+AQ+SI+ L S I + K
Sbjct 69 DFLKIIQLGLTFMNEQGEYPPGTSTWQLNFKFNLMEDMHAQHSIELLTTSDIQYKKH 125
> At3g44240
Length=239
Score = 127 bits (319), Expect = 3e-29, Method: Compositional matrix adjust.
Identities = 72/221 (32%), Positives = 117/221 (52%), Gaps = 6/221 (2%)
Query 37 IRDVVERYPYIALDTEFPGIVARPTSNALDY-NYRTVKYNVDLLKVIQLGLTFADSRGRL 95
I D + Y +IA+DTEFP + T +A D Y + ++VD K+IQLGLT D GR+
Sbjct 4 IEDCLRSYRFIAIDTEFPSTLRETTQHATDEERYMDMSFSVDRAKLIQLGLTLFDINGRI 63
Query 96 AEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKGVEVHDFGELIMNSGLVMN 155
TW+ NF +D + SI+FL+++G+D K +++G+ + F +
Sbjct 64 G---GTWEINFSDFGVDDARNEKSIEFLRRNGLDLRKIREEGIRIEGFFSEMFWMLKKTR 120
Query 156 EDVKWISFHGCYDFGYLLKLLTCEALPESENAFFELVQDFFPSLYDIKFLLRDLPNFNLS 215
++ W++FHG YD YLLK T EALP + F + V S+YD+K + LS
Sbjct 121 RNITWVTFHGSYDIAYLLKGFTGEALPVTSERFSKAVARVLGSVYDLKVMAGRCE--GLS 178
Query 216 QGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESY 256
L+ ++ + + R+G H AGS++ +T F ++ +
Sbjct 179 SRLGLETLAHEFGLNRVGTAHHAGSNNELTAMVFAKVLSPF 219
> SPBC29A10.09c
Length=427
Score = 40.0 bits (92), Expect = 0.005, Method: Compositional matrix adjust.
Identities = 30/126 (23%), Positives = 56/126 (44%), Gaps = 10/126 (7%)
Query 23 IEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVAR---PTSNALDYNYRTVKYNVDLL 79
+E+ N E L + V+ Y+++D EF G++ N L Y ++ +
Sbjct 1 MEIHGKNFLETLKELEKHVDSAHYVSIDCEFSGLLRDFNLNNKNTLQDRYELLRKSSIRY 60
Query 80 KVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQ-------NSIDFLKQSGIDFDK 132
++Q+G+TF + N + ++++ + +SI FL Q G DF+K
Sbjct 61 TILQIGITFIYLQNNGKSSCIPVNINVSPLVKDELHLKRDFCSEASSIKFLIQQGFDFNK 120
Query 133 QQKKGV 138
Q +GV
Sbjct 121 QLTEGV 126
> YJL207c
Length=2014
Score = 38.1 bits (87), Expect = 0.019, Method: Compositional matrix adjust.
Identities = 25/70 (35%), Positives = 35/70 (50%), Gaps = 1/70 (1%)
Query 202 IKFLLRDL-PNFNLSQGSSLQKVSEQLNVERIGPQHQAGSDSLVTCRTFFNLVESYFDGK 260
IK +D+ N +LSQ S K+ Q + E I HQ S S+ C +FF S + K
Sbjct 1893 IKRFFQDIQTNDSLSQASIKTKLIIQFSEEVIKQDHQKASLSIALCLSFFAAYHSAYTEK 1952
Query 261 IDEAKFSGVI 270
ID SG++
Sbjct 1953 IDNEVASGIV 1962
> Hs4505611
Length=639
Score = 37.4 bits (85), Expect = 0.031, Method: Compositional matrix adjust.
Identities = 38/138 (27%), Positives = 60/138 (43%), Gaps = 29/138 (21%)
Query 23 IEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVARPTSNALDYNYRTV--------KY 74
+E+ N + L ++ +E + A+D EF GI P+ +AL + T K+
Sbjct 1 MEIIRSNFKSNLHKVYQAIEEADFFAIDGEFSGISDGPSVSALTNGFDTPEERYQKLKKH 60
Query 75 NVDLLKVIQLGLT-----FADSRGRLAEGTCTWQFNF--------RFDLNEDMYAQ-NSI 120
++D L + Q GL + DS+ T FNF R + Q +SI
Sbjct 61 SMDFL-LFQFGLCTFKYDYTDSK------YITKSFNFYVFPKPFNRSSPDVKFVCQSSSI 113
Query 121 DFLKQSGIDFDKQQKKGV 138
DFL G DF+K + G+
Sbjct 114 DFLASQGFDFNKVFRNGI 131
> At1g55870
Length=672
Score = 37.0 bits (84), Expect = 0.041, Method: Compositional matrix adjust.
Identities = 33/127 (25%), Positives = 60/127 (47%), Gaps = 20/127 (15%)
Query 29 NLEEELDRIRDVVERYPYIALDTEFPGIVARPTSNALDYN-----YRTVKYNVDLLKVIQ 83
N E L+ +R +V+ ++A+D E G+ + P ++L+++ Y VK + + V+Q
Sbjct 45 NFETTLNDLRSLVKAADFVAIDLEMTGVTSAPWRDSLEFDRYDVRYLKVKDSAEKFAVVQ 104
Query 84 LGLT--FADSRGRLAEGTCTWQFNF----RFDLNEDMYAQ------NSIDFLKQSGIDFD 131
G+ DSR + ++ NF R +L D A S+DFL + DF+
Sbjct 105 FGVCPFRWDSR---TQSFVSYPHNFFVFPRQELTFDPPAHEFLCQTTSMDFLAKYQFDFN 161
Query 132 KQQKKGV 138
+G+
Sbjct 162 TCIHEGI 168
> SPAC1565.05
Length=773
Score = 31.2 bits (69), Expect = 2.3, Method: Compositional matrix adjust.
Identities = 16/48 (33%), Positives = 27/48 (56%), Gaps = 3/48 (6%)
Query 15 GDGLRGQI---IEVWAHNLEEELDRIRDVVERYPYIALDTEFPGIVAR 59
G +R Q+ I++ H+L +EL +R + E+ I D +F G+V R
Sbjct 435 GPSMRDQLLKNIQLQDHSLRDELISLRSLAEQKNTIEFDAKFLGVVER 482
> Hs15619010
Length=3174
Score = 31.2 bits (69), Expect = 2.5, Method: Compositional matrix adjust.
Identities = 20/87 (22%), Positives = 41/87 (47%), Gaps = 9/87 (10%)
Query 75 NVDLLKVIQLGLTFADSRGRLAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQ 134
D+L + + G+ F ++G + TC WQ++F ++ + I ++ I+ ++
Sbjct 3083 KTDMLMITRRGVLFV-TKGTFGQLTCEWQYSF-----DEFTKEPFIVHGRRLRIEAKERV 3136
Query 135 KKGVEVHDFGELIMNSGLVMNEDVKWI 161
K +FG++I ED +WI
Sbjct 3137 KSVFHAREFGKII---NFKTPEDARWI 3160
> At1g75850
Length=838
Score = 29.6 bits (65), Expect = 6.6, Method: Compositional matrix adjust.
Identities = 20/60 (33%), Positives = 30/60 (50%), Gaps = 3/60 (5%)
Query 95 LAEGTCTWQFNFRFDLNEDMYAQNSIDFLKQSGIDFDKQQKKGVEVHDFGELIMNSGLVM 154
L+ C QF F N DM A D L+Q I F + + G+ V D EL+ ++G ++
Sbjct 75 LSIHACVDQFLIIFPSNLDMRA---FDQLRQLEIFFKDESRHGLPVVDLYELVQHAGNIL 131
Lambda K H
0.322 0.141 0.427
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 5914813682
Database: kyva
Posted date: Jul 3, 2009 9:03 AM
Number of letters in database: 47,500,486
Number of sequences in database: 112,920
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40