bitscore colors: <40, 40-50 , 50-80, 80-200, >200
BLASTP 2.2.30+
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: Microviridae_proteins.fasta
575 sequences; 147,441 total letters
Query= Contig-13_CDS_annotation_glimmer3.pl_2_5
Length=313
Score E
Sequences producing significant alignments: (Bits) Value
Alpavirinae_Human_feces_A_047_Microviridae_AG0312_putative.VP4 394 2e-138
Alpavirinae_Human_feces_C_029_Microviridae_AG0108_putative.VP4 378 7e-133
Alpavirinae_Human_feces_B_020_Microviridae_AG0349_putative.VP4 372 1e-129
Alpavirinae_Human_feces_A_048_Microviridae_AG086_putative.VP4 358 2e-124
Alpavirinae_Human_feces_B_021_Microviridae_AG0372_putative.VP4 354 9e-123
Alpavirinae_Human_gut_31_037_Microviridae_AG0300_putative.VP4 293 3e-99
Alpavirinae_Human_feces_A_032_Microviridae_AG0216_putative.VP4 238 6e-78
Alpavirinae_Human_feces_B_023_Microviridae_AG0141_putative.VP4 224 3e-72
Alpavirinae_Human_gut_30_040_Microviridae_AG0139_putative.VP4 223 3e-71
Alpavirinae_Human_feces_A_016_Microviridae_AG002_putative.VP4 219 5e-70
> Alpavirinae_Human_feces_A_047_Microviridae_AG0312_putative.VP4
Length=332
Score = 394 bits (1011), Expect = 2e-138, Method: Compositional matrix adjust.
Identities = 187/274 (68%), Positives = 229/274 (84%), Gaps = 1/274 (0%)
Query 1 LRYVTAACGDCYECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQIKQKYNLKDN 60
LRY+TAACG C ECR+QKQRQW+VRMSEE RQ PNAYF+TLTIDDKSY ++ YN+ DN
Sbjct 31 LRYITAACGKCMECRQQKQRQWLVRMSEELRQEPNAYFITLTIDDKSYSELSNTYNITDN 90
Query 61 NDIATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEKVTNNWKY 120
N+IATKAIRLCLER+RK TGKS+KHWFITELGHEKTERLHLHGIVWG+G + +T+ W Y
Sbjct 91 NEIATKAIRLCLERIRKQTGKSIKHWFITELGHEKTERLHLHGIVWGIGTDKLITSKWNY 150
Query 121 GITFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRHVYIPGK 180
GITFTG+FVNEKTI+YITKYM K+DE+H F GKVLCS GIGAGY+KR+DAK+H Y G+
Sbjct 151 GITFTGFFVNEKTIQYITKYMTKIDEQHKDFIGKVLCSKGIGAGYIKRDDAKKHTYKRGE 210
Query 181 TNESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLKTEELRYNG 240
T E+YR+RNG K+NLPIYYRN++FTEEERE LFLDKIEKGIIY++G K+ EE Y
Sbjct 211 TIETYRLRNGSKINLPIYYRNQLFTEEEREALFLDKIEKGIIYVMGQKVHRDDEEY-YLQ 269
Query 241 VLASERERCERLYHDNPKEWDKRKYLNRVKKQRQ 274
+L R+ RLY N + W+++KYL+R+++Q++
Sbjct 270 LLDEGRKTECRLYGYNLQNWEQQKYLSRLRRQKK 303
> Alpavirinae_Human_feces_C_029_Microviridae_AG0108_putative.VP4
Length=291
Score = 378 bits (971), Expect = 7e-133, Method: Compositional matrix adjust.
Identities = 179/262 (68%), Positives = 220/262 (84%), Gaps = 1/262 (0%)
Query 13 ECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQIKQKYNLKDNNDIATKAIRLCL 72
ECR+QKQRQW+VRMSEE RQ PNAYF+TLTIDDKSY ++ YN+ DNN+IATKAIRLCL
Sbjct 2 ECRQQKQRQWLVRMSEELRQEPNAYFITLTIDDKSYSELSNTYNITDNNEIATKAIRLCL 61
Query 73 ERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEKVTNNWKYGITFTGYFVNEK 132
ER+RK TGKS+KHWFITELGHEKTERLHLHGIVWG+G + +TN W YGITFTG+FVNEK
Sbjct 62 ERIRKQTGKSIKHWFITELGHEKTERLHLHGIVWGIGTDKLITNKWNYGITFTGFFVNEK 121
Query 133 TIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRHVYIPGKTNESYRMRNGEK 192
TI+YITKYM K+DE+H F GKVLCS GIGAGY+KR+DAK+H Y PG+T E+YR+RNG K
Sbjct 122 TIQYITKYMTKIDEQHKDFIGKVLCSKGIGAGYIKRDDAKKHTYKPGETIETYRLRNGSK 181
Query 193 LNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLKTEELRYNGVLASERERCERL 252
+NLPIYYRN++FTEEE+E LFLDKIEKGIIY++G K+ EE Y +L R+ RL
Sbjct 182 INLPIYYRNQLFTEEEKEALFLDKIEKGIIYVMGQKVHRDDEEY-YLQLLNEGRKTECRL 240
Query 253 YHDNPKEWDKRKYLNRVKKQRQ 274
Y N + W+++KYL+R+++Q++
Sbjct 241 YGYNLQNWEQQKYLSRLRRQKK 262
> Alpavirinae_Human_feces_B_020_Microviridae_AG0349_putative.VP4
Length=332
Score = 372 bits (954), Expect = 1e-129, Method: Compositional matrix adjust.
Identities = 178/267 (67%), Positives = 213/267 (80%), Gaps = 1/267 (0%)
Query 1 LRYVTAACGDCYECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQIKQKYNLKDN 60
L YVTAACG C ECR+QKQRQW+VRMSEE RQ PNAYF+TLTIDD++Y ++ N KDN
Sbjct 31 LLYVTAACGKCMECRQQKQRQWLVRMSEELRQNPNAYFMTLTIDDENYNKLANICNSKDN 90
Query 61 NDIATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEKVTNNWKY 120
N+IATKA+RL LER+RK TGKS+KHWFITELGHEKTERLHLHGIVWG+G + ++ W Y
Sbjct 91 NEIATKAVRLMLERIRKKTGKSIKHWFITELGHEKTERLHLHGIVWGIGTDQLISEKWNY 150
Query 121 GITFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRHVYIPGK 180
G +TG FVNE TI YITKYM KVD HP F G+VLCS GIGAGY KREDA H Y GK
Sbjct 151 GFVYTGNFVNEATINYITKYMTKVDIDHPDFVGQVLCSKGIGAGYTKREDANNHKYTKGK 210
Query 181 TNESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLKTEELRYNG 240
TNE+YR+RNG K+NLPIYYRN++F+EEERE LFLDKIEKGIIY++G K+ + E Y G
Sbjct 211 TNETYRLRNGAKINLPIYYRNQLFSEEEREMLFLDKIEKGIIYVMGQKVH-RDNEAEYLG 269
Query 241 VLASERERCERLYHDNPKEWDKRKYLN 267
+L R+ +RLY + +EW+++KYLN
Sbjct 270 LLEEARKTEQRLYGVHEQEWEEQKYLN 296
> Alpavirinae_Human_feces_A_048_Microviridae_AG086_putative.VP4
Length=332
Score = 358 bits (919), Expect = 2e-124, Method: Compositional matrix adjust.
Identities = 175/272 (64%), Positives = 216/272 (79%), Gaps = 1/272 (0%)
Query 3 YVTAACGDCYECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQIKQKYNLKDNND 62
Y+TAACG C ECRKQKQR+W+VRMSEE R PNAYF+TLTI D++Y+ +K +D+N
Sbjct 33 YITAACGKCLECRKQKQREWLVRMSEELRTEPNAYFMTLTISDENYEILKNICKSEDDNT 92
Query 63 IATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEKVTNNWKYGI 122
IATKAIRL LER+RK TGKS+KHWFITELGHEKTERLHLHGIVWG+G + + W YGI
Sbjct 93 IATKAIRLMLERIRKKTGKSIKHWFITELGHEKTERLHLHGIVWGIGTDQLIEEKWNYGI 152
Query 123 TFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRHVYIPGKTN 182
T+TG +VNEKTI Y+TKYM K+DEKHP F GKVLCS GIGAGY KR DA +H Y G+T
Sbjct 153 TYTGNYVNEKTINYVTKYMTKIDEKHPDFVGKVLCSRGIGAGYTKRPDAAKHKYKKGETI 212
Query 183 ESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLKTEELRYNGVL 242
E+YR+RNG K+NLPIYYRNK+FTE+ERE LF+DKIEKGIIY++G K+ EE Y +L
Sbjct 213 ETYRLRNGAKINLPIYYRNKLFTEKERELLFIDKIEKGIIYVMGQKVHRDDEEY-YLQLL 271
Query 243 ASERERCERLYHDNPKEWDKRKYLNRVKKQRQ 274
R+ RLY N + W+K+KYL+R+++Q++
Sbjct 272 DEGRKTECRLYGYNLQNWEKQKYLSRLRRQKK 303
> Alpavirinae_Human_feces_B_021_Microviridae_AG0372_putative.VP4
Length=332
Score = 354 bits (908), Expect = 9e-123, Method: Compositional matrix adjust.
Identities = 171/267 (64%), Positives = 212/267 (79%), Gaps = 1/267 (0%)
Query 3 YVTAACGDCYECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQIKQKYNLKDNND 62
Y+TAACG C ECRKQKQR+W+VRMSEE R PNAYF+TLTI D++Y+ +K +D N
Sbjct 33 YITAACGKCLECRKQKQREWLVRMSEELRTEPNAYFMTLTISDENYEILKNICKSEDENT 92
Query 63 IATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEKVTNNWKYGI 122
IATKAIRL LER+RK GKS++HWFITELGHEKTERLHLHGIVWG+G + + W YGI
Sbjct 93 IATKAIRLMLERIRKKIGKSIRHWFITELGHEKTERLHLHGIVWGIGTDQLIREKWNYGI 152
Query 123 TFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRHVYIPGKTN 182
T+TG FVNEKTI YITKYM K+DE+HP F GKVLCS GIGAGY KR DA +H Y G+T
Sbjct 153 TYTGNFVNEKTINYITKYMTKIDEEHPNFVGKVLCSKGIGAGYTKRPDAAKHKYKKGETI 212
Query 183 ESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLKTEELRYNGVL 242
E+YR+RNG K+NLPIYYRNK+FTE+ERE LF+DKI+KGIIY+LG K+ + +E Y +L
Sbjct 213 ETYRLRNGAKINLPIYYRNKLFTEKERELLFIDKIDKGIIYVLGTKVH-RDDEKYYIQLL 271
Query 243 ASERERCERLYHDNPKEWDKRKYLNRV 269
R++ LY ++ +EW+++KYLNR+
Sbjct 272 EEGRKKENMLYGNHTQEWEQQKYLNRL 298
> Alpavirinae_Human_gut_31_037_Microviridae_AG0300_putative.VP4
Length=304
Score = 293 bits (750), Expect = 3e-99, Method: Compositional matrix adjust.
Identities = 150/274 (55%), Positives = 195/274 (71%), Gaps = 3/274 (1%)
Query 1 LRYVTAACGDCYECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQIKQKYNLKDN 60
LRYVTAACG CYECRKQK R W VR+SEE R PNA F+TLTI D+S+++IK Y +
Sbjct 31 LRYVTAACGKCYECRKQKGRAWQVRLSEEVRSDPNAIFVTLTISDESWEKIKNTYIQLSD 90
Query 61 NDIATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEKVTNN-WK 119
D K +RL LERVRK T KS+KHW TE G TER HLHG++WG N E +T + W+
Sbjct 91 EDCIKKMVRLFLERVRKKTKKSLKHWLTTERGGTNTERYHLHGLIWG-ENTEALTKSLWQ 149
Query 120 YGITFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRHVYIPG 179
YG F G FVNE T+ YITKY+ K D+KH F LCSAGIG GYL R D++ + + G
Sbjct 150 YGFVFIGTFVNECTVNYITKYITKTDKKHKDFEPITLCSAGIGKGYLSRSDSELNRFREG 209
Query 180 KTNESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLKTEELRYN 239
KT E+YR+RNG KLNLPIYYRNK++T+EEREKLFL+KI+KG ++I G + ++K + Y+
Sbjct 210 KTTETYRLRNGTKLNLPIYYRNKLYTDEEREKLFLEKIKKGKVWICGRECNIKDWKT-YS 268
Query 240 GVLASERERCERLYHDNPKEWDKRKYLNRVKKQR 273
+L E+ + ++L+ D+P +WD KY R+ +QR
Sbjct 269 QILKEEQIKAKQLHGDSPIDWDIAKYERRLARQR 302
> Alpavirinae_Human_feces_A_032_Microviridae_AG0216_putative.VP4
Length=314
Score = 238 bits (608), Expect = 6e-78, Method: Compositional matrix adjust.
Identities = 128/282 (45%), Positives = 182/282 (65%), Gaps = 13/282 (5%)
Query 1 LRYVTAACGDCYECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQI--------K 52
LRYV CG C ECRK+K R W +R++EE + PNA F+TLT ++++Y+++ K
Sbjct 29 LRYVPTKCGKCIECRKEKARNWRIRLAEELKNNPNALFITLTFNEENYQRLSWELFKKSK 88
Query 53 QKYNLKDNNDIATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGE 112
N + N++ A+R LER+RK T KS++HW +TE G E R+HLHGIVW +
Sbjct 89 DNLNYTEQNEMCKTAVRRWLERIRKKTKKSIRHWMVTEKG-EDYGRIHLHGIVWC---PK 144
Query 113 KVTNNWKYGITFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAK 172
+ W YG T+ G +VNE TI Y+TKYMLK+ EK P FRGKV+CSAGIG Y +AK
Sbjct 145 ERIEQWGYGYTYIGDYVNETTIAYVTKYMLKICEKWPDFRGKVMCSAGIGCRYETSYNAK 204
Query 173 RHVYIPGKTNESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLK 232
R+ Y +T E+Y++ NG +L LP YY +KI+TEEEREKL++ K E+G YI G K+
Sbjct 205 RNRYRGKETKETYKLENGRELPLPKYYHDKIYTEEEREKLWIIKQERGYRYIAGEKVSTD 264
Query 233 TEELRYNGVLASERERCERLYHDNPKEWDKRKYLNRVKKQRQ 274
E ++ + ++R E+LY D P++W++ K R++K RQ
Sbjct 265 NLE-EWDNLTKYYQKRAEQLYGDKPEDWEREKTKARLEKMRQ 305
> Alpavirinae_Human_feces_B_023_Microviridae_AG0141_putative.VP4
Length=316
Score = 224 bits (570), Expect = 3e-72, Method: Compositional matrix adjust.
Identities = 122/277 (44%), Positives = 178/277 (64%), Gaps = 8/277 (3%)
Query 1 LRYVTAACGDCYECRKQKQRQWMVRMSEENRQTPNA-YFLTLTIDDKSYKQIKQKYNLKD 59
L YV CG C ECR+QKQR W+VR+SEE R A F+TLT +++SYK++ K+
Sbjct 31 LFYVPVKCGKCIECRQQKQRAWIVRLSEELRSGKGAGLFVTLTFNEESYKELAAI--TKN 88
Query 60 NNDIATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEKVTNNWK 119
ND+ A+ E R+ +++HW +TE+G + R+H+HGI+W + + WK
Sbjct 89 ENDMCRLALYRMNENYRQKYKHTIRHWCVTEIGDDG--RIHIHGIMWCPASD--IERYWK 144
Query 120 YGITFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRHVYIPG 179
YG + G FVNE+TI YITKYMLK F KVLCS GIG YL R D+KR+ Y
Sbjct 145 YGYIYIGRFVNEQTILYITKYMLKYTPVDKNFEPKVLCSKGIGINYLDRLDSKRNTYREN 204
Query 180 KTNESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLKTEELRYN 239
T+ESY +R+G K+NLP YY+ KI+TEEEREKL+++K EKG YI+G K+ EE Y
Sbjct 205 NTDESYMLRSGRKINLPDYYKRKIYTEEEREKLWIEKQEKGYRYIMGEKVSTDNEEKVYK 264
Query 240 GVLASERERCERLYHDNPKEWDKRKYLNRVKKQRQWI 276
++ R++ + LY++ P+EWD+ K+ +K++++++
Sbjct 265 -LMEYWRKKAKELYNEKPQEWDREKHKKAIKRRKEYL 300
> Alpavirinae_Human_gut_30_040_Microviridae_AG0139_putative.VP4
Length=376
Score = 223 bits (568), Expect = 3e-71, Method: Compositional matrix adjust.
Identities = 130/289 (45%), Positives = 180/289 (62%), Gaps = 25/289 (9%)
Query 1 LRYVTAACGDCYECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQIKQKYNLK-- 58
L Y+ CG C ECRK+KQR+W VR+ EE + YF TLTID ++ K+I+ LK
Sbjct 31 LLYIPVKCGCCIECRKEKQREWRVRLEEE-MHSNFGYFTTLTIDQENIKKIESITGLKWE 89
Query 59 -DNNDIATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEKVTNN 117
+ N+IATKA+RL LER RK TGKS++HW +TELG EK R+HLHGI +G + E + +
Sbjct 90 ENPNEIATKALRLFLERTRKDTGKSIRHWCVTELG-EKNNRIHLHGIFFGQKSAELIRKH 148
Query 118 WKYGITFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRHVYI 177
W YG F G + N K+I YITKYMLKVD KHP+F+ VL S+GIG GY+ R D Y+
Sbjct 149 WNYGFIFIGGYCNSKSINYITKYMLKVDIKHPEFKQIVLASSGIGKGYIDRLD-----YL 203
Query 178 PGKTN------ESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDL 231
K N +Y RNG K+ +P YY+NKIFTE+EREK++++ + +G+++I G K+
Sbjct 204 WQKQNYKNINVATYTFRNGTKMAMPKYYKNKIFTEKEREKMWINNLNRGLLWIYGEKVKA 263
Query 232 KTEELRYNGVLASERERCER----LYHDNPKEWDKRKYLNRVKKQRQWI 276
E + + RE ++ DNP W+ K + +KQR+ I
Sbjct 264 DDWE-----TIDNLREYWQKYGRETMGDNPIAWNAMKERRKEEKQRRAI 307
> Alpavirinae_Human_feces_A_016_Microviridae_AG002_putative.VP4
Length=355
Score = 219 bits (558), Expect = 5e-70, Method: Compositional matrix adjust.
Identities = 132/317 (42%), Positives = 188/317 (59%), Gaps = 9/317 (3%)
Query 1 LRYVTAACGDCYECRKQKQRQWMVRMSEENRQTPNAYFLTLTIDDKSYKQIKQKYNLKDN 60
LRY+ CG C+ECRK+K+ W VR E+ R+TP A F T T+ + Y IK+KYNLK +
Sbjct 31 LRYIEVECGYCFECRKKKRNAWRVRNFEQLRETPTAIFFTGTVSPERYDYIKEKYNLKTD 90
Query 61 NDIATKAIRLCLERVRKLTGKSVKHWFITELGHEKTERLHLHGIVWGLGNGEK------V 114
N+I TK RL LER+RK TGKS+KHW +TE GH T R+HLHGI + + +
Sbjct 91 NEIITKIHRLFLERIRKETGKSMKHWCVTEKGHTNTRRIHLHGIFYAPNGMTQFKLINIL 150
Query 115 TNNWKYGITFTGYFVNEKTIKYITKYMLKVDEKHPKFRGKVLCSAGIGAGYLKREDAKRH 174
NNW G + G + NEKTI Y++KYM K D +P++ GKVLCS G+GAGY+KR KRH
Sbjct 151 RNNWIDGYCYNGKYCNEKTINYVSKYMTKKDMDNPEYTGKVLCSPGLGAGYVKR-IGKRH 209
Query 175 VYIPGKTNESYRMRNGEKLNLPIYYRNKIFTEEEREKLFLDKIEKGIIYILGIKIDLKTE 234
+ T E Y R G + LP YY+ K+FTE++RE+L++ + G ++ K+ + E
Sbjct 210 EWNEENTKEDYYTRQGTYIALPKYYKYKLFTEDQREQLWIYRENSGEKFVGNFKVKITDE 269
Query 235 ELR--YNGVLASERERCERLYHDNPKEWDKRKYLNRVKKQRQWIESKATMVAekekrkee 292
E YN + E R++ D+ KE +K NR K ++ + + KE RK+
Sbjct 270 ESEEYYNVLKKQHNEDGIRIHKDDIKEIIIKKLQNRRDKNKKSKAQRLFELYGKELRKKI 329
Query 293 rsekrLNNDIDLFANLY 309
++ +L DI+ F +Y
Sbjct 330 NNDIKLARDIEEFKKIY 346
Lambda K H a alpha
0.319 0.137 0.415 0.792 4.96
Gapped
Lambda K H a alpha sigma
0.267 0.0410 0.140 1.90 42.6 43.6
Effective search space used: 26543545