| GenBank ID | Seq. Length | Family | Subfamily | Taxonomy (Sp.) | CAZy50 Rep | CAZy50 ID | Structure Cluster | UniProt ID | pLDDT | EC Number | Substrate |
|---|
QHN63683.2
| 1312 | CBM35, GH31 | - | Curtobacterium flaccumfaciens | QHN63683.2 | 5968 | SC_CBM35_clus21, SC_GH31_clus136 |
A0A1S2JGY1
(95.2,97.5)
| 83.25 | - | - |
|
QJU16706.1
| 701 | CBM13, CBM35, GH93 | - | Blautia pseudococcoides | QJU16706.1 | 38505 | SC_CBM13_clus11, SC_CBM13_clus40, SC_CBM35_clus13, SC_CBM35_clus21, SC_GH93_clus5 | QJU16706.1(MOD)
| 93.97 | - | - |
|
QKS44145.1
| 1507 | CBM35, GH39 | - | Paenibacillus cellulosilyticus | QKS44145.1 | 3881 | SC_CBM35_clus21, SC_CBM35_clus25, SC_GH39_clus101 |
A0A2V2YPX0
(100,100)
| 84.85 | - | - |
|
QKS44570.1
| 690 | CBM35, GH39 | - | Paenibacillus cellulosilyticus | QKS44570.1 | 39826 | SC_CBM35_clus21, SC_CBM35_clus25, SC_GH39_clus115 |
A0A2V2YYL9
(100,100)
| 93.45 | - | - |
|
QKS45143.1
| 1962 | CBM35, GH39 | - | Paenibacillus cellulosilyticus | QKS45143.1 | 1608 | SC_CBM35_clus21, SC_GH39_clus74 |
A0A2V2YT51
(100,100)
| 86.97 | - | - |
|
QKS45740.1
| 945 | CBM3, CBM35, GH26 | - | Paenibacillus cellulosilyticus | QKS45740.1 | 16865 | SC_CBM35_clus17, SC_CBM35_clus21, SC_CBM35_clus37, SC_CBM3_clus29, SC_CBM3_clus33, SC_CBM3_clus8, SC_GH26_clus67 |
A0A2V2YTE2
(100,100)
| 91.66 | - | - |
|
QMU74917.1
| 321 | CBM35 | - | Streptacidiphilus sp. PB12-B1b | QMU74917.1 | 146370 | SC_CBM35_clus21 | QMU74917.1(MOD)
| 67.33 | - | - |
|
QOC92429.1
| 1316 | CBM35, GH39 | - | Micromonospora craniellae | QOC92429.1 | 5901 | SC_CBM35_clus21, SC_CBM35_clus23, SC_CBM35_clus47, SC_GH39_clus72 |
A0A372FVJ5
(100,100)
| 93.10 | - | - |
|
QQQ79529.1
| 992 | CBM35, GH87 | - | Saccharothrix sp. 6-C | QQQ79529.1 | 14697 | SC_CBM35_clus21, SC_CBM35_clus47, SC_GH87_clus12 |
A0A7W9M163
(90.7,100)
| 89.99 | - | - |
|
QQQ79680.1
| 692 | CBM2, CBM35, GH26 | - | Saccharothrix sp. 6-C | QQQ79680.1 | 39671 | SC_CBM2_clus11, SC_CBM2_clus17, SC_CBM35_clus21, SC_CBM35_clus39, SC_GH26_clus55 |
A0A3N1GY20
(99.6,100)
| 91.25 | - | - |
|
QTH41272.1
| 985 | CBM35, GH97 | - | Cohnella sp. LGH | QTH41272.1 | 15010 | SC_CBM35_clus21, SC_GH97_clus11 |
A0A3D9KEQ5
(97.5,100)
| 80.23 | - | - |
|
QTU66551.1
| 1065 | CBM13, CBM35, GH39 | - | Streptomyces sp. LBUM 1475 | QTU66551.1 | 11645 | SC_CBM13_clus11, SC_CBM13_clus40, SC_CBM13_clus52, SC_CBM35_clus13, SC_CBM35_clus21, SC_CBM35_clus22, SC_CBM35_clus47, SC_GH39_clus97 |
C9YSX8
(100,100)
| 91.20 | - | - |
|
QUL56885.1
| 592 | CBM35, GH43 | GH43_26 | Paenibacillus tritici | QUL56885.1 | 53536 | SC_CBM35_clus21, SC_GH43_clus277 | QUL56885.1(MOD)
| 91.46 | - | - |
|
QXG77103.1
| 1235 | CBM35, GH31 | - | Modestobacter sp. L9-4 | QXG77103.1 | 7205 | SC_CBM35_clus21, SC_CBM35_clus47, SC_GH31_clus61 | QXG77103.1(MOD)
| 90.60 | - | - |
|
QYR21026.1
| 1339 | CBM35, CBM62, GH39 | - | Paenibacillus sp. sptzw28 | QYR21026.1 | 5590 | SC_CBM35_clus1, SC_CBM35_clus21, SC_CBM35_clus44, SC_CBM62_clus13, SC_CBM62_clus5, SC_GH39_clus118 | QYR21026.1(MOD)
| 91.27 | - | - |
|
QZZ28576.1
| 324 | CBM35 | - | Streptomyces sp. ST1015 | QZZ28576.1 | 144985 | SC_CBM35_clus21 | QZZ28576.1(MOD)
| 67.95 | - | - |
|
SDT94400.1
| 512 | CBM35, GH76 | - | Schaalia radingae | SDT94400.1 | 66440 | SC_CBM35_clus21, SC_GH76_clus64 |
A0A7Z0VSP9
(100,100)
| 89.82 | - | - |
|
UDF14221.1
| 1730 | CBM35 | - | Antiquaquibacter oligotrophicus | UDF14221.1 | 2486 | SC_CBM35_clus21 | UDF14221.1(MOD)
| 86.97 | - | - |
|
UGQ14840.1
| 311 | CBM35 | - | Yinghuangia sp. ASG 101 | UGQ14840.1 | 151393 | SC_CBM35_clus21 | UGQ14840.1(MOD)
| 68.26 | - | - |
|
UII19636.1
| 1278 | CBM35, CBM6 | - | Fulvivirga ligni | UII19636.1 | 6479 | SC_CBM35_clus1, SC_CBM35_clus21, SC_CBM6_clus32, SC_CBM6_clus6 | UII19636.1(MOD)
| 86.25 | - | - |
|
UII21453.1
| 1123 | CBM13, CBM35 | - | Fulvivirga ligni | UII21453.1 | 9747 | SC_CBM13_clus11, SC_CBM13_clus30, SC_CBM13_clus43, SC_CBM13_clus68, SC_CBM35_clus1, SC_CBM35_clus13, SC_CBM35_clus21 | UII21453.1(MOD)
| 85.81 | - | - |
|
UIX30979.1
| 356 | CBM35 | - | Streptomyces sp. GQFP | UIX30979.1 | 128970 | SC_CBM35_clus21 | UIX30979.1(MOD)
| 72.98 | - | - |
|
UJF31472.1
| 500 | CBM13, CBM35 | - | Paenibacillus sp. YPD9-1 | UJF31472.1 | 68961 | SC_CBM13_clus40, SC_CBM13_clus48, SC_CBM35_clus21, SC_CBM35_clus25, SC_CBM35_clus42 | UJF31472.1(MOD)
| 93.62 | - | - |
|
UJF31475.1
| 740 | CBM13, CBM35, GH43 | GH43_26 | Paenibacillus sp. YPD9-1 | UJF31475.1 | 33927 | SC_CBM13_clus17, SC_CBM13_clus40, SC_CBM35_clus13, SC_CBM35_clus21, SC_GH43_clus104 | UJF31475.1(MOD)
| 91.67 | - | - |
|
UJF31883.1
| 3148 | CBM35, CBM66, GH43, GH43, GH5 | GH43_26, GH43_31, GH5_56 | Paenibacillus sp. YPD9-1 | UJF31883.1 | 256 | SC_CBM35_clus21, SC_CBM35_clus43, SC_CBM66_clus17, SC_CBM66_clus21, SC_CBM66_clus24, SC_GH43_clus194, SC_GH5_clus308 | UJF31883.1(MOD)
| 67.25 | - | - |
|
UJF32524.1
| 372 | CBM32, CBM35 | - | Paenibacillus sp. YPD9-1 | UJF32524.1 | 118241 | SC_CBM32_clus28, SC_CBM35_clus21 | UJF32524.1(MOD)
| 86.47 | - | - |
|
UJF36405.1
| 1314 | CBM35, CBM6, GH31 | - | Paenibacillus sp. YPD9-1 | UJF36405.1 | 5936 | SC_CBM35_clus21, SC_CBM35_clus25, SC_CBM6_clus32, SC_CBM6_clus39, SC_GH31_clus32 | UJF36405.1(MOD)
| 88.87 | - | - |
|
UJF36411.1
| 2123 | CBM35, GH66 | - | Paenibacillus sp. YPD9-1 | UJF36411.1 | 1222 | SC_CBM35_clus21, SC_CBM35_clus25, SC_CBM35_clus47, SC_GH66_clus9 | UJF36411.1(MOD)
| 78.36 | - | - |
|
UJR80492.1
| 542 | CBM35, GH76 | - | Sandaracinus amylolyticus | UJR80492.1 | 60924 | SC_CBM35_clus21, SC_GH76_clus64 | UJR80492.1(MOD)
| 89.54 | - | - |
|
UKM66426.1
| 627 | CBM35, PL1 | - | Flavobacteriaceae bacterium GSB9 | UKM66426.1 | 48629 | SC_CBM35_clus21, SC_PL1_clus9 | UKM66426.1(MOD)
| 88.20 | - | - |
|
UKS26775.1
| 1480 | CBM35, GH9 | - | Paenibacillus sp. HWE-109 | UKS26775.1 | 4134 | SC_CBM35_clus21, SC_GH9_clus103 |
A0A1V4HCS9
(97.0,100)
| 87.19 | - | - |
|
UKS29077.1
| 1110 | CBM32, CBM35, GH87 | - | Paenibacillus sp. HWE-109 | UKS29077.1 | 10135 | SC_CBM32_clus28, SC_CBM35_clus21, SC_GH87_clus12 | UKS29077.1(MOD)
| 90.05 | - | - |
|
UKS30486.1
| 2179 | CBM35, GH87 | - | Paenibacillus sp. HWE-109 | UKS30486.1 | 1136 | SC_CBM35_clus21, SC_GH87_clus20 | UKS30486.1(MOD)
| 85.51 | - | - |
|
ULL16436.1
| 1747 | CBM13, CBM35, GH43 | GH43_26 | Paenibacillus sp. H1-7 | ULL16436.1 | 2404 | SC_CBM13_clus40, SC_CBM13_clus52, SC_CBM35_clus21, SC_CBM35_clus47, SC_GH43_clus286 |
A0A927R1F6
(91.1,100)
| 82.27 | - | - |
|
UNM13453.1
| 208 | CBM35 | - | Streptomyces formicae | UNM13453.1 | 179084 | SC_CBM35_clus21 | UNM13453.1(MOD)
| 90.35 | - | - |
|
UNS97653.1
| 346 | CBM35 | - | Streptomyces tubbatahanensis | UNS97653.1 | 134229 | SC_CBM35_clus21 |
A0A367FGC7
(98.3,100)
| 64.93 | - | - |
|
UNX54921.1
| 1152 | CBM35, GH39 | - | Georgenia sp. TF02-10 | UNX54921.1 | 8933 | SC_CBM35_clus21, SC_GH39_clus138 | UNX54921.1(MOD)
| 89.62 | - | - |
|
UON84337.1
| 255 | CBM35 | - | Dyadobacter chenwenxiniae | UON84337.1 | 170654 | SC_CBM35_clus21 |
A0A9X1PNV0
(100,96.5)
| 93.24 | - | - |
|
UOQ44049.1
| 1246 | CBM35, CBM62, GH39 | - | Halobacillus salinarum | UOQ44049.1 | 7009 | SC_CBM35_clus21, SC_CBM35_clus44, SC_CBM35_clus47, SC_CBM62_clus13, SC_CBM62_clus15, SC_CBM62_clus5, SC_GH39_clus118 | UOQ44049.1(MOD)
| 91.46 | - | - |
|
UOQ83300.1
| 1659 | CBM35 | - | Hymenobacter sp. 5414T-23 | UOQ83300.1 | 2846 | SC_CBM35_clus21, SC_CBM35_clus25 | UOQ83300.1(MOD)
| 62.64 | - | - |
|
UOQ86750.1
| 1928 | CBM35, CE8, PL10 | PL10_1 | Gracilibacillus salinarum | UOQ86750.1 | 1699 | SC_CBM35_clus21, SC_CE8_clus18, SC_PL10_clus31 | UOQ86750.1(MOD)
| 80.92 | - | - |
|
UPL09960.1
| 904 | CBM35, GH97 | - | Microbacterium sufflavum | UPL09960.1 | 19183 | SC_CBM35_clus21, SC_GH97_clus10 | UPL09960.1(MOD)
| 92.52 | - | - |
|
UQN43712.1
| 2143 | CBM35 | - | Agarivorans sp. B2Z047 | UQN43712.1 | 1190 | SC_CBM35_clus21 |
A0A7C9G805
(100,100)
| 77.57 | - | - |
|
UQT47096.1
| 227 | CBM35 | - | Flavonifractor plautii | UQT47096.1 | 176668 | SC_CBM35_clus1, SC_CBM35_clus21 |
A0A096DFY2
(98.7,99.6)
| 94.82 | - | - |
|
UQZ82672.1
| 1445 | CBM35, CBM66 | - | Paenibacillus konkukensis | UQZ82672.1 | 4469 | SC_CBM35_clus21, SC_CBM35_clus43, SC_CBM66_clus17, SC_CBM66_clus21 | UQZ82672.1(MOD)
| 89.93 | - | - |
|
USX55106.1
| 995 | CBM35, GH31 | GH31_17 | Lentzea sp. HUAS12 | USX55106.1 | 14606 | SC_CBM35_clus21, SC_CBM35_clus47, SC_GH31_clus113 |
A0A1H9DR23
(98.2,100)
| 90.31 | - | - |
|
UWO90234.1
| 1602 | CBM35, CBM6, GH31 | - | Thomasclavelia spiroformis | UWO90234.1 | 3180 | SC_CBM35_clus1, SC_CBM35_clus21, SC_CBM6_clus32, SC_CBM6_clus6, SC_GH31_clus87 |
B1C3B3
(100,100)
| 85.09 | - | - |
|
UWP24901.1
| 632 | CBM35, GH26 | - | [Eubacterium] siraeum | UWP24901.1 | 47907 | SC_CBM35_clus21, SC_GH26_clus16 |
A0A6N3UYJ8
(98.1,100)
| 76.91 | - | - |
|
UWP81748.1
| 257 | CBM35 | - | Dactylosporangium fulvum | UWP81748.1 | 170096 | SC_CBM35_clus21 | UWP81748.1(MOD)
| 73.22 | - | - |
|
UWP83262.1
| 233 | CBM35 | - | Dactylosporangium fulvum | UWP83262.1 | 175751 | SC_CBM35_clus21 | UWP83262.1(MOD)
| 77.66 | - | - |
|
UWZ41113.1
| 1127 | CBM13, CBM35 | - | Dactylosporangium matsuzakiense | UWZ41113.1 | 9636 | SC_CBM13_clus11, SC_CBM13_clus40, SC_CBM35_clus21, SC_CBM35_clus4 |
A0A9W6NLL2
(100,100)
| 89.10 | - | - |
|
UXY18218.1
| 873 | CBM35, GH39 | - | Streptomyces cynarae | UXY18218.1 | 21216 | SC_CBM35_clus21, SC_CBM35_clus25, SC_CBM35_clus47, SC_GH39_clus109 | UXY18218.1(MOD)
| 93.84 | - | - |
|
UZK53460.1
| 745 | CBM35, GH39 | - | Streptomyces drozdowiczii | UZK53460.1 | 33355 | SC_CBM35_clus21, SC_GH39_clus42 |
A0A1Q5K0C3
(98.5,100)
| 84.83 | - | - |
|
UZO79629.1
| 998 | CBM35 | - | Aquimarina sp. ERC-38 | UZO79629.1 | 14462 | SC_CBM35_clus21 | UZO79629.1(MOD)
| 86.05 | - | - |
|
UZO82526.1
| 905 | CBM35, CBM57 | - | Aquimarina sp. ERC-38 | UZO82526.1 | 19115 | SC_CBM35_clus21, SC_CBM35_clus46, SC_CBM57_clus1, SC_CBM57_clus21 | UZO82526.1(MOD)
| 86.96 | - | - |
|
UZQ84386.1
| 1559 | CBM35, GH15, GH66 | - | Thermoanaerobacter sp. RKWS2 | UZQ84386.1 | 3486 | SC_CBM35_clus21, SC_GH15_clus69, SC_GH66_clus18 |
M8DIG9
(100,100)
| 93.76 | - | - |
|
WAC69794.1
| 1385 | CBM35, GH39 | - | Microbacterium sp. SL75 | WAC69794.1 | 5076 | SC_CBM35_clus21, SC_CBM35_clus23, SC_CBM35_clus47, SC_GH39_clus72 |
A0A4Y3QT73
(91.2,100)
| 88.77 | - | - |
|
WBS04074.1
| 763 | CBM35, PL11 | PL11_2 | Pseudoduganella sp. SL102 | WBS04074.1 | 31354 | SC_CBM35_clus21, SC_PL11_clus41 | WBS04074.1(MOD)
| 90.83 | - | - |
|
WDD91902.1
| 926 | CBM35, GH3 | - | Burkholderia sp. FERM BP-3421 | WDD91902.1 | 17915 | SC_CBM35_clus21, SC_GH3_clus270 | WDD91902.1(MOD)
| 84.60 | - | - |
|
WDE98161.1
| 773 | CBM35 | - | Lentisphaera profundi | WDE98161.1 | 30232 | SC_CBM35_clus21 | WDE98161.1(MOD)
| 84.40 | - | - |
|
WDE98163.1
| 1269 | CBM35 | - | Lentisphaera profundi | WDE98163.1 | 6620 | SC_CBM35_clus21 | WDE98163.1(MOD)
| 88.85 | - | - |
|
WEM44096.1
| 2245 | CBM35 | - | Photobacterium sp. DA100 | WEM44096.1 | 1028 | SC_CBM35_clus21 | WEM44096.1(MOD)
| 80.66 | - | - |
|
WFR58644.1
| 564 | CBM35, GH39 | - | Anaerocolumna sp. AGMB13025 | WFR58644.1 | 57467 | SC_CBM35_clus21, SC_GH39_clus115 | WFR58644.1(MOD)
| 93.78 | - | - |
|
WGL52174.1
| 877 | CBM35, GH66 | - | Nocardioides sp. BP30 | WGL52174.1 | 20944 | SC_CBM35_clus21, SC_CBM35_clus47, SC_GH66_clus10 | WGL52174.1(MOD)
| 92.21 | - | - |
|
WHE35742.1
| 1375 | CBM35, GH39 | - | Microbacterium sp. BDGP8 | WHE35742.1 | 5184 | SC_CBM35_clus21, SC_CBM35_clus47, SC_GH39_clus72 | WHE35742.1(MOD)
| 88.93 | - | - |
|
WHY18133.1
| 1601 | CBM35, GH36 | - | Paenibacillus sp. G2S3 | WHY18133.1 | 3189 | SC_CBM35_clus21, SC_CBM35_clus47, SC_GH36_clus39 |
A0A5B0W644
(95.3,100)
| 87.60 | - | - |
|
WIE63730.1
| 512 | CBM35, GH76 | - | Curtobacterium sp. MCLR17_036 | WIE63730.1 | 66512 | SC_CBM35_clus21, SC_GH76_clus64 |
A0A2W1W9K8
(100,100)
| 91.66 | - | - |
