Protein Family IF08848

Metagenome Isolate
114 Members
37 Samples
111 Scaffolds
254.22 Avg Length

🧬 Representative Sequence

ID
3300042624|Ga0466735_231328|Ga0466735_231328_3010_3924
Length
304 aa
Sequence
MVLSDIVIILSRPSESGNIGAACRAMKNMGLSRLRIAGTPRESLDEAALRARAIHAADIWEATSFFDTLAGATADCSLLVGTTRRRGHRRKNVTMDSRELAAWLRDRPGPSGDRSGAAGPVALVFGNERTGLEDNELALCNIASHIPVSDAFPSLNLSHAVQIYAYELFQAIGPMAAAEGAVVAAVPEEATGPRPVKGAWVPLSREQADALTAAVTRNLETLGFYRHPGRAEQERFIRDFISRAGLTEQEGRYFGDIFAKAARLAWTSKESLNSTEIITEDLNARKIINGVKIKNPFIDKDPDV

πŸ“Š Sample Types

Isolate 2.6%
Metagenome 97.4%
MAG 0.0%
Metatranscriptome 0.0%
Single Cell 0.0%

πŸ› Taxa Family Distribution

Termitidae 44.4%
Kalotermitidae 30.6%
Unclassified 11.1%
Termopsidae 8.3%
Rhinotermitidae 5.6%

🌳 Taxonomy

Archaea 0
Bacteria 109
Eukaryota 0
Viruses 0
Unclassified 5

πŸ—‚οΈ Samples

#Sample IDDescriptionTypeTaxa Family
1 2781125694 Treponema sp. Th196P3bin120 Isolate Unclassified
2 3300042601 Termite gut microbial communities of Hodotermopsis sjoestedti from Tam Dao National Park, Vietnam - Hs463 Metagenome Unclassified
3 3300042609 Termite gut microbial communities of Prorhinotermes canalifrons from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Pc512 Metagenome Rhinotermitidae
4 3300042636 Termite gut microbial communities of Glyptotermes sp. from Thung Chang, Thailand - Gsp477 Metagenome Kalotermitidae
5 3300002449 Microcerotermes parvus P3 segment gut microbial communities from Pointe-Noire, Republic of the Congo - Mp193 P3 Metagenome Termitidae
6 3300002462 Microcerotermes parvus P4 segment gut microbial communities from Pointe-Noire, Republic of the Congo - Th196 P4 Metagenome Termitidae
7 3300042604 Termite gut microbial communities of Neocapritermes taracua from Petit Saut, French Guiana, France - Nct323 Metagenome Termitidae
8 3300042610 Termite gut microbial communities of Constrictotermes cavifrons from Petit Saut, French Guiana, France - Cx337 Metagenome Termitidae
9 2781125632 Treponema sp. Co191P1bin87 Isolate Unclassified
10 2781125655 Treponema sp. Emb289P1bin105 Isolate Unclassified
11 3300042624 Termite gut microbial communities of Zootermopsis nevadensis from Mount Pinos, Los Padres National Forest, California, USA - Zx50 Metagenome Termopsidae
12 3300009826 Embiratermes neotenicus P1 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P1 Metagenome Termitidae
13 3300009784 Embiratermes neotenicus P4 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P4 Metagenome Termitidae
14 3300042622 Termite gut microbial communities of Spinitermes trispinosus from Petit Saut, French Guiana, France - Spi319 Metagenome Termitidae
15 3300042643 Termite gut microbial communities of Glyptotermes sp. from Ebogo I, Mbalmayo, Cameroon - Gx481 Metagenome Kalotermitidae
16 3300042656 Termite gut microbial communities of Trinervitermes sp. from JKUAT Farm, Juja, Kenya - TD114a Metagenome Termitidae
17 3300042659 Termite gut microbial communities of Odontotermes sp. from Kajiado County, Kenya - TD116 Metagenome Termitidae
18 3300042596 Termite gut microbial communities of Calcaritermes temnocephalus from Boquisco, Panama - Ct408 Metagenome Kalotermitidae
19 3300042605 Termite gut microbial communities of Neotermes cubanus from Parque Nacional Topes de Collantes, Sierra del Escambray, Cuba - Ncb351 Metagenome Kalotermitidae
20 3300042616 Termite gut microbial communities of Neotermes castaneus from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Nc350 Metagenome Kalotermitidae
21 3300042655 Termite gut microbial communities of Porotermes quadricollis from Region del Maule, Estero Los Robles, Chile - Pq454 Metagenome Termopsidae
22 3300042590 Termite gut microbial communities of Cryptotermes cavifrons from Fort Lauderdale Research & Education Center, Florida, USA - Cc175 Metagenome Kalotermitidae
23 3300042593 Termite gut microbial communities of Cryptotermes dudleyi from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Cd354 Metagenome Kalotermitidae
24 3300042606 Termite gut microbial communities of Neotermes meruensis from Talek, Kenya - Nm470 Metagenome Kalotermitidae
25 3300042619 Termite gut microbial communities of Porotermes adamsoni from near Lamington National Park, Queensland, Australia - Po218 Metagenome Termopsidae
26 3300042652 Termite gut microbial communities of Incisitermes marginipennis from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Im510 Metagenome Kalotermitidae
27 3300002450 Cornitermes sp. P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Co191 P3 Metagenome Termitidae
28 3300005201 Microcerotermes gut microbial communities from Indooroopilly, Australia - IN01 metagenome Metagenome
29 3300010049 Embiratermes neotenicus P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P3 Metagenome Termitidae
30 3300010167 Labiotermes labralis P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Lab288 P3 Metagenome Termitidae
31 3300042591 Termite gut microbial communities of Coptotermes formosanus from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Cf509 Metagenome Rhinotermitidae
32 3300042614 Termite gut microbial communities of Microcerotermes sp. from Ebogo II, Mbalmayo, Cameroon - Mcx344 Metagenome Termitidae
33 3300042618 Termite gut microbial communities of Procryptotermes leewardensis from Pointe de la Grande Vigie, Guadeloupe, France - Pcl387 Metagenome Kalotermitidae
34 3300042594 Termite gut microbial communities of Coatitermes kartaboensis from Petit Saut, French Guiana, France - Coa324 Metagenome Termitidae
35 3300042600 Termite gut microbial communities of Euhamitermes sp. from Bubeng, China - Ehx436 Metagenome Termitidae
36 3300042612 Termite gut microbial communities of Glyptotermes sp. from Ebogo II, Mbalmayo, Cameroon - Gx485 Metagenome Kalotermitidae
37 3300042617 Termite gut microbial communities of Nasutitermes lujae from Ebogo II, Mbalmayo, Cameroon - Nl494 Metagenome Termitidae

πŸ”— Scaffolds

#ScaffoldSampleTaxonomyLength
1 Ga0466722_023027 3300042609 Bacteria 5291
2 Ga0466722_109295 3300042609 Bacteria 4248
3 Ga0123353_10155437 3300010167 Bacteria 3647
4 Ga0466718_047165 3300042617 Bacteria 6611
5 Ga0466718_071939 3300042617 Bacteria 1318
6 Ga0466718_090008 3300042617 Bacteria 2095
7 Ga0466726_318617 3300042619 Bacteria 2864
8 Ga0466691_185936 3300042593 Bacteria 6133
9 Ga0466705_322070 3300042612 Bacteria 4518
10 Ga0466722_060417 3300042609 Bacteria 3703
11 Ga0466722_126122 3300042609 Bacteria 1838
12 Ga0123357_10077737 3300009784 Bacteria 4376
13 Ga0466715_641920 3300042616 Bacteria 34337
14 Ga0466692_131339 3300042591 Bacteria 13466
15 Ga0466703_213284 3300042636 Bacteria 2056
16 Ga0466703_336803 3300042636 Bacteria 15398
17 Ga0466704_221541 3300042643 Bacteria 1986
18 Ga0466704_505784 3300042643 Bacteria 2800
19 Ga0466704_559417 3300042643 Bacteria 7617
20 Ga0466727_105175 3300042655 Bacteria 1512
21 Ga0466727_189481 3300042655 Unclassified 1953
22 Ga0072941_1203766 3300005201 Unclassified 1594
23 Ga0466716_415781 3300042605 Bacteria 1322
24 Ga0466722_195290 3300042609 Bacteria 4518
25 Ga0466722_233447 3300042609 Bacteria 4265
26 Ga0123353_10031632 3300010167 Bacteria 8200
27 Ga0123353_10521474 3300010167 Bacteria 1724
28 Ga0123353_10912185 3300010167 Bacteria 1194
29 Ga0123353_11086452 3300010167 Bacteria 1064
30 Ga0466723_044515 3300042618 Bacteria 3842
31 Ga0466690_218712 3300042590 Bacteria 1156
32 Ga0466690_387265 3300042590 Bacteria 1496
33 Ga0466704_322808 3300042643 Unclassified 3147
34 Ga0466727_001566 3300042655 Bacteria 11761
35 JGI24698J34947_10011704 3300002449 Bacteria 4817
36 Ga0466705_384898 3300042612 Bacteria 15925
37 Ga0466732_149743 3300042656 Bacteria 2354
38 Ga0466732_341099 3300042656 Bacteria 1244
39 Ga0466733_081182 3300042659 Bacteria 4182
40 Ga0466722_061026 3300042609 Bacteria 18060
41 Ga0466722_072136 3300042609 Bacteria 5981
42 Ga0123353_10021383 3300010167 Bacteria 9710
43 Ga0466712_232623 3300042614 Bacteria 24742
44 Ga0466715_518129 3300042616 Bacteria 10040
45 Ga0466718_087268 3300042617 Bacteria 2436
46 Ga0466723_146023 3300042618 Bacteria 6464
47 Ga0466690_283386 3300042590 Bacteria 1922
48 Ga0466694_042247 3300042594 Bacteria 35764
49 Ga0466735_231328 3300042624 Bacteria 6287
50 Ga0466704_323599 3300042643 Bacteria 3503
51 JGI24698J34947_10009418 3300002449 Unclassified 5363
52 JGI24698J34947_10043062 3300002449 Bacteria 2316
53 JGI24702J35022_10060193 3300002462 Bacteria 2030
54 Ga0072941_1055757 3300005201 Bacteria 3505
55 Ga0466700_128920 3300042600 Bacteria 2305
56 Ga0466707_218217 3300042601 Bacteria 2419
57 Ga0466719_110224 3300042606 Bacteria 2734
58 Ga0123356_10007684 3300010049 Bacteria 10740
59 Ga0466690_071726 3300042590 Bacteria 3227
60 Ga0466690_151581 3300042590 Bacteria 2654
61 Ga0466692_038412 3300042591 Bacteria 10986
62 Ga0466694_239161 3300042594 Bacteria 4379
63 Ga0466694_292691 3300042594 Bacteria 2539
64 Ga0072941_1039141 3300005201 Bacteria 5539
65 Ga0466717_086033 3300042604 Bacteria 1804
66 Ga0466722_110534 3300042609 Bacteria 1554
67 Ga0123355_10347779 3300009826 Bacteria 1968
68 Ga0466712_051643 3300042614 Bacteria 7722
69 Ga0466715_287281 3300042616 Bacteria 12119
70 Ga0466718_106528 3300042617 Bacteria 3030
71 Ga0466718_148961 3300042617 Bacteria 3691
72 Ga0466723_160165 3300042618 Bacteria 2532
73 Ga0466726_252996 3300042619 Bacteria 2038
74 Ga0466692_032543 3300042591 Bacteria 4469
75 Ga0466691_099789 3300042593 Bacteria 2216
76 Ga0466735_158049 3300042624 Bacteria 1638
77 Ga0466704_138234 3300042643 Bacteria 11442
78 Ga0466704_327386 3300042643 Bacteria 1131
79 JGI24702J35022_10008490 3300002462 Bacteria 5812
80 Ga0072941_1002867 3300005201 Bacteria 6361
81 Ga0072941_1005331 3300005201 Bacteria 3999
82 Ga0466719_292859 3300042606 Bacteria 2564
83 Ga0466698_134355 3300042610 Bacteria 1085
84 Ga0123355_10002359 3300009826 Bacteria 26671
85 Ga0123356_10689371 3300010049 Bacteria 1190
86 Ga0466690_221828 3300042590 Bacteria 2292
87 Ga0466690_293089 3300042590 Bacteria 9557
88 Ga0466694_215048 3300042594 Bacteria 3422
89 Ga0466694_321569 3300042594 Bacteria 1676
90 Ga0466694_398667 3300042594 Bacteria 3195
91 Ga0466696_290506 3300042596 Bacteria 19680
92 Ga0466731_304827 3300042622 Bacteria 2357
93 Ga0466703_017118 3300042636 Bacteria 15056
94 Ga0466704_168903 3300042643 Bacteria 8376
95 Ga0072941_1035450 3300005201 Bacteria 3638
96 Ga0072941_1055784 3300005201 Bacteria 1615
97 Ga0466707_113843 3300042601 Bacteria 40978
98 Ga0123353_10271381 3300010167 Bacteria 2613
99 Ga0466712_261593 3300042614 Bacteria 7942
100 Ga0466718_001104 3300042617 Bacteria 1956
101 Ga0466723_145874 3300042618 Bacteria 25990
102 Ga0466726_264716 3300042619 Bacteria 9763
103 Ga0466690_015318 3300042590 Bacteria 1584
104 Ga0466694_023372 3300042594 Bacteria 1965
105 Ga0466694_140718 3300042594 Unclassified 4046
106 Ga0466696_217180 3300042596 Bacteria 2594
107 Ga0466735_185002 3300042624 Bacteria 3418
108 Ga0466703_173078 3300042636 Bacteria 2637
109 Ga0466708_088365 3300042652 Bacteria 38009
110 JGI24698J34947_10001666 3300002449 Bacteria 11857
111 JGI24695J34938_10050054 3300002450 Bacteria 1834

πŸ“‹ Family Sequences

#SampleScaffoldProteinLength (aa)
1 3300042643 Ga0466704_327386 Ga0466704_327386_27_686 219
2 3300002462 JGI24702J35022_10008490 JGI24702J35022_100084904 225
3 3300042605 Ga0466716_415781 Ga0466716_415781_247_939 230
4 3300042617 Ga0466718_106528 Ga0466718_106528_2235_2927 230
5 3300010049 Ga0123356_10007684 Ga0123356_1000768411 232
6 3300005201 Ga0072941_1203766 Ga0072941_12037661 233
7 3300042614 Ga0466712_051643 Ga0466712_051643_4587_5330 233
8 3300002449 JGI24698J34947_10001666 JGI24698J34947_1000166610 234
9 3300042643 Ga0466704_505784 Ga0466704_505784_1859_2572 237
10 3300005201 Ga0072941_1002867 Ga0072941_10028673 239
11 3300042617 Ga0466718_001104 Ga0466718_001104_250_1014 239
12 3300042636 Ga0466703_336803 Ga0466703_336803_2511_3233 240
13 3300042614 Ga0466712_261593 Ga0466712_261593_6665_7435 241
14 3300042590 Ga0466690_015318 Ga0466690_015318_293_1021 242
15 3300042590 Ga0466690_151581 Ga0466690_151581_488_1216 242
16 3300042617 Ga0466718_047165 Ga0466718_047165_1108_1890 242
17 3300042622 Ga0466731_304827 Ga0466731_304827_327_1055 242
18 3300042636 Ga0466703_173078 Ga0466703_173078_1644_2375 243
19 3300002449 JGI24698J34947_10009418 JGI24698J34947_100094185 244
20 3300042590 Ga0466690_218712 Ga0466690_218712_71_805 244
21 3300042590 Ga0466690_283386 Ga0466690_283386_127_861 244
22 3300042594 Ga0466694_023372 Ga0466694_023372_230_964 244
23 3300042600 Ga0466700_128920 Ga0466700_128920_644_1378 244
24 3300042614 Ga0466712_232623 Ga0466712_232623_13002_13736 244
25 3300042619 Ga0466726_318617 Ga0466726_318617_156_890 244
26 3300042636 Ga0466703_213284 Ga0466703_213284_174_908 244
27 3300042643 Ga0466704_323599 Ga0466704_323599_2287_3021 244
28 3300002450 JGI24695J34938_10050054 JGI24695J34938_100500542 245
29 3300005201 Ga0072941_1055757 Ga0072941_10557572 245
30 3300042609 Ga0466722_110534 Ga0466722_110534_785_1522 245
31 3300042643 Ga0466704_168903 Ga0466704_168903_4091_4828 245
32 3300042606 Ga0466719_292859 Ga0466719_292859_970_1710 246
33 3300042612 Ga0466705_384898 Ga0466705_384898_4132_4872 246
34 3300042617 Ga0466718_090008 Ga0466718_090008_758_1498 246
35 3300042643 Ga0466704_221541 Ga0466704_221541_902_1642 246
36 3300042643 Ga0466704_322808 Ga0466704_322808_1589_2329 246
37 3300042591 Ga0466692_038412 Ga0466692_038412_5196_5975 247
38 3300042591 Ga0466692_131339 Ga0466692_131339_729_1514 247
39 3300042594 Ga0466694_042247 Ga0466694_042247_32677_33420 247
40 3300042594 Ga0466694_140718 Ga0466694_140718_58_801 247
41 3300042594 Ga0466694_215048 Ga0466694_215048_1878_2621 247
42 3300042617 Ga0466718_087268 Ga0466718_087268_321_1064 247
43 3300042618 Ga0466723_160165 Ga0466723_160165_602_1345 247
44 3300042590 Ga0466690_071726 Ga0466690_071726_2257_3003 248
45 3300042591 Ga0466692_032543 Ga0466692_032543_1054_1824 248
46 3300005201 Ga0072941_1035450 Ga0072941_10354503 249
47 3300010167 Ga0123353_10912185 Ga0123353_109121852 249
48 3300042596 Ga0466696_217180 Ga0466696_217180_1361_2110 249
49 3300042617 Ga0466718_071939 Ga0466718_071939_176_925 249
50 3300002449 JGI24698J34947_10011704 JGI24698J34947_100117045 250
51 3300005201 Ga0072941_1039141 Ga0072941_10391416 250
52 3300042590 Ga0466690_387265 Ga0466690_387265_351_1103 250
53 3300042594 Ga0466694_321569 Ga0466694_321569_58_810 250
54 3300042617 Ga0466718_148961 Ga0466718_148961_1146_1931 250
55 3300042619 Ga0466726_252996 Ga0466726_252996_454_1206 250
56 3300005201 Ga0072941_1055784 Ga0072941_10557841 251
57 3300009826 Ga0123355_10347779 Ga0123355_103477792 251
58 3300042619 Ga0466726_264716 Ga0466726_264716_3028_3786 252
59 3300042652 Ga0466708_088365 Ga0466708_088365_15520_16314 252
60 3300002462 JGI24702J35022_10060193 JGI24702J35022_100601932 253
61 3300042636 Ga0466703_017118 Ga0466703_017118_3319_4080 253
62 3300010167 Ga0123353_11086452 Ga0123353_110864522 254
63 3300042594 Ga0466694_398667 Ga0466694_398667_1378_2142 254
64 3300042606 Ga0466719_110224 Ga0466719_110224_1035_1799 254
65 3300042609 Ga0466722_072136 Ga0466722_072136_2700_3566 254
66 3300042643 Ga0466704_138234 Ga0466704_138234_8261_9025 254
67 iso_pr_bacteria 2781125655 2781317727 255
68 3300009826 Ga0123355_10002359 Ga0123355_1000235928 256
69 3300042604 Ga0466717_086033 Ga0466717_086033_895_1665 256
70 3300042616 Ga0466715_518129 Ga0466715_518129_3531_4355 256
71 3300042616 Ga0466715_641920 Ga0466715_641920_13841_14611 256
72 3300042609 Ga0466722_233447 Ga0466722_233447_1704_2501 257
73 3300042643 Ga0466704_559417 Ga0466704_559417_4792_5601 257
74 iso_pr_bacteria 2781125694 2781437029 257
75 3300042594 Ga0466694_292691 Ga0466694_292691_522_1334 258
76 3300010167 Ga0123353_10271381 Ga0123353_102713813 259
77 3300042609 Ga0466722_126122 Ga0466722_126122_787_1569 260
78 3300042618 Ga0466723_044515 Ga0466723_044515_951_1808 260
79 3300009784 Ga0123357_10077737 Ga0123357_100777374 261
80 3300042590 Ga0466690_293089 Ga0466690_293089_634_1485 261
81 3300042594 Ga0466694_239161 Ga0466694_239161_809_1636 261
82 3300042609 Ga0466722_195290 Ga0466722_195290_3108_3893 261
83 3300042616 Ga0466715_287281 Ga0466715_287281_5222_6007 261
84 3300042618 Ga0466723_145874 Ga0466723_145874_6991_7776 261
85 3300042590 Ga0466690_221828 Ga0466690_221828_912_1700 262
86 3300042601 Ga0466707_113843 Ga0466707_113843_4257_5045 262
87 3300042618 Ga0466723_146023 Ga0466723_146023_3759_4547 262
88 3300042655 Ga0466727_001566 Ga0466727_001566_6378_7166 262
89 3300010167 Ga0123353_10521474 Ga0123353_105214742 263
90 3300042609 Ga0466722_061026 Ga0466722_061026_1436_2227 263
91 3300042655 Ga0466727_189481 Ga0466727_189481_898_1689 263
92 iso_pr_bacteria 2781125632 2781270383 263
93 3300042612 Ga0466705_322070 Ga0466705_322070_3324_4118 264
94 3300042593 Ga0466691_099789 Ga0466691_099789_43_840 265
95 3300042609 Ga0466722_023027 Ga0466722_023027_1186_1986 266
96 3300042610 Ga0466698_134355 Ga0466698_134355_33_863 266
97 3300042609 Ga0466722_109295 Ga0466722_109295_2563_3366 267
98 3300005201 Ga0072941_1005331 Ga0072941_10053314 269
99 3300042624 Ga0466735_185002 Ga0466735_185002_1248_2057 269
100 3300010049 Ga0123356_10689371 Ga0123356_106893712 270
101 3300042609 Ga0466722_060417 Ga0466722_060417_1901_2713 270
102 3300042593 Ga0466691_185936 Ga0466691_185936_3782_4600 272
103 3300042655 Ga0466727_105175 Ga0466727_105175_323_1147 274
104 3300010167 Ga0123353_10021383 Ga0123353_1002138311 275
105 3300042601 Ga0466707_218217 Ga0466707_218217_130_960 276
106 3300042596 Ga0466696_290506 Ga0466696_290506_13285_14121 278
107 3300042624 Ga0466735_158049 Ga0466735_158049_653_1498 281
108 3300010167 Ga0123353_10031632 Ga0123353_100316325 282
109 3300010167 Ga0123353_10155437 Ga0123353_101554373 282
110 3300042656 Ga0466732_149743 Ga0466732_149743_685_1533 282
111 3300042656 Ga0466732_341099 Ga0466732_341099_207_1055 282
112 3300002449 JGI24698J34947_10043062 JGI24698J34947_100430622 291
113 3300042659 Ga0466733_081182 Ga0466733_081182_504_1379 291
114 3300042624 Ga0466735_231328 Ga0466735_231328_3010_3924 304

🧩 MSA Aligner

πŸ”¬ Functional Annotation

PFAM IDNameDescriptionStartEndAccuracy
PF00588 SpoU_methylase SpoU rRNA Methylase family 6 166 0.82

βš›οΈ Structure & Feature Viewer

pLDDTpTMQuality
0.6 0.7 High

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πŸ—ΊοΈ Geographic Distribution

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