Protein Family IF00217

Metagenome Isolate
160 Members
67 Samples
149 Scaffolds
393.69 Avg Length

🧬 Representative Sequence

ID
3300000062|IMNBL1DRAFT_c0002098|IMNBL1DRAFT_00020981
Length
405 aa
Sequence
LLSVLSKINFMFERSYLKSVKTRIEEPRKFIQVILGPRQVGKTTMVIQLLPQLSIPNLHESADAISATNSAWLVQIWESARLRLKASGATEFLLVIDEIQKIDNWSEIVKQQWDKDTRESINIKVILLGSSRLLIQKGLTESLAGRFETLYLGHWSYSEMQEAFGWSIEQYVYFGGYPGSTTLINDEERWKNYIKDSLIETSISKDILMLTRVDKPALLKRLFELGCLYSGQILSYTKILGQLQDAGNTTTLANYLKLLSDCGLLGGLDKYAGDIIRKRGSSPKFQVYNNALITAQGDDRYEKAIVDPELWGRLVESSVGTHLLNHSISERYNLYYWREGNYEVDFVLEKGDKVIGLEVKSGKRGENEGMGVFAEKFHPERVLLVGTGGIPYEEFLKINPKELF*

📊 Sample Types

Isolate 6.9%
Metagenome 93.1%
MAG 0.0%
Metatranscriptome 0.0%
Single Cell 0.0%

🐛 Taxa Family Distribution

Termitidae 42.4%
Kalotermitidae 19.7%
Unclassified 12.1%
Blattidae 7.6%
Termopsidae 6.1%
Passalidae 4.5%
Rhinotermitidae 3.0%
Culicidae 1.5%
Hodotermitidae 1.5%
Armadillidiidae 1.5%

🌳 Taxonomy

Archaea 0
Bacteria 140
Eukaryota 0
Viruses 0
Unclassified 20

🗂️ Samples

#Sample IDDescriptionTypeTaxa Family
1 3300042625 Termite gut microbial communities of Sphaerotermes sphaerothorax from Ebogo II, Mbalmayo, Cameroon - Sph363 Metagenome Termitidae
2 3300042652 Termite gut microbial communities of Incisitermes marginipennis from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Im510 Metagenome Kalotermitidae
3 3300042654 Termite gut microbial communities of Promirotermes sp. from Ebogo II, Mbalmayo, Cameroon - Pmx449 Metagenome Termitidae
4 3300000036 Passalidae beetle gut microbial communities from Costa Rica - Gallery material (4MSU+4BSU+3MSU+3BSU) Metagenome Passalidae
5 3300002450 Cornitermes sp. P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Co191 P3 Metagenome Termitidae
6 3300005201 Microcerotermes gut microbial communities from Indooroopilly, Australia - IN01 metagenome Metagenome
7 3300010049 Embiratermes neotenicus P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P3 Metagenome Termitidae
8 3300010167 Labiotermes labralis P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Lab288 P3 Metagenome Termitidae
9 3300010882 Labiotermes labralis P4 segment gut microbial communities from Petit-Saut dam, French Guiana - Lab288 P4 Metagenome Termitidae
10 3300012839 Enriched mosquito-associated microbial communities from UW Madison campus, WI, USA - HID1973M_E11 MG Metagenome Culicidae
11 3300042599 Termite gut microbial communities of Hodotermes mossambicus from Pretoria, South Africa - Hm464 Metagenome Hodotermitidae
12 3300042603 Termite gut microbial communities of Macrotermes cf. amplus from Northern Cameroon, Cameroon - Mx356 Metagenome Termitidae
13 3300042607 Termite gut microbial communities of Nasutitermes c.f. ephratae from Petit Saut, French Guiana, France - Nx346 Metagenome Termitidae
14 3300042618 Termite gut microbial communities of Procryptotermes leewardensis from Pointe de la Grande Vigie, Guadeloupe, France - Pcl387 Metagenome Kalotermitidae
15 2920168565 Paludibacter sp. 221 Isolate Blattidae
16 2940216256 Dysgonomonadaceae bacterium PH5-43 Isolate Blattidae
17 2225789004 Passalidae beetle gut microbial communities from Costa Rica -Larvae (4BL+4ML+4MSL) Metagenome Passalidae
18 2820075487 Unclassified Proteobacteria Nt197P3bin122 Isolate Unclassified
19 3300009784 Embiratermes neotenicus P4 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P4 Metagenome Termitidae
20 2820778767 Unclassified Bacteroidetes Emb289P4bin10 Isolate Unclassified
21 2781125681 Treponema sp. Lab288P1bin11 Isolate Unclassified
22 3300000062 Passalidae beetle gut microbial communities from Costa Rica -Larvae (1ML+1BSL) Metagenome Passalidae
23 3300042582 Termite gut microbial communities of Astalotermes quietus from Ebogo II, Mbalmayo, Cameroon - Ast373 Metagenome Termitidae
24 3300042594 Termite gut microbial communities of Coatitermes kartaboensis from Petit Saut, French Guiana, France - Coa324 Metagenome Termitidae
25 3300042602 Termite gut microbial communities of Mastotermes darwinensis from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Md513 Metagenome Unclassified
26 3300042608 Termite gut microbial communities of Palmitermes impostor from Petit Saut, French Guiana, France - Pal332 Metagenome Termitidae
27 3300042612 Termite gut microbial communities of Glyptotermes sp. from Ebogo II, Mbalmayo, Cameroon - Gx485 Metagenome Kalotermitidae
28 2922326829 Bacteroides sp. 224 Isolate Blattidae
29 2772190894 Unclassified Elusimicrobia Th196P4_bin33 Isolate Unclassified
30 3300005200 Nasutitermes gut metagenome Metagenome Termitidae
31 3300042601 Termite gut microbial communities of Hodotermopsis sjoestedti from Tam Dao National Park, Vietnam - Hs463 Metagenome Unclassified
32 3300042609 Termite gut microbial communities of Prorhinotermes canalifrons from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Pc512 Metagenome Rhinotermitidae
33 3300042620 Termite gut microbial communities of Roisinitermes ebogoensis from Ebogo II, Mbalmayo, Cameroon - Roe453 Metagenome Kalotermitidae
34 3300042621 Termite gut microbial communities of Reticulitermes flavipes from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Rs511 Metagenome Rhinotermitidae
35 3300042622 Termite gut microbial communities of Spinitermes trispinosus from Petit Saut, French Guiana, France - Spi319 Metagenome Termitidae
36 3300042643 Termite gut microbial communities of Glyptotermes sp. from Ebogo I, Mbalmayo, Cameroon - Gx481 Metagenome Kalotermitidae
37 3300042648 Termite gut microbial communities of Incisitermes snyderi from Fort Lauderdale Research & Education Center, Florida, USA - Iy174 Metagenome Kalotermitidae
38 3300042659 Termite gut microbial communities of Odontotermes sp. from Kajiado County, Kenya - TD116 Metagenome Termitidae
39 3300005071 Porotermes gut microbial communities from Mount Glorious, Queensland, Australia - TN01 Metagenome Termopsidae
40 3300042596 Termite gut microbial communities of Calcaritermes temnocephalus from Boquisco, Panama - Ct408 Metagenome Kalotermitidae
41 3300042605 Termite gut microbial communities of Neotermes cubanus from Parque Nacional Topes de Collantes, Sierra del Escambray, Cuba - Ncb351 Metagenome Kalotermitidae
42 3300042616 Termite gut microbial communities of Neotermes castaneus from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Nc350 Metagenome Kalotermitidae
43 3300042623 Termite gut microbial communities of Dicuspiditermes spinitibialis from Bubeng, China - Xx448 Metagenome Termitidae
44 3300042624 Termite gut microbial communities of Zootermopsis nevadensis from Mount Pinos, Los Padres National Forest, California, USA - Zx50 Metagenome Termopsidae
45 3300002834 Cornitermes sp. P4 segment gut microbial communities from Petit-Saut dam, French Guiana - Co191P4 Metagenome Termitidae
46 3300009826 Embiratermes neotenicus P1 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P1 Metagenome Termitidae
47 3300012848 Enriched pill bug-associated microbial communities from UW Madison campus, WI, USA - HID1972I_E1 MG Metagenome Armadillidiidae
48 2820744581 Unclassified Bacteroidetes Th196P3bin138 Isolate Unclassified
49 3300042636 Termite gut microbial communities of Glyptotermes sp. from Thung Chang, Thailand - Gsp477 Metagenome Kalotermitidae
50 3300002449 Microcerotermes parvus P3 segment gut microbial communities from Pointe-Noire, Republic of the Congo - Mp193 P3 Metagenome Termitidae
51 3300002462 Microcerotermes parvus P4 segment gut microbial communities from Pointe-Noire, Republic of the Congo - Th196 P4 Metagenome Termitidae
52 3300038395 Termite gut microbial communities from Labiotermes sp. nest - French Guiana - 19_62_13_hindgut Metagenome Termitidae
53 3300042592 Termite gut microbial communities of Cornitermes pugnax from Petit Saut, French Guiana, France - Co333 Metagenome Termitidae
54 3300042595 Termite gut microbial communities of Crepititermes verruculosus from Petit Saut, French Guiana, France - Crp329 Metagenome Termitidae
55 3300042598 Termite gut microbial communities of Furculitermes sp. from Ebogo II, Mbalmayo, Cameroon - Fux382 Metagenome Termitidae
56 3300042604 Termite gut microbial communities of Neocapritermes taracua from Petit Saut, French Guiana, France - Nct323 Metagenome Termitidae
57 3300042611 Termite gut microbial communities of Cubitermes c.f. sulcifrons from Ebogo II, Mbalmayo, Cameroon - Cus372 Metagenome Termitidae
58 3300042613 Termite gut microbial communities of Jugositermes tuberculatus from Ebogo II, Mbalmayo, Cameroon - Jx357 Metagenome Termitidae
59 3300042615 Termite gut microbial communities of Kalotermes flavicollis from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Kf353 Metagenome Kalotermitidae
60 2940209341 Parabacteroides sp. PFB2-10 Isolate Blattidae
61 2820089333 Unclassified Proteobacteria Lab288P3bin88 Isolate Unclassified
62 3300042655 Termite gut microbial communities of Porotermes quadricollis from Region del Maule, Estero Los Robles, Chile - Pq454 Metagenome Termopsidae
63 3004667792 Bacteroides sp. 519 Isolate Blattidae
64 3300002504 Neocapritermes taracua P4 segment gut microbial communities from Petit-Saut dam, French Guiana - Nt197 P4 Metagenome Termitidae
65 3300042593 Termite gut microbial communities of Cryptotermes dudleyi from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Cd354 Metagenome Kalotermitidae
66 3300042606 Termite gut microbial communities of Neotermes meruensis from Talek, Kenya - Nm470 Metagenome Kalotermitidae
67 3300042619 Termite gut microbial communities of Porotermes adamsoni from near Lamington National Park, Queensland, Australia - Po218 Metagenome Termopsidae

🔗 Scaffolds

#ScaffoldSampleTaxonomyLength
1 Ga0123355_10032611 3300009826 Bacteria 8455
2 Ga0123356_10000928 3300010049 Bacteria 32350
3 2227089163 2225789004 Unclassified 9852
4 2227517983 2225789004 Unclassified 3397
5 JGI24702J35022_10000773 3300002462 Unclassified 19830
6 JGI24702J35022_10122612 3300002462 Bacteria 1437
7 JGI24705J35276_12238739 3300002504 Bacteria 48451
8 JGI24696J40584_12961250 3300002834 Bacteria 12617
9 Ga0072941_1003226 3300005201 Bacteria 16397
10 Ga0072941_1030988 3300005201 Unclassified 3323
11 Ga0466729_215166 3300042621 Bacteria 8990
12 Ga0466731_011677 3300042622 Bacteria 4318
13 Ga0466731_097168 3300042622 Bacteria 19119
14 Ga0466735_061816 3300042624 Bacteria 1749
15 Ga0466735_078372 3300042624 Bacteria 8152
16 Ga0466704_261553 3300042643 Bacteria 2254
17 Ga0466727_314555 3300042655 Bacteria 21280
18 Ga0466711_276479 3300042615 Bacteria 3065
19 Ga0466715_426635 3300042616 Bacteria 10987
20 Ga0466728_140719 3300042620 Bacteria 24437
21 Ga0466729_060751 3300042621 Bacteria 49540
22 Ga0466707_276372 3300042601 Unclassified 2212
23 Ga0466714_000990 3300042603 Bacteria 9112
24 Ga0466717_037851 3300042604 Bacteria 2366
25 Ga0466716_288533 3300042605 Bacteria 2460
26 Ga0466691_088620 3300042593 Bacteria 6313
27 Ga0466694_035524 3300042594 Bacteria 6848
28 Ga0466696_386833 3300042596 Bacteria 2095
29 Ga0123356_10108008 3300010049 Bacteria 2682
30 JGI24698J34947_10025535 3300002449 Unclassified 3144
31 JGI24702J35022_10010596 3300002462 Bacteria 5148
32 Ga0068302_10198268 3300005071 Bacteria 1716
33 Ga0072940_1017198 3300005200 Bacteria 1830
34 Ga0123357_10000287 3300009784 Bacteria 48366
35 Ga0466733_051389 3300042659 Bacteria 26062
36 Ga0466731_142320 3300042622 Bacteria 1848
37 Ga0466735_139962 3300042624 Bacteria 2352
38 Ga0466704_339042 3300042643 Bacteria 7392
39 Ga0466708_036663 3300042652 Bacteria 30098
40 Ga0466715_033908 3300042616 Bacteria 48339
41 Ga0466706_149000 3300042599 Bacteria 7076
42 2227153029 2225789004 Bacteria 8503
43 IMNBGM34_c000932 3300000036 Unclassified 6352
44 JGI24698J34947_10051214 3300002449 Bacteria 2078
45 JGI24702J35022_10008655 3300002462 Bacteria 5752
46 JGI24705J35276_12235056 3300002504 Bacteria 6125
47 Ga0466705_116144 3300042612 Bacteria 3876
48 Ga0466705_344748 3300042612 Unclassified 2774
49 Ga0466703_236070 3300042636 Bacteria 1998
50 Ga0466703_415729 3300042636 Bacteria 2262
51 Ga0466710_425437 3300042613 Bacteria 1830
52 Ga0466711_268279 3300042615 Bacteria 93800
53 Ga0466715_087119 3300042616 Bacteria 13193
54 Ga0466715_646341 3300042616 Unclassified 27671
55 Ga0466706_116412 3300042599 Bacteria 44761
56 Ga0466706_202880 3300042599 Bacteria 16954
57 Ga0466714_028916 3300042603 Bacteria 17372
58 Ga0466719_022649 3300042606 Bacteria 4651
59 Ga0466719_548186 3300042606 Bacteria 1873
60 Ga0123354_10209349 3300010882 Bacteria 2113
61 IMNBL1DRAFT_c0014492 3300000062 Bacteria 3477
62 JGI24695J34938_10029318 3300002450 Bacteria 2576
63 Ga0466705_140350 3300042612 Bacteria 5784
64 Ga0466708_042790 3300042652 Bacteria 16082
65 Ga0466708_281948 3300042652 Bacteria 29876
66 Ga0466725_004240 3300042654 Bacteria 9401
67 Ga0466711_197298 3300042615 Bacteria 10258
68 Ga0466715_376223 3300042616 Unclassified 7330
69 Ga0466715_410388 3300042616 Unclassified 12334
70 Ga0466728_143544 3300042620 Bacteria 2179
71 Ga0466707_046747 3300042601 Bacteria 3934
72 Ga0466713_138497 3300042602 Bacteria 33519
73 Ga0466719_077480 3300042606 Bacteria 1356
74 Ga0466693_050526 3300042592 Bacteria 2914
75 Ga0466696_118694 3300042596 Bacteria 1573
76 Ga0123356_10055326 3300010049 Bacteria 3696
77 Ga0123353_10365200 3300010167 Bacteria 2167
78 Ga0466734_052594 3300042623 Bacteria 3649
79 Ga0466709_229263 3300042648 Bacteria 21414
80 Ga0466709_414378 3300042648 Bacteria 23036
81 Ga0466725_016173 3300042654 Bacteria 15405
82 Ga0466726_465324 3300042619 Unclassified 4929
83 Ga0466707_102972 3300042601 Bacteria 1494
84 Ga0466707_347728 3300042601 Bacteria 15670
85 Ga0466714_019325 3300042603 Bacteria 6063
86 Ga0466720_031201 3300042607 Unclassified 1804
87 Ga0415639_053644 3300038395 Bacteria 2396
88 Ga0466657_313179 3300042582 Bacteria 4186
89 Ga0466696_240880 3300042596 Bacteria 1781
90 Ga0123356_10009356 3300010049 Bacteria 9678
91 IMNBL1DRAFT_c0001798 3300000062 Bacteria 15663
92 Ga0466733_076804 3300042659 Unclassified 33655
93 Ga0466715_016004 3300042616 Bacteria 1961
94 Ga0466715_078045 3300042616 Bacteria 5825
95 Ga0466723_154852 3300042618 Bacteria 7808
96 Ga0466728_036415 3300042620 Bacteria 2267
97 Ga0466706_277815 3300042599 Bacteria 1586
98 Ga0466719_067833 3300042606 Bacteria 2490
99 Ga0466719_494981 3300042606 Bacteria 3477
100 Ga0466722_127566 3300042609 Bacteria 3462
101 Ga0160472_100031 3300012839 Bacteria 275018
102 Ga0466693_050427 3300042592 Bacteria 1548
103 Ga0466691_205995 3300042593 Bacteria 12564
104 Ga0466696_307205 3300042596 Bacteria 2013
105 Ga0123357_10082886 3300009784 Bacteria 4210
106 Ga0123356_10098900 3300010049 Bacteria 2795
107 Ga0123353_10030890 3300010167 Bacteria 8287
108 2227580184 2225789004 Bacteria 13408
109 IMNBL1DRAFT_c0002098 3300000062 Bacteria 14187
110 IMNBL1DRAFT_c0018286 3300000062 Bacteria 2918
111 JGI24696J40584_12926593 3300002834 Bacteria 1415
112 Ga0466733_067684 3300042659 Unclassified 5491
113 Ga0466705_137961 3300042612 Bacteria 51075
114 Ga0466729_271970 3300042621 Unclassified 6055
115 Ga0466730_092898 3300042625 Bacteria 3651
116 Ga0466703_054936 3300042636 Bacteria 4051
117 Ga0466704_176592 3300042643 Bacteria 13657
118 Ga0466709_274006 3300042648 Unclassified 22478
119 Ga0466709_318423 3300042648 Unclassified 2761
120 Ga0466711_237610 3300042615 Bacteria 3143
121 Ga0466711_410304 3300042615 Bacteria 1718
122 Ga0466726_014577 3300042619 Bacteria 2461
123 Ga0466728_464293 3300042620 Bacteria 13222
124 Ga0466701_077251 3300042598 Bacteria 1421
125 Ga0466717_196690 3300042604 Bacteria 10442
126 Ga0466696_033011 3300042596 Bacteria 1656
127 Ga0466696_084741 3300042596 Bacteria 2169
128 Ga0466696_163343 3300042596 Bacteria 12045
129 Ga0123356_10327929 3300010049 Bacteria 1646
130 JGI24698J34947_10065818 3300002449 Unclassified 1766
131 JGI24702J35022_10019671 3300002462 Bacteria 3672
132 JGI24702J35022_10070644 3300002462 Bacteria 1880
133 JGI24702J35022_10100096 3300002462 Unclassified 1586
134 Ga0466697_090844 3300042611 Bacteria 13899
135 Ga0466705_040594 3300042612 Bacteria 4507
136 Ga0466704_159234 3300042643 Bacteria 2370
137 Ga0466704_354505 3300042643 Bacteria 5416
138 Ga0466710_039181 3300042613 Bacteria 7206
139 Ga0466726_363206 3300042619 Bacteria 4815
140 Ga0466728_219598 3300042620 Bacteria 9829
141 Ga0466716_505221 3300042605 Bacteria 8513
142 Ga0466719_061701 3300042606 Bacteria 8794
143 Ga0466721_043581 3300042608 Bacteria 1275
144 Ga0466721_370445 3300042608 Bacteria 2715
145 Ga0466722_148173 3300042609 Bacteria 1279
146 Ga0160443_100003 3300012848 Bacteria 802970
147 Ga0466691_043177 3300042593 Bacteria 1704
148 Ga0466695_292216 3300042595 Bacteria 1816
149 Ga0466696_204014 3300042596 Bacteria 4200

📋 Family Sequences

#SampleScaffoldProteinLength (aa)
1 3300042609 Ga0466722_148173 Ga0466722_148173_268_1263 331
2 3300002462 JGI24702J35022_10019671 JGI24702J35022_100196711 369
3 3300005200 Ga0072940_1017198 Ga0072940_10171982 370
4 3300038395 Ga0415639_053644 Ga0415639_053644_497_1654 370
5 3300002449 JGI24698J34947_10025535 JGI24698J34947_100255352 373
6 3300042606 Ga0466719_067833 Ga0466719_067833_145_1329 375
7 3300042596 Ga0466696_163343 Ga0466696_163343_3066_4250 376
8 3300042603 Ga0466714_019325 Ga0466714_019325_1953_3137 376
9 3300002462 JGI24702J35022_10008655 JGI24702J35022_100086552 379
10 3300042603 Ga0466714_000990 Ga0466714_000990_7600_8784 381
11 3300042616 Ga0466715_087119 Ga0466715_087119_1071_2216 381
12 3300042648 Ga0466709_318423 Ga0466709_318423_648_1793 381
13 3300042620 Ga0466728_036415 Ga0466728_036415_546_1730 382
14 3300042622 Ga0466731_142320 Ga0466731_142320_23_1171 382
15 3300009784 Ga0123357_10000287 Ga0123357_1000028741 383
16 3300042596 Ga0466696_386833 Ga0466696_386833_80_1264 383
17 3300002834 JGI24696J40584_12961250 JGI24696J40584_129612504 384
18 3300042608 Ga0466721_043581 Ga0466721_043581_13_1167 384
19 3300042648 Ga0466709_229263 Ga0466709_229263_125_1309 385
20 3300042604 Ga0466717_196690 Ga0466717_196690_7039_8226 386
21 3300042619 Ga0466726_363206 Ga0466726_363206_2418_3599 386
22 3300042659 Ga0466733_067684 Ga0466733_067684_2376_3560 386
23 3300042659 Ga0466733_076804 Ga0466733_076804_13338_14522 386
24 3300042625 Ga0466730_092898 Ga0466730_092898_2078_3262 387
25 3300042612 Ga0466705_040594 Ga0466705_040594_1064_2236 390
26 3300002834 JGI24696J40584_12926593 JGI24696J40584_129265931 391
27 3300042593 Ga0466691_205995 Ga0466691_205995_4685_5860 391
28 3300042601 Ga0466707_347728 Ga0466707_347728_6521_7699 392
29 3300042592 Ga0466693_050427 Ga0466693_050427_163_1344 393
30 3300042606 Ga0466719_077480 Ga0466719_077480_103_1284 393
31 3300042618 Ga0466723_154852 Ga0466723_154852_6280_7461 393
32 3300042624 Ga0466735_078372 Ga0466735_078372_3315_4496 393
33 3300042636 Ga0466703_054936 Ga0466703_054936_2610_3791 393
34 3300042655 Ga0466727_314555 Ga0466727_314555_8820_10001 393
35 iso_pr_bacteria 2772190894 2773439553 393
36 2225789004 2227153029 2227559646 394
37 3300002462 JGI24702J35022_10000773 JGI24702J35022_100007738 394
38 3300002504 JGI24705J35276_12238739 JGI24705J35276_122387398 394
39 3300005071 Ga0068302_10198268 Ga0068302_101982682 394
40 3300042592 Ga0466693_050526 Ga0466693_050526_333_1517 394
41 3300042593 Ga0466691_043177 Ga0466691_043177_63_1247 394
42 3300042593 Ga0466691_088620 Ga0466691_088620_2558_3742 394
43 3300042594 Ga0466694_035524 Ga0466694_035524_137_1321 394
44 3300042595 Ga0466695_292216 Ga0466695_292216_53_1237 394
45 3300042596 Ga0466696_033011 Ga0466696_033011_158_1342 394
46 3300042596 Ga0466696_084741 Ga0466696_084741_487_1671 394
47 3300042596 Ga0466696_118694 Ga0466696_118694_290_1474 394
48 3300042596 Ga0466696_204014 Ga0466696_204014_284_1468 394
49 3300042596 Ga0466696_240880 Ga0466696_240880_235_1419 394
50 3300042596 Ga0466696_307205 Ga0466696_307205_260_1444 394
51 3300042598 Ga0466701_077251 Ga0466701_077251_70_1254 394
52 3300042599 Ga0466706_116412 Ga0466706_116412_8189_9373 394
53 3300042599 Ga0466706_149000 Ga0466706_149000_5262_6446 394
54 3300042599 Ga0466706_202880 Ga0466706_202880_574_1758 394
55 3300042601 Ga0466707_276372 Ga0466707_276372_607_1791 394
56 3300042603 Ga0466714_028916 Ga0466714_028916_15295_16479 394
57 3300042604 Ga0466717_037851 Ga0466717_037851_862_2046 394
58 3300042605 Ga0466716_288533 Ga0466716_288533_1148_2332 394
59 3300042605 Ga0466716_505221 Ga0466716_505221_6615_7799 394
60 3300042608 Ga0466721_370445 Ga0466721_370445_859_2043 394
61 3300042612 Ga0466705_116144 Ga0466705_116144_1106_2290 394
62 3300042612 Ga0466705_137961 Ga0466705_137961_36931_38115 394
63 3300042612 Ga0466705_140350 Ga0466705_140350_3728_4912 394
64 3300042612 Ga0466705_344748 Ga0466705_344748_1116_2300 394
65 3300042613 Ga0466710_039181 Ga0466710_039181_2646_3830 394
66 3300042615 Ga0466711_197298 Ga0466711_197298_4922_6106 394
67 3300042615 Ga0466711_276479 Ga0466711_276479_1813_2997 394
68 3300042616 Ga0466715_016004 Ga0466715_016004_564_1748 394
69 3300042616 Ga0466715_033908 Ga0466715_033908_8122_9306 394
70 3300042616 Ga0466715_078045 Ga0466715_078045_1048_2232 394
71 3300042616 Ga0466715_376223 Ga0466715_376223_54_1238 394
72 3300042616 Ga0466715_646341 Ga0466715_646341_25499_26683 394
73 3300042619 Ga0466726_465324 Ga0466726_465324_2934_4118 394
74 3300042620 Ga0466728_140719 Ga0466728_140719_66_1250 394
75 3300042620 Ga0466728_143544 Ga0466728_143544_562_1746 394
76 3300042620 Ga0466728_219598 Ga0466728_219598_415_1599 394
77 3300042621 Ga0466729_271970 Ga0466729_271970_1518_2702 394
78 3300042622 Ga0466731_011677 Ga0466731_011677_2364_3548 394
79 3300042622 Ga0466731_097168 Ga0466731_097168_17571_18755 394
80 3300042636 Ga0466703_236070 Ga0466703_236070_333_1517 394
81 3300042636 Ga0466703_415729 Ga0466703_415729_126_1310 394
82 3300042643 Ga0466704_261553 Ga0466704_261553_358_1542 394
83 3300042643 Ga0466704_339042 Ga0466704_339042_3827_5011 394
84 3300042648 Ga0466709_274006 Ga0466709_274006_10025_11209 394
85 3300042652 Ga0466708_036663 Ga0466708_036663_18307_19491 394
86 3300042652 Ga0466708_281948 Ga0466708_281948_4772_5956 394
87 3300042659 Ga0466733_051389 Ga0466733_051389_23600_24784 394
88 iso_pr_bacteria 2820744581 2820745186 394
89 iso_pr_bacteria 2820778767 2820779288 394
90 iso_pr_bacteria 2920168565 2920170868 394
91 iso_pr_bacteria 2922326829 2922329002 394
92 iso_pr_bacteria 2940209341 2940212405 394
93 iso_pr_bacteria 2940216256 2940216990 394
94 iso_pr_bacteria 3004667792 3004668977 394
95 3300000036 IMNBGM34_c000932 IMNBGM34_0009326 395
96 3300000062 IMNBL1DRAFT_c0001798 IMNBL1DRAFT_00017982 395
97 3300000062 IMNBL1DRAFT_c0014492 IMNBL1DRAFT_00144923 395
98 3300000062 IMNBL1DRAFT_c0018286 IMNBL1DRAFT_00182862 395
99 3300002462 JGI24702J35022_10010596 JGI24702J35022_100105964 395
100 3300002462 JGI24702J35022_10070644 JGI24702J35022_100706442 395
101 3300002462 JGI24702J35022_10122612 JGI24702J35022_101226122 395
102 3300010049 Ga0123356_10098900 Ga0123356_100989002 395
103 3300010167 Ga0123353_10365200 Ga0123353_103652002 395
104 3300042599 Ga0466706_277815 Ga0466706_277815_206_1393 395
105 3300042606 Ga0466719_022649 Ga0466719_022649_339_1526 395
106 3300042606 Ga0466719_548186 Ga0466719_548186_390_1577 395
107 3300042615 Ga0466711_237610 Ga0466711_237610_488_1675 395
108 3300042615 Ga0466711_410304 Ga0466711_410304_248_1435 395
109 3300042616 Ga0466715_410388 Ga0466715_410388_8892_10079 395
110 3300042620 Ga0466728_464293 Ga0466728_464293_11781_12968 395
111 3300042624 Ga0466735_061816 Ga0466735_061816_419_1606 395
112 3300042624 Ga0466735_139962 Ga0466735_139962_743_1930 395
113 3300042643 Ga0466704_159234 Ga0466704_159234_989_2176 395
114 3300042643 Ga0466704_354505 Ga0466704_354505_1992_3179 395
115 3300002449 JGI24698J34947_10051214 JGI24698J34947_100512141 396
116 3300002449 JGI24698J34947_10065818 JGI24698J34947_100658181 396
117 3300005201 Ga0072941_1003226 Ga0072941_10032268 396
118 3300005201 Ga0072941_1030988 Ga0072941_10309883 396
119 3300012839 Ga0160472_100031 Ga0160472_100031153 396
120 3300042601 Ga0466707_046747 Ga0466707_046747_549_1739 396
121 3300042606 Ga0466719_061701 Ga0466719_061701_3969_5159 396
122 3300042616 Ga0466715_426635 Ga0466715_426635_3737_4927 396
123 3300042648 Ga0466709_414378 Ga0466709_414378_1704_2894 396
124 3300010882 Ga0123354_10209349 Ga0123354_102093492 397
125 3300042607 Ga0466720_031201 Ga0466720_031201_578_1771 397
126 3300042615 Ga0466711_268279 Ga0466711_268279_39288_40484 398
127 3300010049 Ga0123356_10327929 Ga0123356_103279291 400
128 3300042606 Ga0466719_494981 Ga0466719_494981_396_1598 400
129 3300042643 Ga0466704_176592 Ga0466704_176592_10740_11942 400
130 3300042652 Ga0466708_042790 Ga0466708_042790_13558_14760 400
131 iso_pr_bacteria 2781125681 2781407549 400
132 3300002450 JGI24695J34938_10029318 JGI24695J34938_100293182 401
133 3300002462 JGI24702J35022_10100096 JGI24702J35022_101000961 401
134 3300010049 Ga0123356_10000928 Ga0123356_1000092822 401
135 3300010049 Ga0123356_10009356 Ga0123356_100093563 401
136 3300010049 Ga0123356_10108008 Ga0123356_101080081 401
137 3300042611 Ga0466697_090844 Ga0466697_090844_82_1287 401
138 3300042613 Ga0466710_425437 Ga0466710_425437_311_1516 401
139 3300042654 Ga0466725_016173 Ga0466725_016173_11279_12484 401
140 3300009784 Ga0123357_10082886 Ga0123357_100828861 402
141 3300042582 Ga0466657_313179 Ga0466657_313179_1657_2865 402
142 3300042621 Ga0466729_215166 Ga0466729_215166_7603_8811 402
143 3300042654 Ga0466725_004240 Ga0466725_004240_5089_6297 402
144 3300009826 Ga0123355_10032611 Ga0123355_100326116 403
145 3300012848 Ga0160443_100003 Ga0160443_100003396 403
146 3300042601 Ga0466707_102972 Ga0466707_102972_124_1335 403
147 3300042621 Ga0466729_060751 Ga0466729_060751_40839_42050 403
148 iso_pr_bacteria 2820075487 2820076659 403
149 2225789004 2227089163 2227467436 404
150 2225789004 2227517983 2228018537 404
151 2225789004 2227580184 2228131594 404
152 3300010049 Ga0123356_10055326 Ga0123356_100553262 404
153 3300042602 Ga0466713_138497 Ga0466713_138497_813_2027 404
154 3300000062 IMNBL1DRAFT_c0002098 IMNBL1DRAFT_00020981 405
155 3300042619 Ga0466726_014577 Ga0466726_014577_1218_2435 405
156 iso_pr_bacteria 2820089333 2820091284 405
157 3300010167 Ga0123353_10030890 Ga0123353_100308907 406
158 3300042609 Ga0466722_127566 Ga0466722_127566_695_1915 406
159 3300002504 JGI24705J35276_12235056 JGI24705J35276_122350563 409
160 3300042623 Ga0466734_052594 Ga0466734_052594_117_1349 410

🧩 MSA Aligner

Download FASTA Download Aligned FASTA

🔬 Functional Annotation

PFAM IDNameDescriptionStartEndAccuracy
PF13635 DUF4143 Domain of unknown function (DUF4143) 205 362 0.96
PF13173 AAA_14 AAA domain 31 160 0.74

🏗️ Structural Annotation – Top 5 Hits

IDDescriptionScoreStartEnd
6mdp-assembly1.cif.gz_A The D1 and D2 domain rings of NSF engaging the SNAP-25 N-terminus within the 20S supercomplex (focused refinement on D1/D2 rings, class 2) 0.739 16 165
6ef3-assembly1.cif.gz_M Yeast 26S proteasome bound to ubiquitinated substrate (4D motor state) 0.691 18 162
6ap1-assembly1.cif.gz_E Vps4p-Vta1p complex with peptide binding to the central pore of Vps4p 0.684 26 162
6ef2-assembly1.cif.gz_J Yeast 26S proteasome bound to ubiquitinated substrate (5T motor state) 0.683 20 163
7mdm-assembly1.cif.gz_F Structure of human p97 ATPase L464P mutant 0.681 18 165
IDDescriptionScoreStartEndSuperfamily
af_L7N658_45_215_1.10.10.10 Mainly Alpha;Orthogonal Bundle;Arc Repressor Mutant, subunit A;Winged helix-like DNA-binding domain superfamily/Winged helix DNA-binding domain 0.8505 199 362 1.10.10.10
af_O53329_210_371_1.10.10.10 Mainly Alpha;Orthogonal Bundle;Arc Repressor Mutant, subunit A;Winged helix-like DNA-binding domain superfamily/Winged helix DNA-binding domain 0.8117 205 362 1.10.10.10
af_I6WYU2_180_359_1.10.10.10 Mainly Alpha;Orthogonal Bundle;Arc Repressor Mutant, subunit A;Winged helix-like DNA-binding domain superfamily/Winged helix DNA-binding domain 0.8011 185 362 1.10.10.10
2qbyB02 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;P-loop containing nucleotide triphosphate hydrolases 0.7741 16 152 3.40.50.300
af_Q58939_212_374_1.10.10.10 Mainly Alpha;Orthogonal Bundle;Arc Repressor Mutant, subunit A;Winged helix-like DNA-binding domain superfamily/Winged helix DNA-binding domain 0.7728 185 351 1.10.10.10
IDDescriptionScoreStartEndGO Terms
AF-A0A7V0ZJJ5-F1-model_v4 Uncharacterized/unreviewed 0.9888 11 404
AF-A0A419DBY9-F1-model_v4 Uncharacterized/unreviewed 0.9854 11 313 GO:0005524

⚛️ Structure & Feature Viewer

pLDDTpTMQuality
0.88 0.9 High

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🗺️ Geographic Distribution

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