Protein Family IF04740

Metagenome Isolate
137 Members
43 Samples
133 Scaffolds
321.64 Avg Length

🧬 Representative Sequence

ID
3300042591|Ga0466692_200360|Ga0466692_200360_19588_20658
Length
356 aa
Sequence
MERVFKNAVPLAGRIYQAADGFEDRLRRELGNWKEVWGSLYYVTEDSVDSSGAEPEQIFWYRNLWLQPFRLEFDSINEAACALRAIQRNWAPALFTQFRRGSLIASKLPPISEKPRPFPWLLPESAIGSWTLLDARTMIASARCTSPFPGGAIQFIEDKEGPPSRAYLKLWEALVRSRRWPEPGDRCLDAGASPGGWTWALAGLGAQVLAIDRAPLEARIAAMPGVEYIRHDAFTLRPEDIGPIDWLFCDVICYPSRLFGWIEKWLTSGLCRNYVCTIKLQGRGYSLGVANTGDSDEGFDIPRRFAAIPGSLVAHLWHNKHELTWIKLDEFSGGKISSIGIAGAQPPVVDISLACV

📊 Sample Types

Isolate 2.9%
Metagenome 97.1%
MAG 0.0%
Metatranscriptome 0.0%
Single Cell 0.0%

🐛 Taxa Family Distribution

Termitidae 40.5%
Kalotermitidae 33.3%
Unclassified 11.9%
Termopsidae 7.1%
Rhinotermitidae 4.8%
Hodotermitidae 2.4%

🌳 Taxonomy

Archaea 1
Bacteria 134
Eukaryota 0
Viruses 0
Unclassified 2

🗂️ Samples

#Sample IDDescriptionTypeTaxa Family
1 3300038395 Termite gut microbial communities from Labiotermes sp. nest - French Guiana - 19_62_13_hindgut Metagenome Termitidae
2 3300042636 Termite gut microbial communities of Glyptotermes sp. from Thung Chang, Thailand - Gsp477 Metagenome Kalotermitidae
3 3300042592 Termite gut microbial communities of Cornitermes pugnax from Petit Saut, French Guiana, France - Co333 Metagenome Termitidae
4 3300042610 Termite gut microbial communities of Constrictotermes cavifrons from Petit Saut, French Guiana, France - Cx337 Metagenome Termitidae
5 3300042615 Termite gut microbial communities of Kalotermes flavicollis from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Kf353 Metagenome Kalotermitidae
6 3300005485 Termite gut microbial communities from Costa Rica - P3 luminal contents Metagenome Termitidae
7 3300009784 Embiratermes neotenicus P4 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P4 Metagenome Termitidae
8 3300009826 Embiratermes neotenicus P1 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P1 Metagenome Termitidae
9 3300042624 Termite gut microbial communities of Zootermopsis nevadensis from Mount Pinos, Los Padres National Forest, California, USA - Zx50 Metagenome Termopsidae
10 3300042643 Termite gut microbial communities of Glyptotermes sp. from Ebogo I, Mbalmayo, Cameroon - Gx481 Metagenome Kalotermitidae
11 3300042648 Termite gut microbial communities of Incisitermes snyderi from Fort Lauderdale Research & Education Center, Florida, USA - Iy174 Metagenome Kalotermitidae
12 3300042656 Termite gut microbial communities of Trinervitermes sp. from JKUAT Farm, Juja, Kenya - TD114a Metagenome Termitidae
13 3300042659 Termite gut microbial communities of Odontotermes sp. from Kajiado County, Kenya - TD116 Metagenome Termitidae
14 3300042596 Termite gut microbial communities of Calcaritermes temnocephalus from Boquisco, Panama - Ct408 Metagenome Kalotermitidae
15 3300042605 Termite gut microbial communities of Neotermes cubanus from Parque Nacional Topes de Collantes, Sierra del Escambray, Cuba - Ncb351 Metagenome Kalotermitidae
16 3300042616 Termite gut microbial communities of Neotermes castaneus from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Nc350 Metagenome Kalotermitidae
17 3300024493 Termite gut microbial communities from Nasutitermes sp. lab. nest, Belvaux, Luxembourg - LM_1_8 metagenomics Metagenome
18 3300042655 Termite gut microbial communities of Porotermes quadricollis from Region del Maule, Estero Los Robles, Chile - Pq454 Metagenome Termopsidae
19 3300042590 Termite gut microbial communities of Cryptotermes cavifrons from Fort Lauderdale Research & Education Center, Florida, USA - Cc175 Metagenome Kalotermitidae
20 3300042593 Termite gut microbial communities of Cryptotermes dudleyi from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Cd354 Metagenome Kalotermitidae
21 3300042606 Termite gut microbial communities of Neotermes meruensis from Talek, Kenya - Nm470 Metagenome Kalotermitidae
22 3300042619 Termite gut microbial communities of Porotermes adamsoni from near Lamington National Park, Queensland, Australia - Po218 Metagenome Termopsidae
23 2781125666 Treponema sp. Emb289P4bin7 Isolate Unclassified
24 2781125687 Treponema sp. Lab288P4bin29 Isolate Unclassified
25 3300002450 Cornitermes sp. P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Co191 P3 Metagenome Termitidae
26 3300010167 Labiotermes labralis P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Lab288 P3 Metagenome Termitidae
27 3300010882 Labiotermes labralis P4 segment gut microbial communities from Petit-Saut dam, French Guiana - Lab288 P4 Metagenome Termitidae
28 3300042652 Termite gut microbial communities of Incisitermes marginipennis from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Im510 Metagenome Kalotermitidae
29 3300042591 Termite gut microbial communities of Coptotermes formosanus from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Cf509 Metagenome Rhinotermitidae
30 3300042597 Termite gut microbial communities of Cylindrotermes parvignathus from Petit Saut, French Guiana, France - Cyl330 Metagenome Termitidae
31 3300042599 Termite gut microbial communities of Hodotermes mossambicus from Pretoria, South Africa - Hm464 Metagenome Hodotermitidae
32 3300042607 Termite gut microbial communities of Nasutitermes c.f. ephratae from Petit Saut, French Guiana, France - Nx346 Metagenome Termitidae
33 3300042618 Termite gut microbial communities of Procryptotermes leewardensis from Pointe de la Grande Vigie, Guadeloupe, France - Pcl387 Metagenome Kalotermitidae
34 2781125682 Treponema sp. Lab288P1bin107 Isolate Unclassified
35 3300000089 Insect hindgut associated microbial communities from Australia - Nasutitermes Metagenome Termitidae
36 3300042601 Termite gut microbial communities of Hodotermopsis sjoestedti from Tam Dao National Park, Vietnam - Hs463 Metagenome Unclassified
37 3300042609 Termite gut microbial communities of Prorhinotermes canalifrons from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Pc512 Metagenome Rhinotermitidae
38 3300042620 Termite gut microbial communities of Roisinitermes ebogoensis from Ebogo II, Mbalmayo, Cameroon - Roe453 Metagenome Kalotermitidae
39 2781125690 Treponema sp. Th196P3bin63 Isolate Unclassified
40 3300042594 Termite gut microbial communities of Coatitermes kartaboensis from Petit Saut, French Guiana, France - Coa324 Metagenome Termitidae
41 3300042600 Termite gut microbial communities of Euhamitermes sp. from Bubeng, China - Ehx436 Metagenome Termitidae
42 3300042612 Termite gut microbial communities of Glyptotermes sp. from Ebogo II, Mbalmayo, Cameroon - Gx485 Metagenome Kalotermitidae
43 3300042617 Termite gut microbial communities of Nasutitermes lujae from Ebogo II, Mbalmayo, Cameroon - Nl494 Metagenome Termitidae

🔗 Scaffolds

#ScaffoldSampleTaxonomyLength
1 Ga0466705_053118 3300042612 Bacteria 13702
2 Ga0466711_097729 3300042615 Bacteria 8108
3 Ga0466728_009282 3300042620 Bacteria 21850
4 Ga0466728_099958 3300042620 Bacteria 5708
5 Ga0466716_110283 3300042605 Bacteria 7613
6 Ga0466692_126384 3300042591 Bacteria 6248
7 Ga0466692_150620 3300042591 Bacteria 3423
8 Ga0466693_222930 3300042592 Bacteria 1435
9 Ga0466691_051563 3300042593 Bacteria 7261
10 Ga0466691_217871 3300042593 Bacteria 4937
11 Ga0466696_005084 3300042596 Unclassified 2911
12 Ga0123354_10115931 3300010882 Unclassified 3498
13 Ga0466735_149135 3300042624 Bacteria 1483
14 Ga0466703_014821 3300042636 Bacteria 8547
15 Ga0466703_069047 3300042636 Bacteria 18125
16 Ga0466703_124831 3300042636 Bacteria 4947
17 Ga0466703_425615 3300042636 Bacteria 2718
18 Ga0466704_151259 3300042643 Bacteria 2943
19 Ga0466709_216781 3300042648 Bacteria 2758
20 Ga0466709_379494 3300042648 Bacteria 4194
21 Ga0466708_398975 3300042652 Bacteria 4596
22 Ga0466715_010155 3300042616 Bacteria 7458
23 Ga0466715_114067 3300042616 Bacteria 2588
24 Ga0466723_164847 3300042618 Bacteria 38657
25 Ga0466723_286028 3300042618 Bacteria 41566
26 Ga0466726_066193 3300042619 Bacteria 1789
27 Ga0466726_152324 3300042619 Bacteria 1696
28 Ga0466716_237285 3300042605 Bacteria 4020
29 Ga0415639_062051 3300038395 Bacteria 6636
30 Ga0466692_149135 3300042591 Bacteria 11689
31 Ga0466691_082306 3300042593 Bacteria 3164
32 Ga0466694_027414 3300042594 Bacteria 5801
33 Ga0466696_009254 3300042596 Bacteria 6998
34 Ga0466696_096676 3300042596 Bacteria 2068
35 Ga0123357_10080561 3300009784 Bacteria 4282
36 Ga0466727_092809 3300042655 Bacteria 1910
37 Ga0466705_051372 3300042612 Bacteria 5477
38 Ga0466711_413790 3300042615 Bacteria 2885
39 Ga0466715_001157 3300042616 Bacteria 44509
40 Ga0466718_147142 3300042617 Bacteria 1504
41 Ga0466728_002192 3300042620 Bacteria 1661
42 Ga0466728_089629 3300042620 Bacteria 1181
43 Ga0466728_232930 3300042620 Bacteria 8424
44 Ga0466722_008198 3300042609 Bacteria 3176
45 Ga0466722_199558 3300042609 Bacteria 5165
46 Ga0466722_224006 3300042609 Bacteria 3588
47 Ga0466699_203771 3300042597 Bacteria 13304
48 Ga0466735_046413 3300042624 Bacteria 21034
49 Ga0466703_390410 3300042636 Bacteria 6025
50 Ga0466709_046894 3300042648 Bacteria 1262
51 Ga0466708_130971 3300042652 Bacteria 2928
52 Ga0466727_050313 3300042655 Bacteria 1560
53 Ga0466733_011164 3300042659 Bacteria 19695
54 Ga0466715_017553 3300042616 Bacteria 2222
55 Ga0466723_204362 3300042618 Bacteria 1597
56 Ga0466726_143400 3300042619 Bacteria 3748
57 AustNasuHG_c1012153 3300000089 Bacteria 2976
58 Ga0466719_166990 3300042606 Bacteria 4814
59 Ga0466720_103827 3300042607 Bacteria 28288
60 Ga0466722_228701 3300042609 Bacteria 35562
61 Ga0264413_100258 3300024493 Bacteria 8182
62 Ga0466692_200360 3300042591 Bacteria 35434
63 Ga0466691_048064 3300042593 Bacteria 18994
64 Ga0123353_10272878 3300010167 Bacteria 2604
65 Ga0123353_10477732 3300010167 Bacteria 1825
66 Ga0466703_389215 3300042636 Bacteria 42403
67 Ga0466709_114746 3300042648 Bacteria 14443
68 Ga0466705_004323 3300042612 Bacteria 7401
69 Ga0466705_194979 3300042612 Bacteria 3585
70 Ga0466705_196691 3300042612 Bacteria 3736
71 Ga0466705_265213 3300042612 Bacteria 3283
72 Ga0466705_296110 3300042612 Bacteria 4318
73 Ga0466711_158478 3300042615 Bacteria 16488
74 Ga0466711_434162 3300042615 Bacteria 3671
75 Ga0466711_500257 3300042615 Bacteria 1501
76 Ga0466715_375853 3300042616 Bacteria 2545
77 Ga0466723_095884 3300042618 Bacteria 11307
78 Ga0466706_017092 3300042599 Bacteria 2417
79 Ga0466706_229108 3300042599 Bacteria 3562
80 Ga0466698_030435 3300042610 Bacteria 1337
81 Ga0466691_011414 3300042593 Bacteria 1614
82 Ga0466691_189123 3300042593 Bacteria 6869
83 Ga0466694_130785 3300042594 Bacteria 3800
84 Ga0466696_085346 3300042596 Bacteria 29850
85 Ga0466699_270073 3300042597 Bacteria 19595
86 Ga0123355_10480613 3300009826 Bacteria 1546
87 Ga0466703_213305 3300042636 Archaea 3332
88 Ga0466709_249715 3300042648 Bacteria 7973
89 Ga0466708_055737 3300042652 Bacteria 5163
90 Ga0466723_312256 3300042618 Bacteria 3824
91 JGI24695J34938_10002411 3300002450 Bacteria 14338
92 Ga0466716_224835 3300042605 Bacteria 4072
93 Ga0466722_059885 3300042609 Bacteria 1805
94 Ga0466690_260961 3300042590 Bacteria 7177
95 Ga0466699_016273 3300042597 Bacteria 38876
96 Ga0123355_10002462 3300009826 Bacteria 26192
97 Ga0123353_10720204 3300010167 Bacteria 1396
98 Ga0466703_220556 3300042636 Bacteria 7086
99 Ga0466704_562987 3300042643 Bacteria 1974
100 Ga0466708_020544 3300042652 Bacteria 7095
101 Ga0466708_092509 3300042652 Bacteria 6393
102 Ga0466727_183352 3300042655 Bacteria 16882
103 Ga0466727_277816 3300042655 Bacteria 3339
104 Ga0466732_165350 3300042656 Bacteria 14794
105 Ga0466723_066018 3300042618 Bacteria 34484
106 Ga0466726_306075 3300042619 Bacteria 3268
107 Ga0466726_329973 3300042619 Bacteria 6226
108 Ga0466728_440308 3300042620 Bacteria 5950
109 Ga0074263_118167 3300005485 Bacteria 1675
110 Ga0123357_10000236 3300009784 Bacteria 52499
111 Ga0466707_250984 3300042601 Bacteria 2695
112 Ga0466719_080223 3300042606 Bacteria 3604
113 Ga0466722_095432 3300042609 Bacteria 3781
114 Ga0466690_099896 3300042590 Bacteria 2567
115 Ga0123353_10169790 3300010167 Bacteria 3463
116 Ga0466703_179772 3300042636 Bacteria 4049
117 Ga0466727_338624 3300042655 Bacteria 1334
118 Ga0466705_133890 3300042612 Bacteria 8720
119 Ga0466700_338645 3300042600 Bacteria 1114
120 Ga0466720_028053 3300042607 Bacteria 2832
121 Ga0466722_054951 3300042609 Bacteria 5600
122 Ga0466722_143103 3300042609 Bacteria 17036
123 Ga0466692_048447 3300042591 Bacteria 5978
124 Ga0466692_167617 3300042591 Bacteria 3456
125 Ga0466691_092970 3300042593 Bacteria 4054
126 Ga0466696_048016 3300042596 Bacteria 7614
127 Ga0466699_044356 3300042597 Bacteria 3033
128 Ga0466699_443352 3300042597 Bacteria 5014
129 Ga0123355_10023204 3300009826 Bacteria 9962
130 Ga0466735_091936 3300042624 Bacteria 1741
131 Ga0466703_257037 3300042636 Bacteria 4395
132 Ga0466708_403212 3300042652 Bacteria 1900
133 Ga0466727_154196 3300042655 Bacteria 5169

📋 Family Sequences

#SampleScaffoldProteinLength (aa)
1 3300042592 Ga0466693_222930 Ga0466693_222930_40_825 261
2 3300042593 Ga0466691_051563 Ga0466691_051563_1208_2029 273
3 3300042615 Ga0466711_158478 Ga0466711_158478_5875_6780 301
4 3300042655 Ga0466727_338624 Ga0466727_338624_271_1176 301
5 3300042620 Ga0466728_089629 Ga0466728_089629_46_954 302
6 3300042605 Ga0466716_224835 Ga0466716_224835_2517_3443 303
7 3300042648 Ga0466709_046894 Ga0466709_046894_159_1106 303
8 3300042609 Ga0466722_143103 Ga0466722_143103_9822_10739 305
9 3300042609 Ga0466722_228701 Ga0466722_228701_5585_6502 305
10 3300042618 Ga0466723_066018 Ga0466723_066018_33032_33973 305
11 3300042616 Ga0466715_017553 Ga0466715_017553_784_1725 306
12 3300042617 Ga0466718_147142 Ga0466718_147142_285_1205 306
13 3300042636 Ga0466703_014821 Ga0466703_014821_6585_7505 306
14 3300042615 Ga0466711_097729 Ga0466711_097729_7027_7950 307
15 3300042659 Ga0466733_011164 Ga0466733_011164_14915_15838 307
16 3300000089 AustNasuHG_c1012153 AustNasuHG_10121532 308
17 3300010167 Ga0123353_10272878 Ga0123353_102728782 308
18 3300042591 Ga0466692_126384 Ga0466692_126384_3162_4088 308
19 3300042607 Ga0466720_103827 Ga0466720_103827_22549_23475 308
20 3300042655 Ga0466727_277816 Ga0466727_277816_2041_2970 309
21 3300042593 Ga0466691_011414 Ga0466691_011414_354_1286 310
22 3300042607 Ga0466720_028053 Ga0466720_028053_1029_1979 310
23 3300042624 Ga0466735_149135 Ga0466735_149135_283_1215 310
24 3300042652 Ga0466708_130971 Ga0466708_130971_1211_2143 310
25 3300042596 Ga0466696_085346 Ga0466696_085346_4819_5754 311
26 3300042612 Ga0466705_296110 Ga0466705_296110_471_1406 311
27 3300042655 Ga0466727_154196 Ga0466727_154196_2455_3390 311
28 3300042612 Ga0466705_004323 Ga0466705_004323_2060_2998 312
29 3300042612 Ga0466705_051372 Ga0466705_051372_3688_4626 312
30 iso_pr_bacteria 2781125690 2781428794 312
31 3300042590 Ga0466690_260961 Ga0466690_260961_1336_2277 313
32 3300042615 Ga0466711_500257 Ga0466711_500257_189_1130 313
33 3300005485 Ga0074263_118167 Ga0074263_1181673 314
34 3300009826 Ga0123355_10023204 Ga0123355_100232048 314
35 3300042591 Ga0466692_150620 Ga0466692_150620_1874_2818 314
36 3300042593 Ga0466691_048064 Ga0466691_048064_542_1486 314
37 3300042593 Ga0466691_092970 Ga0466691_092970_2555_3499 314
38 iso_pr_bacteria 2781125666 2781343696 314
39 3300002450 JGI24695J34938_10002411 JGI24695J34938_100024112 315
40 3300009784 Ga0123357_10000236 Ga0123357_1000023655 315
41 3300042618 Ga0466723_286028 Ga0466723_286028_33341_34288 315
42 3300042618 Ga0466723_312256 Ga0466723_312256_887_1834 315
43 3300042636 Ga0466703_390410 Ga0466703_390410_4974_5921 315
44 3300042652 Ga0466708_398975 Ga0466708_398975_999_1946 315
45 3300042655 Ga0466727_092809 Ga0466727_092809_659_1606 315
46 3300042656 Ga0466732_165350 Ga0466732_165350_5773_6720 315
47 iso_pr_bacteria 2781125682 2781408341 315
48 3300042599 Ga0466706_229108 Ga0466706_229108_2098_3048 316
49 3300042605 Ga0466716_237285 Ga0466716_237285_808_1758 316
50 3300042609 Ga0466722_054951 Ga0466722_054951_4358_5308 316
51 3300042619 Ga0466726_066193 Ga0466726_066193_793_1743 316
52 3300042619 Ga0466726_329973 Ga0466726_329973_656_1606 316
53 3300042620 Ga0466728_002192 Ga0466728_002192_163_1113 316
54 3300010167 Ga0123353_10169790 Ga0123353_101697904 317
55 3300042597 Ga0466699_044356 Ga0466699_044356_1524_2477 317
56 3300042624 Ga0466735_091936 Ga0466735_091936_200_1153 317
57 3300042636 Ga0466703_389215 Ga0466703_389215_3286_4239 317
58 3300042597 Ga0466699_443352 Ga0466699_443352_2830_3786 318
59 3300042616 Ga0466715_114067 Ga0466715_114067_588_1544 318
60 3300042609 Ga0466722_199558 Ga0466722_199558_3259_4218 319
61 3300042616 Ga0466715_010155 Ga0466715_010155_5444_6403 319
62 3300042620 Ga0466728_232930 Ga0466728_232930_4553_5512 319
63 3300042620 Ga0466728_440308 Ga0466728_440308_171_1130 319
64 3300042636 Ga0466703_220556 Ga0466703_220556_5125_6084 319
65 3300024493 Ga0264413_100258 Ga0264413_1002586 320
66 3300042597 Ga0466699_270073 Ga0466699_270073_11717_12679 320
67 3300042600 Ga0466700_338645 Ga0466700_338645_74_1036 320
68 3300042601 Ga0466707_250984 Ga0466707_250984_1213_2175 320
69 3300042616 Ga0466715_375853 Ga0466715_375853_1207_2169 320
70 3300042655 Ga0466727_050313 Ga0466727_050313_579_1541 320
71 3300042643 Ga0466704_151259 Ga0466704_151259_442_1407 321
72 3300042648 Ga0466709_216781 Ga0466709_216781_1160_2125 321
73 3300009784 Ga0123357_10080561 Ga0123357_100805612 322
74 3300042596 Ga0466696_048016 Ga0466696_048016_2589_3557 322
75 3300042609 Ga0466722_059885 Ga0466722_059885_340_1308 322
76 3300042609 Ga0466722_095432 Ga0466722_095432_2488_3456 322
77 3300042609 Ga0466722_224006 Ga0466722_224006_668_1636 322
78 3300042610 Ga0466698_030435 Ga0466698_030435_319_1287 322
79 3300042612 Ga0466705_265213 Ga0466705_265213_1221_2189 322
80 3300042615 Ga0466711_434162 Ga0466711_434162_204_1172 322
81 3300042636 Ga0466703_213305 Ga0466703_213305_506_1519 322
82 3300042591 Ga0466692_167617 Ga0466692_167617_1678_2652 324
83 3300042597 Ga0466699_016273 Ga0466699_016273_25071_26045 324
84 3300042597 Ga0466699_203771 Ga0466699_203771_3217_4191 324
85 3300042612 Ga0466705_053118 Ga0466705_053118_369_1343 324
86 3300042624 Ga0466735_046413 Ga0466735_046413_12859_13833 324
87 3300042636 Ga0466703_069047 Ga0466703_069047_2714_3688 324
88 3300009826 Ga0123355_10480613 Ga0123355_104806132 325
89 3300042591 Ga0466692_048447 Ga0466692_048447_831_1808 325
90 3300042609 Ga0466722_008198 Ga0466722_008198_654_1631 325
91 3300042612 Ga0466705_194979 Ga0466705_194979_2534_3511 325
92 3300042619 Ga0466726_306075 Ga0466726_306075_919_1896 325
93 3300042652 Ga0466708_403212 Ga0466708_403212_421_1398 325
94 3300042636 Ga0466703_124831 Ga0466703_124831_3191_4243 326
95 3300038395 Ga0415639_062051 Ga0415639_062051_5332_6315 327
96 3300042615 Ga0466711_413790 Ga0466711_413790_410_1393 327
97 3300042648 Ga0466709_379494 Ga0466709_379494_2519_3502 327
98 3300042594 Ga0466694_027414 Ga0466694_027414_942_1928 328
99 3300042606 Ga0466719_166990 Ga0466719_166990_1286_2272 328
100 3300010167 Ga0123353_10477732 Ga0123353_104777322 329
101 3300042591 Ga0466692_149135 Ga0466692_149135_4528_5517 329
102 3300042593 Ga0466691_217871 Ga0466691_217871_1174_2163 329
103 3300042605 Ga0466716_110283 Ga0466716_110283_837_1826 329
104 3300042618 Ga0466723_095884 Ga0466723_095884_9276_10265 329
105 3300042636 Ga0466703_257037 Ga0466703_257037_2501_3490 329
106 3300042652 Ga0466708_020544 Ga0466708_020544_846_1835 329
107 3300042590 Ga0466690_099896 Ga0466690_099896_1110_2105 331
108 3300042596 Ga0466696_005084 Ga0466696_005084_1126_2121 331
109 iso_pr_bacteria 2781125687 2781421542 332
110 3300010882 Ga0123354_10115931 Ga0123354_101159313 333
111 3300042594 Ga0466694_130785 Ga0466694_130785_2650_3651 333
112 3300042648 Ga0466709_114746 Ga0466709_114746_6185_7186 333
113 3300042596 Ga0466696_009254 Ga0466696_009254_1453_2457 334
114 3300042612 Ga0466705_196691 Ga0466705_196691_1655_2659 334
115 3300042620 Ga0466728_009282 Ga0466728_009282_15237_16244 335
116 3300042636 Ga0466703_425615 Ga0466703_425615_1209_2216 335
117 3300042619 Ga0466726_152324 Ga0466726_152324_195_1256 336
118 3300042612 Ga0466705_133890 Ga0466705_133890_1768_2781 337
119 3300042636 Ga0466703_179772 Ga0466703_179772_1708_2721 337
120 3300042652 Ga0466708_092509 Ga0466708_092509_1898_2911 337
121 3300042593 Ga0466691_082306 Ga0466691_082306_877_1893 338
122 3300042596 Ga0466696_096676 Ga0466696_096676_408_1424 338
123 3300042606 Ga0466719_080223 Ga0466719_080223_1086_2102 338
124 3300042652 Ga0466708_055737 Ga0466708_055737_1518_2537 339
125 3300042618 Ga0466723_164847 Ga0466723_164847_21860_22882 340
126 3300009826 Ga0123355_10002462 Ga0123355_100024626 341
127 3300010167 Ga0123353_10720204 Ga0123353_107202042 342
128 3300042643 Ga0466704_562987 Ga0466704_562987_342_1370 342
129 3300042618 Ga0466723_204362 Ga0466723_204362_335_1366 343
130 3300042599 Ga0466706_017092 Ga0466706_017092_52_1092 346
131 3300042616 Ga0466715_001157 Ga0466715_001157_35363_36451 347
132 3300042620 Ga0466728_099958 Ga0466728_099958_318_1361 347
133 3300042655 Ga0466727_183352 Ga0466727_183352_2195_3256 353
134 3300042619 Ga0466726_143400 Ga0466726_143400_2146_3213 355
135 3300042591 Ga0466692_200360 Ga0466692_200360_19588_20658 356
136 3300042593 Ga0466691_189123 Ga0466691_189123_5312_6388 358
137 3300042648 Ga0466709_249715 Ga0466709_249715_550_1638 362

🧩 MSA Aligner

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🔬 Functional Annotation

PFAM IDNameDescriptionStartEndAccuracy
PF01728 FtsJ FtsJ-like methyltransferase 164 252 0.89

🏗️ Structural Annotation – Top 5 Hits

IDDescriptionScoreStartEnd
7xqm-assembly1.cif.gz_D InDel-mutant short chain Dehydrogenase bound to SAH 0.762 183 255
2d1y-assembly1.cif.gz_B Crystal structure of TT0321 from Thermus thermophilus HB8 0.742 182 254
5kn4-assembly1.cif.gz_A Pavine N-methyltransferase apoenzyme pH 6.0 0.731 167 277
6nvm-assembly1.cif.gz_A Crystal structure of 23S rRNA methyltransferase ErmE 0.729 162 280
6ruz-assembly1.cif.gz_B NADH-dependent Coenzyme A Disulfide Reductase 0.728 186 229
IDDescriptionScoreStartEndSuperfamily
af_Q54HM4_427_629_3.40.50.150 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;Vaccinia Virus protein VP39 0.8156 156 328 3.40.50.150
af_P0ADR6_176_357_3.40.50.150 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;Vaccinia Virus protein VP39 0.802 156 326 3.40.50.150
af_Q54PP5_28_226_3.40.50.150 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;Vaccinia Virus protein VP39 0.7943 182 248 3.40.50.150
af_Q54X18_461_632_3.40.50.150 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;Vaccinia Virus protein VP39 0.7882 158 326 3.40.50.150
af_Q54UI9_3_272_3.40.50.150 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;Vaccinia Virus protein VP39 0.7438 162 248 3.40.50.150
IDDescriptionScoreStartEndGO Terms
AF-A0A4Q6BWY2-F1-model_v4 Uncharacterized/unreviewed 0.9651 186 327
AF-A0A3N1KS61-F1-model_v4 Uncharacterized/unreviewed 0.9573 62 328 GO:0008168
GO:0032259

⚛️ Structure & Feature Viewer

pLDDTpTMQuality
0.86 0.89 High

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🗺️ Geographic Distribution

Some samples may be missing due to lack of coordinate data.