Protein Family IF08589

Metagenome Isolate
113 Members
26 Samples
110 Scaffolds
275.98 Avg Length

🧬 Representative Sequence

ID
3300042622|Ga0466731_138242|Ga0466731_138242_281_1204
Length
307 aa
Sequence
MGAPFNHQIYYPSSFNELFSIWNNHPSAVLYAGGTDFTRRQGKLILELPEKILCLDQLQELHRITRTEHYLEIGSMAKLNNLIHLGKIIPETLRDCLENIGGVQIRNIATIGGNICCQMLDISAPLIALDAQYELKDSKNTRWVSAARFHSSDDTSVLKKDSTRIHPVLNNQEILTRIRLPLHRWNYSMYKKFYKSYSNNKDDDFKNIIYNKTLTFMARTQKNNLADIRVVYKKNNTILRNKNAEGILIGKYLPISKKTAADFIENWEEFISDYNEHEKFTENEKIDEFSKYALINCIAINIHHLSE

πŸ“Š Sample Types

Isolate 2.6%
Metagenome 97.3%
MAG 0.0%
Metatranscriptome 0.0%
Single Cell 0.0%

πŸ› Taxa Family Distribution

Termitidae 75.0%
Kalotermitidae 12.5%
Unclassified 12.5%

🌳 Taxonomy

Archaea 0
Bacteria 105
Eukaryota 0
Viruses 0
Unclassified 8

πŸ—‚οΈ Samples

#Sample IDDescriptionTypeTaxa Family
1 3300005485 Termite gut microbial communities from Costa Rica - P3 luminal contents Metagenome Termitidae
2 3300042606 Termite gut microbial communities of Neotermes meruensis from Talek, Kenya - Nm470 Metagenome Kalotermitidae
3 3300024493 Termite gut microbial communities from Nasutitermes sp. lab. nest, Belvaux, Luxembourg - LM_1_8 metagenomics Metagenome
4 2781125650 Treponema sp. Co191P3bin64 Isolate Unclassified
5 3300038395 Termite gut microbial communities from Labiotermes sp. nest - French Guiana - 19_62_13_hindgut Metagenome Termitidae
6 3300042592 Termite gut microbial communities of Cornitermes pugnax from Petit Saut, French Guiana, France - Co333 Metagenome Termitidae
7 3300042604 Termite gut microbial communities of Neocapritermes taracua from Petit Saut, French Guiana, France - Nct323 Metagenome Termitidae
8 3300002449 Microcerotermes parvus P3 segment gut microbial communities from Pointe-Noire, Republic of the Congo - Mp193 P3 Metagenome Termitidae
9 2781125689 Treponema sp. Mp193P4bin9 Isolate Unclassified
10 3300042622 Termite gut microbial communities of Spinitermes trispinosus from Petit Saut, French Guiana, France - Spi319 Metagenome Termitidae
11 3300042635 Termite gut microbial communities of Globitermes sulphureus from Bubeng, China - Glo450 Metagenome Termitidae
12 3300042656 Termite gut microbial communities of Trinervitermes sp. from JKUAT Farm, Juja, Kenya - TD114a Metagenome Termitidae
13 3300042620 Termite gut microbial communities of Roisinitermes ebogoensis from Ebogo II, Mbalmayo, Cameroon - Roe453 Metagenome Kalotermitidae
14 3300000089 Insect hindgut associated microbial communities from Australia - Nasutitermes Metagenome Termitidae
15 3300005200 Nasutitermes gut metagenome Metagenome Termitidae
16 2781125660 Treponema sp. Emb289P3bin52 Isolate Unclassified
17 3300042652 Termite gut microbial communities of Incisitermes marginipennis from BAM Federal Institute for Materials Research and Testing, Berlin, Germany - Im510 Metagenome Kalotermitidae
18 3300042607 Termite gut microbial communities of Nasutitermes c.f. ephratae from Petit Saut, French Guiana, France - Nx346 Metagenome Termitidae
19 3300042614 Termite gut microbial communities of Microcerotermes sp. from Ebogo II, Mbalmayo, Cameroon - Mcx344 Metagenome Termitidae
20 3300002450 Cornitermes sp. P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Co191 P3 Metagenome Termitidae
21 3300005201 Microcerotermes gut microbial communities from Indooroopilly, Australia - IN01 metagenome Metagenome
22 3300010049 Embiratermes neotenicus P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Emb289 P3 Metagenome Termitidae
23 3300010167 Labiotermes labralis P3 segment gut microbial communities from Petit-Saut dam, French Guiana - Lab288 P3 Metagenome Termitidae
24 3300042594 Termite gut microbial communities of Coatitermes kartaboensis from Petit Saut, French Guiana, France - Coa324 Metagenome Termitidae
25 3300042617 Termite gut microbial communities of Nasutitermes lujae from Ebogo II, Mbalmayo, Cameroon - Nl494 Metagenome Termitidae
26 3300002509 Microcerotermes parvus P4 segment gut microbial communities from Pointe-Noire, Republic of the Congo - Mp193P4 Metagenome Termitidae

πŸ”— Scaffolds

#ScaffoldSampleTaxonomyLength
1 Ga0466732_186330 3300042656 Bacteria 8263
2 Ga0123356_10023653 3300010049 Bacteria 5779
3 Ga0123356_10060616 3300010049 Bacteria 3531
4 Ga0123353_10145487 3300010167 Bacteria 3790
5 Ga0466720_053516 3300042607 Bacteria 5779
6 Ga0466718_138888 3300042617 Bacteria 3787
7 Ga0466718_147139 3300042617 Bacteria 7522
8 JGI24698J34947_10031210 3300002449 Unclassified 2806
9 JGI24695J34938_10004644 3300002450 Bacteria 8920
10 Ga0072940_1009277 3300005200 Bacteria 7836
11 Ga0072940_1018448 3300005200 Bacteria 5994
12 Ga0072940_1048655 3300005200 Unclassified 5092
13 Ga0072941_1003136 3300005201 Bacteria 11241
14 Ga0072941_1249384 3300005201 Bacteria 2752
15 Ga0466693_292731 3300042592 Bacteria 11996
16 Ga0466732_038782 3300042656 Bacteria 4591
17 Ga0466732_284090 3300042656 Unclassified 1386
18 Ga0466717_120831 3300042604 Bacteria 1691
19 Ga0466719_132287 3300042606 Bacteria 3911
20 Ga0466720_030832 3300042607 Bacteria 1975
21 Ga0466720_185663 3300042607 Bacteria 15769
22 Ga0466712_039032 3300042614 Bacteria 2351
23 Ga0466712_143181 3300042614 Bacteria 1103
24 Ga0466718_008497 3300042617 Bacteria 8104
25 AustNasuHG_c1000119 3300000089 Bacteria 24192
26 JGI24698J34947_10001577 3300002449 Bacteria 12078
27 JGI24695J34938_10000232 3300002450 Bacteria 52996
28 Ga0072941_1001584 3300005201 Bacteria 15386
29 Ga0074263_102724 3300005485 Bacteria 2069
30 Ga0415639_072938 3300038395 Bacteria 5521
31 Ga0415639_136292 3300038395 Bacteria 5507
32 Ga0466694_315239 3300042594 Bacteria 4354
33 Ga0466702_023219 3300042635 Bacteria 10667
34 Ga0466720_019969 3300042607 Bacteria 45077
35 Ga0466720_029258 3300042607 Bacteria 50082
36 Ga0466720_205568 3300042607 Bacteria 3930
37 Ga0466712_249844 3300042614 Bacteria 15744
38 Ga0466718_089049 3300042617 Bacteria 13689
39 JGI24698J34947_10000210 3300002449 Bacteria 23899
40 JGI24698J34947_10000303 3300002449 Bacteria 21551
41 Ga0072941_1001912 3300005201 Bacteria 4822
42 Ga0123356_10839632 3300010049 Bacteria 1090
43 Ga0466720_185753 3300042607 Bacteria 3800
44 Ga0466720_218163 3300042607 Bacteria 21590
45 Ga0466712_057648 3300042614 Bacteria 27785
46 Ga0466712_066832 3300042614 Bacteria 10517
47 Ga0466718_132190 3300042617 Bacteria 17802
48 JGI24698J34947_10000580 3300002449 Bacteria 17418
49 JGI24698J34947_10010510 3300002449 Unclassified 5080
50 JGI24698J34947_10011126 3300002449 Bacteria 4938
51 JGI24698J34947_10023361 3300002449 Bacteria 3309
52 JGI24698J34947_10141710 3300002449 Unclassified 1012
53 JGI24695J34938_10000348 3300002450 Bacteria 45575
54 JGI24695J34938_10002272 3300002450 Unclassified 14842
55 Ga0072940_1137307 3300005200 Bacteria 1673
56 Ga0072941_1043584 3300005201 Bacteria 5069
57 Ga0415639_172695 3300038395 Bacteria 1736
58 Ga0466732_068355 3300042656 Bacteria 1902
59 Ga0123356_10001789 3300010049 Bacteria 23449
60 Ga0123356_10147714 3300010049 Bacteria 2329
61 Ga0466720_010554 3300042607 Bacteria 31855
62 Ga0466720_022808 3300042607 Bacteria 44153
63 Ga0466712_098167 3300042614 Bacteria 24085
64 Ga0466712_132560 3300042614 Bacteria 3901
65 AustNasuHG_c1027346 3300000089 Bacteria 1745
66 JGI24698J34947_10001254 3300002449 Bacteria 13277
67 JGI24695J34938_10028079 3300002450 Bacteria 2648
68 Ga0072941_1003137 3300005201 Bacteria 34138
69 Ga0072941_1026722 3300005201 Unclassified 7576
70 Ga0466694_123440 3300042594 Bacteria 50310
71 Ga0466702_348211 3300042635 Bacteria 1835
72 Ga0123356_10000062 3300010049 Bacteria 112695
73 Ga0466712_137264 3300042614 Bacteria 7349
74 Ga0466712_157330 3300042614 Bacteria 36606
75 Ga0466712_315247 3300042614 Bacteria 3028
76 Ga0466718_162382 3300042617 Bacteria 2035
77 JGI24698J34947_10001568 3300002449 Bacteria 12111
78 JGI24698J34947_10003420 3300002449 Bacteria 8615
79 JGI24698J34947_10005741 3300002449 Bacteria 6804
80 Ga0072941_1040384 3300005201 Bacteria 6176
81 Ga0264413_105546 3300024493 Bacteria 2059
82 Ga0264413_115783 3300024493 Bacteria 3763
83 Ga0466694_002713 3300042594 Bacteria 8064
84 Ga0466731_138242 3300042622 Bacteria 1804
85 Ga0466702_148535 3300042635 Bacteria 2253
86 Ga0466719_446130 3300042606 Bacteria 3954
87 Ga0466720_029793 3300042607 Bacteria 7295
88 Ga0466712_088146 3300042614 Bacteria 27823
89 Ga0466718_088224 3300042617 Bacteria 8537
90 Ga0466718_145546 3300042617 Bacteria 12566
91 Ga0466728_339084 3300042620 Bacteria 1905
92 JGI24698J34947_10019921 3300002449 Bacteria 3615
93 JGI24695J34938_10001120 3300002450 Bacteria 24156
94 JGI24695J34938_10001457 3300002450 Bacteria 20019
95 JGI24695J34938_10001747 3300002450 Bacteria 17965
96 Ga0072941_1009359 3300005201 Bacteria 34397
97 Ga0074263_116441 3300005485 Bacteria 2535
98 Ga0264413_105545 3300024493 Bacteria 3973
99 Ga0415639_004309 3300038395 Bacteria 11639
100 Ga0466732_079215 3300042656 Bacteria 16766
101 Ga0466720_013573 3300042607 Bacteria 5465
102 Ga0466720_018825 3300042607 Bacteria 1718
103 Ga0466720_074924 3300042607 Bacteria 21256
104 Ga0466712_046488 3300042614 Bacteria 5544
105 Ga0466718_089840 3300042617 Bacteria 13842
106 JGI24698J34947_10002870 3300002449 Bacteria 9350
107 JGI24698J34947_10047637 3300002449 Bacteria 2175
108 JGI24699J35502_11109245 3300002509 Unclassified 2625
109 Ga0072940_1020901 3300005200 Bacteria 18403
110 Ga0466708_246568 3300042652 Bacteria 6994

πŸ“‹ Family Sequences

#SampleScaffoldProteinLength (aa)
1 3300005200 Ga0072940_1018448 Ga0072940_10184488 252
2 3300024493 Ga0264413_105546 Ga0264413_1055462 252
3 3300042617 Ga0466718_145546 Ga0466718_145546_4760_5593 254
4 3300002450 JGI24695J34938_10000232 JGI24695J34938_1000023238 260
5 3300002450 JGI24695J34938_10004644 JGI24695J34938_100046445 260
6 3300002450 JGI24695J34938_10028079 JGI24695J34938_100280792 260
7 3300038395 Ga0415639_136292 Ga0415639_136292_559_1344 261
8 3300042607 Ga0466720_218163 Ga0466720_218163_16757_17542 261
9 3300042656 Ga0466732_186330 Ga0466732_186330_1993_2826 263
10 3300042594 Ga0466694_123440 Ga0466694_123440_12990_13823 267
11 3300042607 Ga0466720_205568 Ga0466720_205568_402_1232 267
12 3300002450 JGI24695J34938_10001747 JGI24695J34938_1000174716 268
13 3300024493 Ga0264413_115783 Ga0264413_1157833 271
14 3300042617 Ga0466718_138888 Ga0466718_138888_212_1045 271
15 3300038395 Ga0415639_072938 Ga0415639_072938_2021_2845 274
16 3300042614 Ga0466712_132560 Ga0466712_132560_2781_3608 275
17 3300042614 Ga0466712_143181 Ga0466712_143181_97_924 275
18 3300042656 Ga0466732_038782 Ga0466732_038782_2955_3782 275
19 3300002449 JGI24698J34947_10010510 JGI24698J34947_100105103 276
20 3300002449 JGI24698J34947_10019921 JGI24698J34947_100199211 276
21 3300002449 JGI24698J34947_10023361 JGI24698J34947_100233613 276
22 3300024493 Ga0264413_105545 Ga0264413_1055451 276
23 3300042592 Ga0466693_292731 Ga0466693_292731_7193_8023 276
24 3300042604 Ga0466717_120831 Ga0466717_120831_806_1636 276
25 3300042607 Ga0466720_013573 Ga0466720_013573_1359_2189 276
26 3300042607 Ga0466720_019969 Ga0466720_019969_41546_42376 276
27 3300042607 Ga0466720_022808 Ga0466720_022808_35688_36518 276
28 3300042607 Ga0466720_029793 Ga0466720_029793_1227_2057 276
29 3300042607 Ga0466720_030832 Ga0466720_030832_1077_1907 276
30 3300042607 Ga0466720_053516 Ga0466720_053516_144_974 276
31 3300042607 Ga0466720_074924 Ga0466720_074924_13824_14654 276
32 3300042607 Ga0466720_185663 Ga0466720_185663_7826_8656 276
33 3300042607 Ga0466720_185753 Ga0466720_185753_144_974 276
34 3300042614 Ga0466712_039032 Ga0466712_039032_280_1110 276
35 3300042614 Ga0466712_046488 Ga0466712_046488_350_1180 276
36 3300042614 Ga0466712_098167 Ga0466712_098167_20401_21231 276
37 3300042614 Ga0466712_137264 Ga0466712_137264_3321_4151 276
38 3300042617 Ga0466718_088224 Ga0466718_088224_6742_7572 276
39 3300042617 Ga0466718_089840 Ga0466718_089840_4668_5498 276
40 3300042617 Ga0466718_147139 Ga0466718_147139_5862_6692 276
41 3300042617 Ga0466718_162382 Ga0466718_162382_956_1786 276
42 3300042635 Ga0466702_348211 Ga0466702_348211_369_1199 276
43 3300042656 Ga0466732_068355 Ga0466732_068355_29_859 276
44 3300042656 Ga0466732_079215 Ga0466732_079215_12552_13382 276
45 3300042656 Ga0466732_284090 Ga0466732_284090_315_1145 276
46 iso_pr_bacteria 2781125689 2781424880 276
47 3300000089 AustNasuHG_c1000119 AustNasuHG_100011913 277
48 3300000089 AustNasuHG_c1027346 AustNasuHG_10273462 277
49 3300002449 JGI24698J34947_10000580 JGI24698J34947_100005808 277
50 3300002449 JGI24698J34947_10001254 JGI24698J34947_100012544 277
51 3300002449 JGI24698J34947_10002870 JGI24698J34947_100028703 277
52 3300002449 JGI24698J34947_10031210 JGI24698J34947_100312103 277
53 3300002449 JGI24698J34947_10047637 JGI24698J34947_100476372 277
54 3300002449 JGI24698J34947_10141710 JGI24698J34947_101417101 277
55 3300002450 JGI24695J34938_10001120 JGI24695J34938_100011207 277
56 3300002450 JGI24695J34938_10001457 JGI24695J34938_1000145711 277
57 3300002509 JGI24699J35502_11109245 JGI24699J35502_111092453 277
58 3300005200 Ga0072940_1009277 Ga0072940_10092772 277
59 3300005201 Ga0072941_1001584 Ga0072941_10015843 277
60 3300005201 Ga0072941_1001912 Ga0072941_10019121 277
61 3300010049 Ga0123356_10023653 Ga0123356_100236535 277
62 3300010049 Ga0123356_10839632 Ga0123356_108396321 277
63 3300010167 Ga0123353_10145487 Ga0123353_101454872 277
64 3300042594 Ga0466694_002713 Ga0466694_002713_3306_4139 277
65 3300042594 Ga0466694_315239 Ga0466694_315239_297_1130 277
66 3300042607 Ga0466720_010554 Ga0466720_010554_3590_4423 277
67 3300042607 Ga0466720_018825 Ga0466720_018825_509_1342 277
68 3300042607 Ga0466720_029258 Ga0466720_029258_37734_38567 277
69 3300042614 Ga0466712_057648 Ga0466712_057648_13842_14675 277
70 3300042614 Ga0466712_066832 Ga0466712_066832_7870_8703 277
71 3300042614 Ga0466712_088146 Ga0466712_088146_8747_9580 277
72 3300042614 Ga0466712_157330 Ga0466712_157330_22341_23174 277
73 3300042614 Ga0466712_249844 Ga0466712_249844_667_1500 277
74 3300042614 Ga0466712_315247 Ga0466712_315247_531_1364 277
75 3300042617 Ga0466718_008497 Ga0466718_008497_2362_3195 277
76 3300042617 Ga0466718_089049 Ga0466718_089049_8569_9402 277
77 3300042617 Ga0466718_132190 Ga0466718_132190_12224_13057 277
78 3300042635 Ga0466702_023219 Ga0466702_023219_4694_5527 277
79 3300042635 Ga0466702_148535 Ga0466702_148535_707_1540 277
80 iso_pr_bacteria 2781125650 2781308365 277
81 3300002449 JGI24698J34947_10000210 JGI24698J34947_1000021012 278
82 3300002449 JGI24698J34947_10000303 JGI24698J34947_100003033 278
83 3300002449 JGI24698J34947_10001568 JGI24698J34947_100015685 278
84 3300002449 JGI24698J34947_10001577 JGI24698J34947_1000157712 278
85 3300002449 JGI24698J34947_10003420 JGI24698J34947_100034205 278
86 3300002449 JGI24698J34947_10005741 JGI24698J34947_100057414 278
87 3300002450 JGI24695J34938_10000348 JGI24695J34938_1000034811 278
88 3300002450 JGI24695J34938_10002272 JGI24695J34938_100022724 278
89 3300005200 Ga0072940_1020901 Ga0072940_102090112 278
90 3300005200 Ga0072940_1048655 Ga0072940_10486555 278
91 3300005200 Ga0072940_1137307 Ga0072940_11373073 278
92 3300005201 Ga0072941_1003136 Ga0072941_10031368 278
93 3300005201 Ga0072941_1026722 Ga0072941_10267223 278
94 3300005201 Ga0072941_1040384 Ga0072941_10403846 278
95 3300005201 Ga0072941_1043584 Ga0072941_10435842 278
96 3300005201 Ga0072941_1249384 Ga0072941_12493842 278
97 3300005485 Ga0074263_102724 Ga0074263_1027242 278
98 3300005485 Ga0074263_116441 Ga0074263_1164411 278
99 3300010049 Ga0123356_10060616 Ga0123356_100606162 278
100 3300038395 Ga0415639_172695 Ga0415639_172695_233_1069 278
101 3300042606 Ga0466719_132287 Ga0466719_132287_2362_3198 278
102 3300042606 Ga0466719_446130 Ga0466719_446130_469_1305 278
103 3300042620 Ga0466728_339084 Ga0466728_339084_413_1249 278
104 3300042652 Ga0466708_246568 Ga0466708_246568_2549_3385 278
105 3300010049 Ga0123356_10001789 Ga0123356_100017897 281
106 3300038395 Ga0415639_004309 Ga0415639_004309_7247_8092 281
107 iso_pr_bacteria 2781125660 2781330239 286
108 3300010049 Ga0123356_10000062 Ga0123356_1000006232 287
109 3300010049 Ga0123356_10147714 Ga0123356_101477142 287
110 3300002449 JGI24698J34947_10011126 JGI24698J34947_100111263 289
111 3300005201 Ga0072941_1003137 Ga0072941_10031375 292
112 3300005201 Ga0072941_1009359 Ga0072941_100935912 292
113 3300042622 Ga0466731_138242 Ga0466731_138242_281_1204 307

🧩 MSA Aligner

πŸ”¬ Functional Annotation

PFAM IDNameDescriptionStartEndAccuracy
PF00941 FAD_binding_5 FAD binding domain in molybdopterin dehydrogenase 8 182 0.91

🌐 Gene Ontology Annotation

PFAMGO TermDescriptionCategory
PF00941 GO:0016491 oxidoreductase activity MF

πŸ—οΈ Structural Annotation – Top 5 Hits

IDDescriptionScoreStartEnd
2w3r-assembly2.cif.gz_C Crystal Structure of Xanthine Dehydrogenase (desulfo form) from Rhodobacter capsulatus in complex with hypoxanthine 0.81 9 306
1jrp-assembly2.cif.gz_G Crystal Structure of Xanthine Dehydrogenase inhibited by alloxanthine from Rhodobacter capsulatus 0.804 9 306
4zoh-assembly1.cif.gz_B-2 Crystal structure of glyceraldehyde oxidoreductase 0.797 7 307
1ffv-assembly1.cif.gz_F CARBON MONOXIDE DEHYDROGENASE FROM HYDROGENOPHAGA PSEUDOFLAVA 0.794 1 306
1ffu-assembly1.cif.gz_F CARBON MONOXIDE DEHYDROGENASE FROM HYDROGENOPHAGA PSEUDOFLAVA WHICH LACKS THE MO-PYRANOPTERIN MOIETY OF THE MOLYBDENUM COFACTOR 0.789 1 306
IDDescriptionScoreStartEndSuperfamily
4zohB02 Alpha Beta;2-Layer Sandwich;Uridine Diphospho-n-acetylenolpyruvylglucosamine Reductase; domain 3; 0.8847 61 181 3.30.465.10
1ffvC03 Alpha Beta;2-Layer Sandwich;Uridine Diphospho-n-acetylenolpyruvylglucosamine Reductase; domain 3; 0.8805 61 181 3.30.465.10
af_P64557_52_156_3.30.465.10 Alpha Beta;2-Layer Sandwich;Uridine Diphospho-n-acetylenolpyruvylglucosamine Reductase; domain 3; 0.8768 60 180 3.30.465.10
1jroG04 Alpha Beta;2-Layer Sandwich;Uridine Diphospho-n-acetylenolpyruvylglucosamine Reductase; domain 3; 0.8708 61 181 3.30.465.10
af_I6Y7N2_57_165_3.30.465.10 Alpha Beta;2-Layer Sandwich;Uridine Diphospho-n-acetylenolpyruvylglucosamine Reductase; domain 3; 0.8693 66 181 3.30.465.10
IDDescriptionScoreStartEndGO Terms
AF-A0A6C1RJE5-F1-model_v4 Uncharacterized/unreviewed 0.8963 3 307

βš›οΈ Structure & Feature Viewer

pLDDTpTMQuality
0.83 0.85 High

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πŸ—ΊοΈ Geographic Distribution

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