F027939

General Info

Members Datasets Scaffolds Average Seq Length
104 84 84 376

Family's Representative Sequence

Representative Sequence 3300044656|Ga0466969_0011358|Ga0466969_0011358_3168_4403
Length 411
Sequence MNHPHHAVAHGPSGTPKADSKSLVLEGVSKRYGNACALDMLTLRVEPGELVSLLGPSGCGKTTTLRLIAGFEFPDTGTVRIGGMDVSALPPNKRGLGMVFQNYSLFPHMTVAENIGFGLRMAGAKKSEIAAATKRMLDLIRLPEYGERRISQLSGGQQQRVALARAIVNDPSVLLLDEPLGALDKNLREGMQFEIRRLQQNLGITSVMVTHDQEEAMTMSDRVVVMSHGRILQTGTPREVYDRPRNRFVAEFLGTANIVACRVGARSAQTMTVTTVPVGGELGVELTLALPPSLQRDLPNALELAVRPEKIALNAPKPGHLQFRGRIMQHVFRGSQHSYELDVPGLGASVYACQQAFSTDHAGHERGEAVTVSFAAHDVIALEPDEVPLPAPDGRATLVGHASPLASEGAR

Samples

Sample ID Description Type Environment
1 2510917014 Paraburkholderia silvatlantica SRMrh-20 Isolate Unclassified
2 2515154189 Paraburkholderia nodosa DSM 21604 Isolate Unclassified
3 2585427594 Rhizobium sp. YR528 Isolate Rhizosphere
4 2643221547 Pseudolabrys sp. Root1462 Isolate Unclassified
5 2671180139 Chelativorans sp. A52C2 Isolate Unclassified
6 2744054900 Paraburkholderia ginsengiterrae DCY85-1 Isolate Unclassified
7 2744054901 Paraburkholderia ginsengiterrae DCY85 Isolate Unclassified
8 2751185800 Brucella pituitosa AA2 Isolate Unclassified
9 2758568016 [Ochrobactrum] quorumnocens A44 Isolate Rhizosphere
10 2818991461 Neorhizobium alkalisoli 1225 Isolate Unclassified
11 2818991467 Bosea vestrisii 3192 Isolate Unclassified
12 2840878972 Albibacillus kandeliae J95 Isolate Rhizosphere
13 2881412998 Achromobacter aloeverae AVA-1 Isolate Unclassified
14 2881927736 Candidimonas sp. SYP-B2681 Isolate Rhizosphere
15 2885270888 Paraburkholderia sp. UYCPa14C Isolate Unclassified
16 2891373044 Shinella sp. AETb1-6 Isolate Rhizosphere
17 2989771324 Rhizobium rhizolycopersici DBTS2 Isolate Rhizosphere
18 3000405567 Rhodobacteraceae bacterium LNNU 3342 Isolate Rhizosphere
19 3003930520 Sinorhizobium sp. BG8 Isolate Unclassified
20 3300003203 Tabebuia heterophylla rhizosphere microbial communities from the University of Puerto Rico - S4T2R2 Metagenome Rhizosphere
21 3300003214 Arabidopsis root microbial communities from the University of North Carolina, USA - plate scrape CL_Cvi_mCL Metagenome Endosphere
22 3300005356 Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS M3-3 metaG Metagenome Rhizosphere
23 3300005543 Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS M1-3 metaG Metagenome Rhizosphere
24 3300005985 Tabebuia heterophylla rhizosphere microbial communities from the University of Puerto Rico - S4T2R2 Metagenome Rhizosphere
25 3300009094 Populus rhizosphere microbial communities from Tennessee, USA - Rhizosphere MetaG P. TD hybrid SRZTD1 (version 2) (version 2) Metagenome Rhizosphere
26 3300016635 Rizhosphere microbial communities from mature sugarcane plants Campinas, Sao Paulo, Brazil - 001.1_A10 Metagenome Rhizosphere
27 3300021388 Root-associated microbial communities from Barbacenia macrantha in rupestrian grasslands, the National Park of Serra do Cipo, Brazil - RX_R8 Metagenome Unclassified
28 3300025261 Arabidopsis root microbial communities from the University of North Carolina, USA - plate scrape CL_Cvi_mCL (SPAdes) (version 2) Metagenome Endosphere
29 3300025294 Arabidopsis root microbial communities from the University of North Carolina, USA - plate scrape MF_Col_mLB (SPAdes) (version 2) Metagenome Endosphere
30 3300025940 Miscanthus rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS M1-3 metaG (SPAdes) (version 2) Metagenome Rhizosphere
31 3300025972 Switchgrass rhizosphere microbial communities from Kellogg Biological Station, Michigan, USA - KBS S4-3 metaG (SPAdes) (version 2) Metagenome Rhizosphere
32 3300028800 Rhizosphere microbial communities from Carex aquatilis grown in University of Washington, Seatle, WA, United States - 4-21-26 metaG Metagenome Rhizosphere
33 3300031728 Rhizosphere microbial communities from salt marsh grasses in Alabama, United States - J0-2_160517rDrC Metagenome Rhizosphere
34 3300031731 Maize rhizosphere microbial communities from greenhouse at UC Davis, California, United States - 322HYB-C-1 Metagenome Rhizosphere
35 3300032002 Maize rhizosphere microbial communities from greenhouse at UC Davis, California, United States - DK15-C-3 Metagenome Rhizosphere
36 3300032133 Rhizosphere microbial communities from salt marsh grasses in Alabama, United States - J_170502JBrBrA Metagenome Rhizosphere
37 3300036712 Rhizosphere microbial communities from salt marsh grasses in Alabama, United States - S_170502SBrCrA Metagenome Rhizosphere
38 3300037312 Enriched cells from switchgrass rhizosphere in EcoFAB chamber, Walnut Creek, California, United States - Plant-Nitrogen_B SG_2 Metagenome Rhizosphere
39 3300037418 Enriched cells from switchgrass rhizosphere in EcoFAB chamber, Walnut Creek, California, United States - Plant-Nitrogen_C SG_3 Metagenome Rhizosphere
40 3300037466 Enriched cells from switchgrass rhizosphere in EcoFAB chamber, Walnut Creek, California, United States - Plant-Nitrogen_A SG_1 Metagenome Rhizosphere
41 3300037853 Root-associated microbial communities from Barbacenia macrantha in rupestrian grasslands, the National Park of Serra do Cipo, Brazil - RX_R8 v2 Metagenome Unclassified
42 3300038443 Enriched cells from switchgrass rhizosphere in EcoFAB chamber, Walnut Creek, California, United States - Plant-Nitrogen_D SG_4 Metagenome Rhizosphere
43 3300039437 Root-associated microbial communities from Barbacenia macrantha in rupestrian grasslands, the National Park of Serra do Cipo, Brazil - RX_R9 v2 Metagenome Unclassified
44 3300039453 Rhizosphere microbial communities from Vellozia epidendroides in rupestrian grasslands, the National Park of Serra do Cipo, Brazil - RX_R3 v2 Metagenome Rhizosphere
45 3300044656 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - COA1R Metagenome Rhizosphere
46 3300044684 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - COC4R Metagenome Rhizosphere
47 3300044693 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - COC2R Metagenome Rhizosphere
48 3300044706 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - CSA3R Metagenome Rhizosphere
49 3300044735 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - CSA1R Metagenome Rhizosphere
50 3300044765 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - COA2R Metagenome Rhizosphere
51 3300044842 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - CSA2R Metagenome Rhizosphere
52 3300045049 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - COC3R Metagenome Rhizosphere
53 3300045836 Rhizosphere microbial communities from millet plant in semiarid region near Thies, Senegal - CSC4R Metagenome Rhizosphere
54 3300046460 Rhizosphere soil microbial communities from poplar common garden site in Corvallis, Oregon, USA - BESC-833-Co3_31_37 rhizosphere Metagenome Rhizosphere
55 3300046462 Rhizosphere soil microbial communities from poplar common garden site in Clatskanie, Oregon, USA - BESC-86-CL2_69_17 rhizosphere Metagenome Rhizosphere
56 3300046501 Rhizosphere soil microbial communities from poplar common garden site in Corvallis, Oregon, USA - BESC-307-Co3_27_41 rhizosphere Metagenome Rhizosphere
57 3300046519 Rhizosphere soil microbial communities from poplar common garden site in Corvallis, Oregon, USA - BESC-56-Co2_51_16 rhizosphere Metagenome Rhizosphere
58 3300046530 Rhizosphere soil microbial communities from poplar common garden site in Corvallis, Oregon, USA - BESC-866-Co1_10_5 rhizosphere Metagenome Rhizosphere
59 3300046558 Rhizosphere soil microbial communities from poplar common garden site in Corvallis, Oregon, USA - BESC-56-Co3_6_53 rhizosphere Metagenome Rhizosphere
60 3300047320 Rhizosphere soil microbial communities from poplar common garden site in Corvallis, Oregon, USA - GW-7986-Co2_68_28 rhizosphere Metagenome Rhizosphere
61 3300048920 Root microbial communities from switchgrass plant in W.K. Kellogg Biological Station, Michigan, USA - CIR root_1e N15 Metagenome Unclassified
62 3300048922 Root microbial communities from switchgrass plant in W.K. Kellogg Biological Station, Michigan, USA - CIR root_2e N15 Metagenome Unclassified
63 3300048923 Root microbial communities from switchgrass plant in W.K. Kellogg Biological Station, Michigan, USA - CIR root_2f N15 Metagenome Unclassified
64 3300048925 Root microbial communities from switchgrass plant in W.K. Kellogg Biological Station, Michigan, USA - KLW root_8x unlabeled Metagenome Unclassified
65 3300048926 Root microbial communities from switchgrass plant in W.K. Kellogg Biological Station, Michigan, USA - KLW root_8y unlabeled Metagenome Unclassified
66 3300048928 Root microbial communities from switchgrass plant in W.K. Kellogg Biological Station, Michigan, USA - KLW root_5e N15 Metagenome Unclassified
67 3300048929 Root microbial communities from switchgrass plant in W.K. Kellogg Biological Station, Michigan, USA - KLW root_6e N15 Metagenome Unclassified
68 3300049568 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - WT_TR_GHRAS_01 Metagenome Rhizosphere
69 3300049569 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - WT_TR_GHRAS_02 Metagenome Rhizosphere
70 3300049570 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - WT_TR_GHRAS_03 Metagenome Rhizosphere
71 3300049571 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - L1_TR_GHRAS_01 Metagenome Rhizosphere
72 3300049572 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - L1_TR_GHRAS_03 Metagenome Rhizosphere
73 3300049573 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - L2_TR_GHRAS_01 Metagenome Rhizosphere
74 3300049574 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - L2_TR_GHRAS_02 Metagenome Rhizosphere
75 3300049575 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - L2_TR_GHRAS_03 Metagenome Rhizosphere
76 3300049579 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - L4_TR_GHRAS_01 Metagenome Rhizosphere
77 3300049822 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - L1_TR_GHRAS_02 Metagenome Rhizosphere
78 3300049823 Sugarcane rhizosphere microbial communities from a greenhouse in University of Florida, Reddick, FL, USA - L4_TR_GHRAS_02 Metagenome Rhizosphere
79 3300050492 Populus endosphere microbial communities from Tennessee, USA - Endosphere MetaG P. deltoides DD176-5 re-annotation Metagenome Endosphere
80 3300053122 Root microbial communities from poplar common garden site in Clatskanie, Oregon, USA - BESC-833-CL3_77_6 endosphere Metagenome Endosphere
81 3300053125 Root microbial communities from poplar common garden site in Clatskanie, Oregon, USA - BESC-847-CL1_28_5 endosphere Metagenome Endosphere
82 3300053151 Root microbial communities from poplar common garden site in Corvallis, Oregon, USA - BESC-56-Co1_22_4 endosphere Metagenome Endosphere
83 3300053153 Root microbial communities from poplar common garden site in Corvallis, Oregon, USA - BESC-845-Co2_60_28 endosphere Metagenome Endosphere
84 643348564 Methylobacterium nodulans ORS 2060 Isolate Nodule

Type Distribution

Type Percentage (%)
Metagenomes 80.77
Metatranscriptomes 0
Isolates 19.23

Biome Distribution

Category Percentage (%)
Aerial Root 0
Bulb 0
Endosphere 12.5
Nodule 0.96
Rhizoplane 0
Rhizosphere 56.73
Stem 0
Stem Tuber 0
Unclassified 29.81

Taxonomy

Scaffolds

Scaffold Dataset Taxonomy Length
1 JGI25406J46586_10000334 3300003203 Bacteria 21286
2 JGI25406J46586_10000647 3300003203 Bacteria 16259
3 JGI25406J46586_10001422 3300003203 Bacteria 11280
4 JGI25165J46597_1000254 3300003214 Bacteria 71635
5 Ga0070674_100039860 3300005356 Bacteria 3175
6 Ga0070672_100343906 3300005543 Bacteria 1271
7 Ga0081539_10000283 3300005985 Bacteria 114603
8 Ga0081539_10001465 3300005985 Bacteria 40018
9 Ga0111539_10137257 3300009094 Bacteria 2864
10 Ga0183361_10002 3300016635 Bacteria 907642
11 Ga0213875_10004869 3300021388 Bacteria 7287
12 Ga0213875_10021090 3300021388 Bacteria 3123
13 Ga0213875_10054938 3300021388 Bacteria 1865
14 Ga0209233_1010469 3300025261 Bacteria 2777
15 Ga0209025_1000596 3300025294 Bacteria 65217
16 Ga0209025_1001799 3300025294 Bacteria 25433
17 Ga0209025_1008043 3300025294 Bacteria 7679
18 Ga0207691_10006754 3300025940 Bacteria 11065
19 Ga0207668_10016417 3300025972 Bacteria 4621
20 Ga0265338_10048016 3300028800 Bacteria 3889
21 Ga0316578_10107778 3300031728 Bacteria 1672
22 Ga0307405_10000728 3300031731 Bacteria 12824
23 Ga0307416_100124004 3300032002 Bacteria 2310
24 Ga0316583_10018042 3300032133 Bacteria 2534
25 Ga0316584_0074430 3300036712 Bacteria 2546
26 Ga0395899_0015655 3300037312 Bacteria 5783
27 Ga0395900_0091507 3300037418 Bacteria 3126
28 Ga0395900_0137583 3300037418 Bacteria 2502
29 Ga0395898_0049663 3300037466 Bacteria 4109
30 Ga0436364_0025391 3300037853 Bacteria 2725
31 Ga0436364_0649050 3300037853 Bacteria 5437
32 Ga0436364_0924171 3300037853 Bacteria 5557
33 Ga0436364_1042894 3300037853 Bacteria 1497
34 Ga0395901_0001071 3300038443 Bacteria 29319
35 Ga0395901_0089231 3300038443 Bacteria 3226
36 Ga0436365_0657583 3300039437 Bacteria 14704
37 Ga0436362_0429096 3300039453 Bacteria 1885
38 Ga0466969_0011358 3300044656 Bacteria 4715
39 Ga0466966_0024879 3300044684 Bacteria 3915
40 Ga0466961_0079966 3300044693 Bacteria 2069
41 Ga0466964_0014030 3300044706 Bacteria 3044
42 Ga0466968_0069950 3300044735 Bacteria 1526
43 Ga0466970_0003922 3300044765 Bacteria 7285
44 Ga0466957_0008616 3300044842 Bacteria 5804
45 Ga0466959_0017598 3300045049 Bacteria 5240
46 Ga0466958_0001244 3300045836 Bacteria 11949
47 Ga0495638_0006121 3300046460 Bacteria 8806
48 Ga0495651_0059723 3300046462 Bacteria 2923
49 Ga0495607_0000111 3300046501 Bacteria 85697
50 Ga0495632_0001679 3300046519 Bacteria 18110
51 Ga0495654_0002563 3300046530 Bacteria 11625
52 Ga0495654_0062380 3300046530 Bacteria 1787
53 Ga0495633_0039547 3300046558 Bacteria 2251
54 Ga0495672_0004916 3300047320 Bacteria 10736
55 Ga0496117_0005575 3300048920 Bacteria 13173
56 Ga0496119_0004275 3300048922 Bacteria 14303
57 Ga0496120_0049809 3300048923 Bacteria 2402
58 Ga0496122_0000113 3300048925 Bacteria 186506
59 Ga0496122_0013521 3300048925 Bacteria 7983
60 Ga0496122_0020249 3300048925 Bacteria 6023
61 Ga0496123_0000085 3300048926 Bacteria 184339
62 Ga0496123_0033716 3300048926 Bacteria 3679
63 Ga0496125_0000171 3300048928 Bacteria 145308
64 Ga0496125_0000206 3300048928 Bacteria 123625
65 Ga0496126_0202642 3300048929 Bacteria 1675
66 Ga0501031_0038928 3300049568 Bacteria 3102
67 Ga0501032_0000029 3300049569 Bacteria 130865
68 Ga0501033_0000367 3300049570 Bacteria 43237
69 Ga0501034_0000659 3300049571 Bacteria 53076
70 Ga0501036_0005156 3300049572 Bacteria 10563
71 Ga0501037_0001306 3300049573 Bacteria 18335
72 Ga0501038_0000739 3300049574 Bacteria 29168
73 Ga0501039_0000040 3300049575 Bacteria 115567
74 Ga0501043_0000296 3300049579 Bacteria 45015
75 Ga0501035_0000144 3300049822 Bacteria 86257
76 Ga0501044_0032658 3300049823 Bacteria 5471
77 nmdc:mga0yw44_1001_c1 3300050492 Bacteria 10803
78 Ga0500608_008170 3300053122 Bacteria 4381
79 Ga0500618_000268 3300053125 Bacteria 40135
80 Ga0500618_004175 3300053125 Bacteria 4706
81 Ga0500618_005511 3300053125 Bacteria 3832
82 Ga0500618_018099 3300053125 Bacteria 1746
83 Ga0500604_0049510 3300053151 Bacteria 1292
84 Ga0500616_0000208 3300053153 Bacteria 95352

MSA Aligner

Download Fasta Download Aligned Fasta

Family Sequences

Sample Scaffold Protein Protein Length
1 3300053151 Ga0500604_0049510 Ga0500604_0049510_35_1033 319
2 3300044735 Ga0466968_0069950 Ga0466968_0069950_159_1226 334
3 3300031728 Ga0316578_10107778 Ga0316578_101077781 342
4 3300032133 Ga0316583_10018042 Ga0316583_100180421 342
5 3300036712 Ga0316584_0074430 Ga0316584_0074430_1056_2096 342
6 3300037853 Ga0436364_0025391 Ga0436364_0025391_1185_2228 342
7 iso_pu_bacteria 2881927736 2881929297 343
8 iso_pu_bacteria 3000405567 3000407072 346
9 iso_pu_bacteria 2840878972 2840879094 347
10 3300021388 Ga0213875_10004869 Ga0213875_100048697 348
11 3300037853 Ga0436364_0924171 Ga0436364_0924171_3884_4990 348
12 iso_pu_bacteria 2881412998 2881413502 349
13 3300037312 Ga0395899_0015655 Ga0395899_0015655_3176_4342 350
14 3300037418 Ga0395900_0137583 Ga0395900_0137583_1162_2328 350
15 3300037466 Ga0395898_0049663 Ga0395898_0049663_638_1804 350
16 3300038443 Ga0395901_0001071 Ga0395901_0001071_446_1612 350
17 3300025261 Ga0209233_1010469 Ga0209233_10104692 351
18 3300046462 Ga0495651_0059723 Ga0495651_0059723_1369_2457 352
19 iso_pu_bacteria 3003930520 3003932021 352
20 3300021388 Ga0213875_10054938 Ga0213875_100549381 353
21 iso_pu_bacteria 2751185800 2753357813 354
22 iso_pu_bacteria 2758568016 2758640410 354
23 3300003214 JGI25165J46597_1000254 JGI25165J46597_100025454 355
24 3300039437 Ga0436365_0657583 Ga0436365_0657583_7649_8740 355
25 3300053122 Ga0500608_008170 Ga0500608_008170_2108_3202 355
26 iso_pu_bacteria 2585427594 2585846132 355
27 iso_pu_bacteria 2818991461 2819686813 355
28 iso_pu_bacteria 2891373044 2891375483 355
29 3300039453 Ga0436362_0429096 Ga0436362_0429096_591_1682 356
30 3300021388 Ga0213875_10021090 Ga0213875_100210902 357
31 3300028800 Ga0265338_10048016 Ga0265338_100480162 357
32 3300037853 Ga0436364_0649050 Ga0436364_0649050_3331_4413 357
33 3300037853 Ga0436364_1042894 Ga0436364_1042894_26_1108 357
34 3300046460 Ga0495638_0006121 Ga0495638_0006121_2149_3261 357
35 3300005356 Ga0070674_100039860 Ga0070674_1000398601 358
36 3300046558 Ga0495633_0039547 Ga0495633_0039547_392_1489 358
37 3300048925 Ga0496122_0013521 Ga0496122_0013521_2073_3167 358
38 3300048925 Ga0496122_0020249 Ga0496122_0020249_3885_4979 358
39 3300048926 Ga0496123_0033716 Ga0496123_0033716_1716_2810 358
40 3300048928 Ga0496125_0000171 Ga0496125_0000171_33084_34178 358
41 3300005543 Ga0070672_100343906 Ga0070672_1003439061 359
42 3300025294 Ga0209025_1000596 Ga0209025_100059662 359
43 3300025294 Ga0209025_1008043 Ga0209025_10080435 359
44 3300025940 Ga0207691_10006754 Ga0207691_100067542 359
45 3300031731 Ga0307405_10000728 Ga0307405_1000072810 359
46 3300032002 Ga0307416_100124004 Ga0307416_1001240042 359
47 3300046519 Ga0495632_0001679 Ga0495632_0001679_10361_11476 359
48 3300046530 Ga0495654_0062380 Ga0495654_0062380_158_1255 359
49 3300048920 Ga0496117_0005575 Ga0496117_0005575_11311_12408 359
50 3300048925 Ga0496122_0000113 Ga0496122_0000113_70727_71824 359
51 3300048926 Ga0496123_0000085 Ga0496123_0000085_150117_151214 359
52 3300048928 Ga0496125_0000206 Ga0496125_0000206_102806_103903 359
53 3300053125 Ga0500618_000268 Ga0500618_000268_14139_15236 359
54 3300053125 Ga0500618_004175 Ga0500618_004175_1349_2566 359
55 3300053125 Ga0500618_005511 Ga0500618_005511_1691_2788 359
56 3300053153 Ga0500616_0000208 Ga0500616_0000208_7498_8595 359
57 iso_pu_bacteria 2643221547 2643754769 359
58 3300046530 Ga0495654_0002563 Ga0495654_0002563_10319_11443 360
59 3300053125 Ga0500618_018099 Ga0500618_018099_257_1420 360
60 iso_pu_bacteria 2671180139 2671692472 360
61 iso_pu_bacteria 2989771324 2989775327 360
62 3300048922 Ga0496119_0004275 Ga0496119_0004275_4752_5918 361
63 3300048923 Ga0496120_0049809 Ga0496120_0049809_140_1306 361
64 3300049568 Ga0501031_0038928 Ga0501031_0038928_741_1904 361
65 3300049569 Ga0501032_0000029 Ga0501032_0000029_25218_26381 361
66 3300049570 Ga0501033_0000367 Ga0501033_0000367_6886_8049 361
67 3300049571 Ga0501034_0000659 Ga0501034_0000659_35162_36325 361
68 3300049572 Ga0501036_0005156 Ga0501036_0005156_209_1372 361
69 3300049573 Ga0501037_0001306 Ga0501037_0001306_2720_3883 361
70 3300049574 Ga0501038_0000739 Ga0501038_0000739_25218_26381 361
71 3300049575 Ga0501039_0000040 Ga0501039_0000040_9266_10429 361
72 3300049579 Ga0501043_0000296 Ga0501043_0000296_16674_17837 361
73 3300049822 Ga0501035_0000144 Ga0501035_0000144_63288_64451 361
74 3300049823 Ga0501044_0032658 Ga0501044_0032658_2391_3554 361
75 iso_pu_bacteria 643348564 643597512 361
76 3300003203 JGI25406J46586_10000647 JGI25406J46586_100006475 362
77 3300005985 Ga0081539_10001465 Ga0081539_1000146530 362
78 3300009094 Ga0111539_10137257 Ga0111539_101372572 363
79 3300016635 Ga0183361_10002 Ga0183361_10002615 363
80 3300025972 Ga0207668_10016417 Ga0207668_100164173 363
81 3300044656 Ga0466969_0011358 Ga0466969_0011358_3168_4403 363
82 3300044684 Ga0466966_0024879 Ga0466966_0024879_1255_2490 363
83 3300044693 Ga0466961_0079966 Ga0466961_0079966_186_1421 363
84 3300044706 Ga0466964_0014030 Ga0466964_0014030_1448_2683 363
85 3300044765 Ga0466970_0003922 Ga0466970_0003922_3729_4964 363
86 3300044842 Ga0466957_0008616 Ga0466957_0008616_1448_2683 363
87 3300045049 Ga0466959_0017598 Ga0466959_0017598_3914_5149 363
88 3300045836 Ga0466958_0001244 Ga0466958_0001244_9364_10599 363
89 3300046501 Ga0495607_0000111 Ga0495607_0000111_20512_21681 363
90 3300047320 Ga0495672_0004916 Ga0495672_0004916_3664_4830 363
91 3300048929 Ga0496126_0202642 Ga0496126_0202642_364_1533 363
92 3300050492 nmdc:mga0yw44_1001_c1 nmdc:mga0yw44_1001_c1_7856_8992 363
93 iso_pu_bacteria 2510917014 2511101132 363
94 iso_pu_bacteria 2515154189 2516019191 363
95 iso_pu_bacteria 2744054900 2746087709 363
96 iso_pu_bacteria 2744054901 2746098983 363
97 iso_pu_bacteria 2885270888 2885271794 363
98 3300003203 JGI25406J46586_10000334 JGI25406J46586_1000033411 364
99 3300003203 JGI25406J46586_10001422 JGI25406J46586_100014223 364
100 3300005985 Ga0081539_10000283 Ga0081539_1000028375 364
101 3300025294 Ga0209025_1001799 Ga0209025_100179914 364
102 3300037418 Ga0395900_0091507 Ga0395900_0091507_783_1973 364
103 3300038443 Ga0395901_0089231 Ga0395901_0089231_1221_2411 364
104 iso_pu_bacteria 2818991467 2819718750 364

Functional Annotation

PFAM ID Name Description Start Position End Position Accuracy

PF00005

ABC_tran

ABC transporter

38

181

0.94

PF08402

TOBE_2

TOBE domain

304

382

0.9

Structural Annotation

Top 5 Hits

ID Description Score Start End
2onk-assembly1.cif.gz_B abc transporter modbc in complex with its binding protein moda 0.9612 13 243
2pcj-assembly1.cif.gz_B crystal structure of abc transporter (aq_297) from aquifex aeolicus vf5 0.9477 11 226
1f3o-assembly1.cif.gz_A-2 crystal structure of mj0796 atp-binding cassette 0.947 13 226
5xu1-assembly1.cif.gz_A structure of a non-canonical abc transporter from streptococcus pneumoniae r6 0.9438 11 225
5ws4-assembly1.cif.gz_B crystal structure of tripartite-type abc transporter macb from acinetobacter baumannii 0.9426 13 226
ID Description Score Start End Superfamily
af_P77795_1_218_3.40.50.300 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;P-loop containing nucleotide triphosphate hydrolases 0.9815 11 226 3.40.50.300
af_P33360_1_239_3.40.50.300 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;P-loop containing nucleotide triphosphate hydrolases 0.9741 13 244 3.40.50.300
af_P77795_1_218_3.40.50.300 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;P-loop containing nucleotide triphosphate hydrolases 0.9682 11 226 3.40.50.300
af_Q58762_1_229_3.40.50.300 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;P-loop containing nucleotide triphosphate hydrolases 0.9668 13 244 3.40.50.300
af_P31548_12_228_3.40.50.300 Alpha Beta;3-Layer(aba) Sandwich;Rossmann fold;P-loop containing nucleotide triphosphate hydrolases 0.9656 31 230 3.40.50.300
ID Description Score Start End GO Terms
AF-A0A447PH14-F1-model_v4 Putrescine transport ATP-binding protein PotG (EC 3.6.3.31) 0.9889 99 232 GO:0005524
GO:0016887
AF-A0A0D6JVA7-F1-model_v4 Molybdate/tungstate import ATP-binding protein WtpC (EC 7.3.2.6) 0.9851 11 243 GO:0005524
GO:0016887
AF-A0A7J3BDG1-F1-model_v4 Molybdate/tungstate import ATP-binding protein WtpC (EC 7.3.2.6) 0.984 11 234 GO:0005524
GO:0016887
AF-A0A2H6F2F2-F1-model_v4 Sulfate/thiosulfate import ATP-binding protein CysA (EC 3.6.3.25) 0.9775 13 243 GO:0005524
GO:0005886
GO:0015408
GO:0016887
AF-A0A838MGD4-F1-model_v4 deleted 0.9766 10 265

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