| GenBank ID | Seq. Length | Family | Subfamily | Taxonomy (Sp.) | CAZy50 Rep | CAZy50 ID | Structure Cluster | UniProt ID | pLDDT | EC Number | Substrate |
|---|
AFU99116.1
| 1445 | CBM41, CBM48, GH13 | GH13_13 | Simiduia agarivorans | AFU99116.1 | 4465 | SC_CBM41_clus13, SC_CBM41_clus2, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus24, SC_CBM48_clus3, SC_GH13_clus73 |
K4KJ96(100,100)
| 89.30 | - | - |
|
SYX86429.1
| 2131 | CBM41, CBM48, GH13 | GH13_14 | Paenibacillus alvei | SYX86429.1 | 1205 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus502 |
A0A383RJ80(100,100)
| 82.63 | - | - |
|
SNV20343.1
| 1313 | CBM48, GH13 | GH13_9 | Dermatophilus congolensis | SNV20343.1 | 5948 | SC_CBM48_clus10, SC_CBM48_clus5, SC_GH13_clus313 |
A0A239VF88(100,100)
| 86.58 | - | - |
|
QWR76812.1
| 820 | CBM48, GH13 | GH13_9 | Nitrospirales bacterium LBB_01 | QWR76812.1 | 25437 | SC_CBM48_clus10, SC_GH13_clus7 |
A0A8F1WGV4(100,100)
| 89.29 | - | - |
|
QBR72065.1
| 1431 | CBM48, GH13, GH77 | GH13_11, | Beijerinckiaceae bacterium | QBR72065.1 | 4589 | SC_CBM48_clus10, SC_GH13_clus115, SC_GH77_clus27 |
A0A4P7F3Q6(100,100)
| 92.13 | - | - |
|
AKJ68444.1
| 1362 | CBM48, GH13, GH77 | GH13_11, | Pandoraea thiooxydans | AKJ68444.1 | 5343 | SC_CBM48_clus10, SC_GH13_clus115, SC_GH77_clus27 |
A0A0G3ER12(100,100)
| 89.60 | - | - |
|
QWW20375.1
| 826 | CBM48, GH13 | GH13_11 | Schaalia sp. 19OD2882 | QWW20375.1 | 24956 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A975XY22(100,100)
| 88.50 | - | - |
|
CAN77424.1
| 440 | CBM48 | - | Vitis vinifera | CAN77424.1 | 82570 | SC_CBM48_clus10 |
A5BZN7(100,100)
| 58.67 | - | - |
|
QVK17618.1
| 926 | CBM41, CBM48, GH13 | GH13_14 | Mycoplasmatota bacterium | QVK17618.1 | 17904 | SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus21, SC_GH13_clus130 |
A0A975LEF5(100,100)
| 89.64 | - | - |
|
AWB66932.1
| 1537 | CBM48, GH13 | GH13_13 | Saccharobesus litoralis | AWB66932.1 | 3633 | SC_CBM48_clus10, SC_CBM48_clus24, SC_GH13_clus73 |
A0A2S0VRZ2(100,100)
| 85.67 | - | - |
|
ARF09799.1
| 302 | CBM48 | - | Indivirus ILV1 | ARF09799.1 | 155285 | SC_CBM48_clus141 |
A0A1V0SDK2(100,100)
| 90.45 | - | - |
|
QKS72634.1
| 2237 | CBM41, CBM48, GH13, GH13 | GH13_12, GH13_41 | Paenalkalicoccus suaedae | QKS72634.1 | 1040 | SC_CBM41_clus1, SC_CBM41_clus11, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus502 |
A0A859FIN9(100,100)
| 85.54 | - | - |
|
AZK45069.1
| 2709 | CBM41, CBM48, GH13, GH13 | GH13_14, GH13_41 | Paenibacillus lentus | AZK45069.1 | 550 | SC_CBM41_clus11, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus509 |
A0A3S8RQD9(100,100)
| 80.97 | - | - |
|
QEH68970.1
| 2737 | CBM41, CBM48, GH13, GH13 | GH13_14, GH13_41 | Cellulosilyticum sp. WCF-2 | QEH68970.1 | 525 | SC_CBM41_clus11, SC_CBM41_clus12, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus509 |
A0A5B9YF93(100,100)
| 78.67 | - | - |
|
QWB95757.1
| 933 | CBM41, CBM48, GH13 | GH13_14 | Mycoplasmatota bacterium | QWB95757.1 | 17486 | SC_CBM41_clus9, SC_CBM48_clus10, SC_GH13_clus130 |
A0A975QYR0(100,100)
| 92.29 | - | - |
|
AYV85044.1
| 93 | CBM48 | - | Satyrvirus sp. | AYV85044.1 | 187367 | SC_CBM48_clus188 |
A0A3G5AEN0(100,100)
| 89.87 | - | - |
|
ASP49858.1
| 1443 | CBM41, CBM48, GH13 | GH13_13 | Cognaticolwellia beringensis | ASP49858.1 | 4485 | SC_CBM41_clus13, SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus3, SC_GH13_clus73 |
A0A222GDB3(100,100)
| 91.37 | - | - |
|
AEF03054.1
| 1484 | CBM41, CBM48, GH13 | GH13_13 | Alteromonas naphthalenivorans | AEF03054.1 | 4094 | SC_CBM41_clus13, SC_CBM41_clus8, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus17, SC_CBM48_clus24, SC_CBM48_clus3, SC_GH13_clus73 |
F5Z7L1(100,100)
| 89.78 | - | - |
|
CRH04443.1
| 1317 | CBM48, GH0, GH13 | GH13_9 | Candidatus Magnetococcus massalia | CRH04443.1 | 5887 | SC_CBM48_clus10, SC_GH13_clus64 |
A0A1S7LDG1(100,100)
| 86.87 | - | - |
|
AGL50935.1
| 1484 | CBM41, CBM48, GH13, GH13 | GH13_12, GH13_28 | uncultured bacterium | AGL50935.1 | 4093 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM41_clus7, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus408 |
R4NSY4(100,100)
| 88.85 | 3.2.1.1 | 3.2.1.41 | starch |
|
WAC75416.1
| 757 | CBM48, GH13 | GH13_9 | Roseateles sp. SL47 | WAC75416.1 | 32024 | SC_CBM48_clus10, SC_GH13_clus136 |
A0A9E8ZSQ6(100,100)
| 86.26 | - | - |
|
QRV91462.1
| 407 | CBM48 | - | Ceratobasidium sp. AG-Ba | QRV91462.1 | 95002 | SC_CBM48_clus196 |
A0A8H8JLL5(100,100)
| 57.70 | - | - |
|
CAN80849.1
| 452 | CBM48 | - | Vitis vinifera | CAN80849.1 | 79531 | SC_CBM48_clus10 |
A5B6N2(100,100)
| 78.78 | - | - |
|
AGA59035.1
| 2735 | CBM41, CBM48, GH13, GH13 | GH13_14, GH13_41 | Thermobacillus composti | AGA59035.1 | 526 | SC_CBM41_clus11, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus509 |
L0EIP9(100,100)
| 80.09 | - | - |
|
QIB27232.1
| 2750 | CBM41, CBM48, GH13, GH13 | GH13_14, GH13_41 | Caloranaerobacter azorensis | QIB27232.1 | 514 | SC_CBM41_clus11, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus509 |
A0A6P1YE83(100,100)
| 81.61 | - | - |
|
QOU22635.1
| 190 | CBM48 | - | Brettanomyces bruxellensis | QOU22635.1 | 180864 | SC_CBM48_clus127 |
A0A871REW8(100,100)
| 59.35 | - | - |
|
AAH52135.1
| 172 | CBM48 | - | Danio rerio | AAH52135.1 | 182519 | SC_CBM48_clus179 | AAH52135.1(MOD)
| 65.26 | - | - |
|
ACS48469.1
| 699 | CBM48, GH13 | GH13_14 | Bifidobacterium animalis | ACS48469.1 | 38740 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A315S073
(100,100)
| 90.41 | - | - |
|
ACS97142.1
| 686 | CBM48, GH13 | GH13_11 | Aggregatibacter aphrophilus | ACS97142.1 | 40380 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A448FAA8
(99.9,99.9)
| 93.12 | - | - |
|
AFK02584.1
| 154 | CBM48 | - | Emticicia oligotrophica | AFK02584.1 | 184156 | SC_CBM48_clus180 | AFK02584.1(MOD)
| 76.96 | - | - |
|
AGJ64394.2
| 691 | CBM48, GH13 | GH13_11 | Chlamydia trachomatis | AGJ64394.2 | 39757 | SC_CBM48_clus10, SC_GH13_clus254 |
G4NNZ5
(99.4,100)
| 92.30 | - | - |
|
AIP99730.1
| 686 | CBM48, GH13 | GH13_11 | Ornithobacterium rhinotracheale | AIP99730.1 | 40369 | SC_CBM48_clus10, SC_GH13_clus254 |
I4A1T0
(100,100)
| 94.20 | - | - |
|
AJW96938.1
| 1492 | CBM48, GH13, GH77 | GH13_10, | Burkholderia gladioli | AJW96938.1 | 4003 | SC_CBM48_clus10, SC_GH13_clus115, SC_GH77_clus27 | AJW96938.1(MOD)
| 81.22 | - | - |
|
AJX47590.1
| 282 | CBM48 | - | Burkholderia mallei | AJX47590.1 | 162368 | SC_CBM48_clus10 |
A3NU16
(98.4,87.6)
| 95.78 | - | - |
|
AKU65121.1
| 1400 | CBM48, GH13 | GH13_13 | Schaalia meyeri | AKU65121.1 | 4914 | SC_CBM48_clus10, SC_GH13_clus73 |
A0A1H1KYQ7
(95.6,100)
| 91.74 | - | - |
|
ALB02607.1
| 1307 | CBM48, GH13 | GH13_9 | Kocuria palustris | ALB02607.1 | 6043 | SC_CBM48_clus10, SC_CBM48_clus5, SC_GH13_clus313 |
M2YDE6
(99.5,100)
| 85.65 | - | - |
|
AMC89664.1
| 1422 | CBM48, GH13, GH13 | GH13_3, GH13_9 | Mycobacterium tuberculosis | AMC89664.1 | 4679 | SC_CBM48_clus10, SC_GH13_clus428 | AMC89664.1(MOD)
| 90.92 | - | - |
|
ANV76341.1
| 400 | CBM48 | - | Acetivibrio thermocellus | ANV76341.1 | 98700 | SC_CBM48_clus196 |
A3DD45
(100,100)
| 63.78 | - | - |
|
AOD25731.1
| 66 | CBM48 | - | Streptococcus thermophilus | AOD25731.1 | 188270 | SC_CBM48_clus112 |
A0A2X3U9G3
(92.6,81.8)
| 89.63 | - | - |
|
APR87037.1
| 352 | CBM48 | - | Minicystis rosea | APR87037.1 | 130771 | SC_CBM48_clus181 | APR87037.1(MOD)
| 94.71 | - | - |
|
AQL29860.1
| 677 | CBM48, GH13 | GH13_11 | Prochlorococcus sp. RS50 | AQL29860.1 | 41414 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A1Q1ERY8
(100,100)
| 93.24 | - | - |
|
AQZ16966.1
| 1163 | CBM48 | - | Zygosaccharomyces parabailii | AQZ16966.1 | 8669 | SC_CBM48_clus182 | AQZ16966.1(MOD)
| 40.44 | - | - |
|
ARN70284.1
| 314 | CBM48 | - | Nonlabens tegetincola | ARN70284.1 | 149647 | SC_CBM48_clus110 |
A0A2S7TF08
(97.8,100)
| 86.47 | - | - |
|
ARQ77720.1
| 680 | CBM48, GH13 | GH13_11 | Oxalobacter formigenes | ARQ77720.1 | 41034 | SC_CBM48_clus10, SC_GH13_clus254 |
C3XB19
(100,100)
| 94.81 | - | - |
|
ASA79917.1
| 1252 | CBM41, CBM48, GH13 | GH13_12 | Streptococcus agalactiae | ASA79917.1 | 6905 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus29, SC_GH13_clus288 |
A0A806NI49
(99.0,100)
| 81.81 | - | - |
|
ASI93912.1
| 2215 | CBM48, GH13, GH13 | GH13_13, GH13_5 | Vibrio rotiferianus | ASI93912.1 | 1074 | SC_CBM48_clus10, SC_CBM48_clus24, SC_GH13_clus459 | ASI93912.1(MOD)
| 84.05 | - | - |
|
ASN40516.1
| 251 | CBM48 | - | Arthrobacter sp. 7749 | ASN40516.1 | 171552 | SC_CBM48_clus10 | ASN40516.1(MOD)
| 87.95 | - | - |
|
ASR44839.1
| 905 | CBM48, GH13 | GH13_13 | Xanthomonas citri | ASR44839.1 | 19065 | SC_CBM48_clus10, SC_GH13_clus130 |
A0A839WRK2
(93.6,99.7)
| 93.95 | - | - |
|
ATO53694.1
| 80 | CBM48 | - | Lactobacillus amylovorus | ATO53694.1 | 187836 | SC_CBM48_clus186 | ATO53694.1(MOD)
| 72.12 | - | - |
|
AUE12104.1
| 1708 | CBM25, CBM41, CBM48, GH13, GH13 | GH13_14, GH13_32 | Bifidobacterium breve | AUE12104.1 | 2588 | SC_CBM25_clus10, SC_CBM25_clus11, SC_CBM25_clus4, SC_CBM25_clus5, SC_CBM41_clus1, SC_CBM41_clus11, SC_CBM41_clus4, SC_CBM41_clus8, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus25, SC_CBM48_clus29, SC_GH13_clus331 |
A0A2K9BLQ1
(99.8,100)
| 85.85 | - | - |
|
AUJ50797.1
| 249 | CBM48 | - | Brachyspira hyodysenteriae | AUJ50797.1 | 172072 | SC_CBM48_clus185 |
A0A3B6VCA1
(100,100)
| 82.93 | - | - |
|
AWZ05696.1
| 87 | CBM48 | - | Streptomyces sp. ICC4 | AWZ05696.1 | 187578 | SC_CBM48_clus116 |
A0A2Z4UTN6
(100,100)
| 50.17 | - | - |
|
AXT40002.1
| 699 | CBM48, GH13 | GH13_11 | Alteromonas sp. BL110 | AXT40002.1 | 38793 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A3A9U9S1
(100,100)
| 93.91 | - | - |
|
AYO47318.1
| 795 | CBM41, CBM48, GH13 | GH13_14 | Streptococcus mutans | AYO47318.1 | 27862 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus130 |
A0A2J9QE40
(99.4,96.9)
| 94.24 | - | - |
|
AZO93171.1
| 530 | CBM48 | - | Halocella sp. SP3-1 | AZO93171.1 | 62833 | SC_CBM48_clus187 | AZO93171.1(MOD)
| 85.70 | - | - |
|
BAL34208.1
| 746 | CBM48, GH13 | GH13_11 | Synechocystis sp. PCC 6803 | BAL34208.1 | 33147 | SC_CBM48_clus10, SC_GH13_clus254 |
P72691
(100,100)
| 90.98 | - | - |
|
BAP70723.1
| 471 | CBM48 | - | Kluyveromyces marxianus | BAP70723.1 | 75280 | SC_CBM48_clus169 |
W0T6F5
(98.3,100)
| 54.80 | - | - |
|
BAQ32569.1
| 676 | CBM48, GH13 | GH13_14 | Bifidobacterium scardovii | BAQ32569.1 | 41569 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A087D3L6
(100,100)
| 91.80 | - | - |
|
BAR05812.1
| 1879 | CBM25, CBM41, CBM48, GH13, GH13 | GH13_14, GH13_32 | Parascardovia denticolens | BAR05812.1 | 1865 | SC_CBM25_clus10, SC_CBM25_clus11, SC_CBM25_clus4, SC_CBM25_clus5, SC_CBM41_clus1, SC_CBM41_clus11, SC_CBM41_clus12, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus25, SC_CBM48_clus29, SC_GH13_clus331 |
E6K097
(100,100)
| 85.56 | - | - |
|
BAU39221.1
| 585 | CBM48, GH13 | GH13_10 | Acetobacter pasteurianus | BAU39221.1 | 54410 | SC_CBM48_clus10, SC_GH13_clus315 |
A0A6P1QE08
(98.6,100)
| 94.84 | - | - |
|
BBG04210.1
| 730 | CBM48, GH13 | GH13_11 | Pseudonocardia autotrophica | BBG04210.1 | 35067 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A1Y2N8P3
(100,100)
| 90.62 | - | - |
|
BBG04223.1
| 1005 | CBM48, GH13 | GH13_9 | Pseudonocardia autotrophica | BBG04223.1 | 14104 | SC_CBM48_clus10, SC_CBM48_clus5, SC_GH13_clus70 |
A0A1Y2N7T9
(100,100)
| 78.78 | - | - |
|
BBM97497.1
| 1086 | CBM41, CBM48, GH13 | GH13_13 | Marchantia polymorpha | BBM97497.1 | 10895 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus113 |
A0A2R6X0V8
(100,100)
| 89.70 | - | - |
|
BBM97568.1
| 352 | CBM48 | - | Marchantia polymorpha | BBM97568.1 | 130859 | SC_CBM48_clus107 |
A0A2R6X130
(100,100)
| 65.76 | - | - |
|
BBN04876.1
| 802 | CBM48, GH13 | GH13_11 | Marchantia polymorpha | BBN04876.1 | 27140 | SC_CBM48_clus10, SC_GH13_clus6 |
A0A2R6WAI3
(100,100)
| 86.10 | - | - |
|
BBN04949.1
| 975 | CBM48, GH13 | GH13_11 | Marchantia polymorpha | BBN04949.1 | 15447 | SC_CBM48_clus10, SC_CBM48_clus23, SC_GH13_clus332 |
A0A2R6WDI7
(100,100)
| 75.78 | - | - |
|
BBN14367.1
| 845 | CBM48, GH13 | GH13_11 | Marchantia polymorpha | BBN14367.1 | 23348 | SC_CBM48_clus10, SC_GH13_clus76 |
A0A2R6XG66
(100,100)
| 84.76 | - | - |
|
BBP03936.1
| 124 | CBM48 | - | Sulfuriferula plumbiphila | BBP03936.1 | 185917 | SC_CBM48_clus194 |
A0A512LB21
(100,100)
| 83.23 | - | - |
|
BCL16438.1
| 104 | CBM48 | - | Micromonospora sagamiensis | BCL16438.1 | 186816 | SC_CBM48_clus194 |
A0A1C6SPR4
(98.1,100)
| 80.71 | - | - |
|
BCS97395.1
| 182 | CBM48 | - | Desulfoluna limicola | BCS97395.1 | 181638 | SC_CBM48_clus174 | BCS97395.1(MOD)
| 82.24 | - | - |
|
BCT93265.1
| 1127 | CBM48, GH13 | GH13_13 | Lysobacter caseinilyticus | BCT93265.1 | 9608 | SC_CBM48_clus10, SC_GH13_clus300 | BCT93265.1(MOD)
| 92.09 | - | - |
|
BCV37410.1
| 787 | CBM48, GH13 | GH13_11 | Shewanella chilikensis | BCV37410.1 | 28714 | SC_CBM48_clus10, SC_GH13_clus76 |
A0A7T8EAL1
(97.2,100)
| 87.71 | - | - |
|
BCZ49195.1
| 955 | CBM48, GH13 | GH13_9 | Clostridium gelidum | BCZ49195.1 | 16387 | SC_CBM48_clus10, SC_GH13_clus130 | BCZ49195.1(MOD)
| 75.31 | - | - |
|
BDA12191.1
| 1386 | CBM41, CBM48, GH13 | GH13_13 | Aeromonas caviae | BDA12191.1 | 5063 | SC_CBM41_clus2, SC_CBM41_clus7, SC_CBM41_clus9, SC_CBM48_clus18, SC_CBM48_clus21, SC_CBM48_clus5, SC_GH13_clus73 |
A0A2I8D7W6
(90.6,98.8)
| 90.91 | - | - |
|
BDD56822.1
| 733 | CBM48 | - | Monascus purpureus | BDD56822.1 | 34753 | SC_CBM48_clus129 |
A0A507QW15
(100,98.5)
| 43.30 | - | - |
|
BDG01305.1
| 1221 | CBM48, GH13 | GH13_9 | Anaeromyxobacter oryzae | BDG01305.1 | 7476 | SC_CBM48_clus10, SC_GH13_clus313 | BDG01305.1(MOD)
| 89.62 | - | - |
|
BDT32779.1
| 634 | CBM48, GH13 | GH13_10 | Myxococcus sp. MH1 | BDT32779.1 | 47579 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A511THE2
(96.1,100)
| 94.12 | - | - |
|
BDV32622.1
| 1372 | CBM48, GH13, GH77 | GH13_11, | Methylocystis iwaonis | BDV32622.1 | 5226 | SC_CBM48_clus10, SC_GH13_clus115, SC_GH77_clus27 | BDV32622.1(MOD)
| 92.94 | - | - |
|
BDY05895.1
| 672 | CBM48, GH13 | GH13_11 | Ferrimonas sp. YFM | BDY05895.1 | 42191 | SC_CBM48_clus10, SC_GH13_clus254 | BDY05895.1(MOD)
| 95.82 | - | - |
|
BDZ56200.1
| 719 | CBM48, GH13 | GH13_11 | Agromyces marinus | BDZ56200.1 | 36420 | SC_CBM48_clus10, SC_GH13_clus136 | BDZ56200.1(MOD)
| 74.05 | - | - |
|
CAB4072052.1
| 827 | CBM48, GH13 | - | Lactuca saligna | CAB4072052.1 | 24829 | SC_CBM48_clus10, SC_GH13_clus6 |
A0A9R1UG35
(95.8,99.9)
| 83.40 | - | - |
|
CAD6644053.1
| 376 | CBM48 | - | Saccharomyces cerevisiae | CAD6644053.1 | 114816 | SC_CBM48_clus196 |
C8ZG55
(91.8,100)
| 58.55 | - | - |
|
CDH90611.1
| 389 | CBM41, CBM48 | - | Clostridium botulinum | CDH90611.1 | 105525 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus29 |
B2TL14
(100,96.9)
| 91.87 | - | - |
|
QAS60373.1
| 230 | CBM48 | - | Clostridium septicum | QAS60373.1 | 176074 | SC_CBM48_clus167 |
A0A9N7PJT2
(100,100)
| 92.56 | - | - |
|
QAV33383.1
| 665 | CBM48 | - | Fervidobacterium changbaicum | QAV33383.1 | 43097 | SC_CBM48_clus132 |
A0A1G7Y2D8
(100,100)
| 85.18 | - | - |
|
QBH14203.1
| 101 | CBM48 | - | Desulfobacter hydrogenophilus | QBH14203.1 | 186951 | SC_CBM48_clus188 |
A0A328FIP4
(100,100)
| 95.87 | - | - |
|
QDT48789.1
| 718 | CBM48, GH13 | GH13_11 | Symmachiella dynata | QDT48789.1 | 36479 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A517ZPR1
(99.7,100)
| 92.47 | - | - |
|
QEI17017.1
| 1506 | CBM48, GH13 | GH13_13 | Cellvibrio japonicus | QEI17017.1 | 3890 | SC_CBM48_clus10, SC_CBM48_clus3, SC_GH13_clus73 |
B3PDV8
(100,100)
| 88.33 | - | - |
|
QGS37629.1
| 1378 | CBM41, CBM48, GH13 | GH13_12 | Aerococcus viridans | QGS37629.1 | 5148 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus288 |
A0A7M1KSY9
(97.1,100)
| 77.31 | - | - |
|
QGX39989.1
| 1201 | CBM41, CBM48, GH13 | GH13_13 | Permianibacter aggregans | QGX39989.1 | 7830 | SC_CBM41_clus11, SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus29, SC_GH13_clus113 |
A0A4R6UTK1
(100,99.3)
| 89.13 | - | - |
|
QHO14729.1
| 156 | CBM48 | - | Arachis hypogaea | QHO14729.1 | 183980 | SC_CBM48_clus136 |
A0A445BBU4
(100,84.0)
| 79.88 | - | - |
|
QHQ86876.1
| 462 | CBM48 | - | Elizabethkingia miricola | QHQ86876.1 | 77220 | SC_CBM48_clus125 |
A0A1A6CBZ3
(99.8,99.4)
| 90.92 | - | - |
|
QJR20795.1
| 127 | CBM48 | - | Brevinematales bacterium NS | QJR20795.1 | 185788 | SC_CBM48_clus194 | QJR20795.1(MOD)
| 87.26 | - | - |
|
QJR21959.1
| 829 | CBM26, CBM48, GH13 | GH13_14 | Brevinematales bacterium NS | QJR21959.1 | 24710 | SC_CBM26_clus3, SC_CBM26_clus9, SC_CBM48_clus13, SC_CBM48_clus9, SC_GH13_clus130 | QJR21959.1(MOD)
| 90.28 | - | - |
|
QJR22516.1
| 856 | CBM48, GH13 | GH13_14 | Brevinematales bacterium NS | QJR22516.1 | 22486 | SC_CBM48_clus10, SC_GH13_clus76 | QJR22516.1(MOD)
| 90.22 | - | - |
|
QJR22816.1
| 127 | CBM48 | - | Brevinematales bacterium NS | QJR22816.1 | 185789 | SC_CBM48_clus194 | QJR22816.1(MOD)
| 83.85 | - | - |
|
QKH47013.1
| 1276 | CBM41, CBM48, GH13 | GH13_12 | Abiotrophia defectiva | QKH47013.1 | 6503 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus29, SC_GH13_clus288 |
W1Q1W2
(100,100)
| 80.04 | - | - |
|
QKY15159.1
| 299 | CBM48, GH13 | - | Polytomella parva | QKY15159.1 | 156351 | SC_CBM48_clus10, SC_GH13_clus205 |
A0A7S0UKG3
(91.3,100)
| 69.08 | - | - |
|
QKY15193.1
| 1303 | CBM48, GH13 | - | Polytomella parva | QKY15193.1 | 6099 | SC_CBM48_clus14, SC_GH13_clus113 | QKY15193.1(MOD)
| 80.12 | - | - |
|
QLF69325.1
| 618 | CBM48, GH13 | GH13_10 | Peteryoungia desertarenae | QLF69325.1 | 49865 | SC_CBM48_clus10, SC_GH13_clus254 | QLF69325.1(MOD)
| 93.97 | - | - |
|
QLK92177.1
| 110 | CBM48 | - | Vibrio cholerae | QLK92177.1 | 186544 | SC_CBM48_clus194 |
A0A2V4NXR1
(100,100)
| 88.95 | - | - |
|
QMV01269.1
| 719 | CBM48, GH13 | GH13_11 | Devosia sp. D6-9 | QMV01269.1 | 36294 | SC_CBM48_clus10, SC_GH13_clus254 | QMV01269.1(MOD)
| 91.86 | - | - |
|
QNP96356.1
| 500 | CBM48 | - | Yarrowia lipolytica | QNP96356.1 | 68806 | SC_CBM48_clus197 |
A0A1D8N944
(100,100)
| 52.99 | - | - |
|
QOD68143.1
| 1206 | CBM41, CBM48, GH13 | GH13_13 | Vibrio navarrensis | QOD68143.1 | 7730 | SC_CBM41_clus5, SC_CBM41_clus8, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus17, SC_CBM48_clus21, SC_GH13_clus113 |
A0A099LSV9
(100,100)
| 91.89 | - | - |
|
QOG29490.1
| 673 | CBM48, GH13 | GH13_14 | Enterococcus casseliflavus | QOG29490.1 | 41935 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A8G1T8V9
(100,100)
| 95.18 | - | - |
|
QPW55172.1
| 748 | CBM48, GH13 | GH13_14 | Clostridium botulinum | QPW55172.1 | 32961 | SC_CBM48_clus10, SC_GH13_clus76 |
A0A9P2G9D3
(100,95.2)
| 96.30 | - | - |
|
QQU08816.1
| 862 | CBM48, GH13 | GH13_11 | Mobiluncus curtisii | QQU08816.1 | 21963 | SC_CBM48_clus10, SC_GH13_clus76 |
D6ZL61
(100,100)
| 84.84 | - | - |
|
QRO88010.1
| 1326 | CBM48, GH13 | GH13_9 | Kytococcus sedentarius | QRO88010.1 | 5768 | SC_CBM48_clus10, SC_GH13_clus313 |
C7NFZ8
(96.5,100)
| 85.71 | - | - |
|
QSB00461.1
| 732 | CBM48, GH13 | GH13_11 | Methylomonas sp. EFPC1 | QSB00461.1 | 34813 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A2N0V2L2
(99.6,100)
| 92.77 | - | - |
|
QSI75793.1
| 1288 | CBM20, CBM41, CBM48, GH13 | GH13_13 | Niveibacterium microcysteis | QSI75793.1 | 6343 | SC_CBM20_clus19, SC_CBM20_clus20, SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM41_clus6, SC_CBM41_clus8, SC_CBM48_clus10, SC_CBM48_clus14, SC_CBM48_clus15, SC_CBM48_clus29, SC_GH13_clus113 | QSI75793.1(MOD)
| 90.94 | - | - |
|
QSV13618.1
| 708 | CBM48, GH13 | GH13_11 | Photobacterium ganghwense | QSV13618.1 | 37643 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A0J1H7E9
(99.7,100)
| 92.80 | - | - |
|
QTA38080.1
| 637 | CBM48 | - | Thermosipho ferrireducens | QTA38080.1 | 47062 | SC_CBM48_clus132 | QTA38080.1(MOD)
| 87.22 | - | - |
|
QTI67535.1
| 921 | CBM48, GH13 | GH13_11 | Gordonia polyisoprenivorans | QTI67535.1 | 18153 | SC_CBM48_clus10, SC_GH13_clus76 |
A0A846WPG7
(91.0,100)
| 80.14 | - | - |
|
QTJ38824.1
| 1178 | CBM41, CBM48, GH13 | GH13_12 | Dolosigranulum pigrum | QTJ38824.1 | 8320 | SC_CBM41_clus1, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus288 |
A0A328KEH3
(99.2,100)
| 84.13 | - | - |
|
QTK31132.1
| 1443 | CBM48, GH13 | GH13_9 | Kocuria rhizophila | QTK31132.1 | 4488 | SC_CBM48_clus10, SC_CBM48_clus16, SC_GH13_clus313 |
A0A9Y2ADI6
(98.5,100)
| 81.61 | - | - |
|
QTQ15529.1
| 732 | CBM48, GH13 | GH13_11 | Treponema parvum | QTQ15529.1 | 34817 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A975F0S7
(97.4,100)
| 93.72 | - | - |
|
QUC66538.1
| 868 | CBM48, GH13 | GH13_14 | Aristaeella hokkaidonensis | QUC66538.1 | 21501 | SC_CBM48_clus10, SC_CBM48_clus21, SC_GH13_clus130 |
A0A239QJN3
(100,100)
| 92.17 | - | - |
|
QUE53720.1
| 2521 | CBM41, CBM48, GH13, GH13 | GH13_12, GH13_41 | Streptococcus oriscaviae | QUE53720.1 | 670 | SC_CBM41_clus1, SC_CBM41_clus11, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus29, SC_GH13_clus487 | QUE53720.1(MOD)
| 75.65 | - | - |
|
QUM76707.1
| 106 | CBM48 | - | Moritella sp. 24 | QUM76707.1 | 186709 | SC_CBM48_clus188 |
A0A090IDI6
(90.5,99.1)
| 83.66 | - | - |
|
QUT03490.1
| 689 | CBM48, GH13 | GH13_11 | Proteus terrae | QUT03490.1 | 39968 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A8I0WT49
(99.9,100)
| 91.41 | - | - |
|
QUX91220.1
| 680 | CBM48, GH13 | GH13_11 | Marinomonas sp. A3A | QUX91220.1 | 41039 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A1M4SU99
(93.4,100)
| 95.61 | - | - |
|
QUY65299.1
| 2191 | CBM41, CBM48, GH13, GH13 | GH13_14, GH13_41 | Helcococcus kunzii | QUY65299.1 | 1119 | SC_CBM41_clus11, SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus348 |
H3NPZ8
(99.5,100)
| 81.27 | - | - |
|
QWC00759.1
| 619 | CBM48, GH13 | GH13_9 | Mycoplasmatota bacterium | QWC00759.1 | 49745 | SC_CBM48_clus10, SC_GH13_clus254 | QWC00759.1(MOD)
| 96.95 | - | - |
|
QWW29632.1
| 1259 | CBM41, CBM48, GH13 | GH13_14 | Lactobacillus crispatus | QWW29632.1 | 6787 | SC_CBM41_clus1, SC_CBM41_clus11, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus288 |
A0A135Z466
(100,100)
| 81.64 | - | - |
|
QXD32910.1
| 811 | CBM48, GH13 | - | Candidatus Pelagisphaera phototrophica | QXD32910.1 | 26249 | SC_CBM48_clus10, SC_GH13_clus76 |
A0A2E7FKG3
(94.0,100)
| 92.74 | - | - |
|
QYF48780.1
| 668 | CBM48, GH13 | GH13_11 | Candidatus Rhabdochlamydia oedothoracis | QYF48780.1 | 42694 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A486XL95
(91.8,100)
| 95.06 | - | - |
|
QYJ70284.1
| 752 | CBM48, GH13 | GH13_11 | Shewanella sp. FJAT-51649 | QYJ70284.1 | 32479 | SC_CBM48_clus10, SC_GH13_clus254 |
Q0HST6
(96.8,100)
| 90.04 | - | - |
|
QZO77070.1
| 612 | CBM48, GH13 | GH13_14 | Helcococcus kunzii | QZO77070.1 | 50666 | SC_CBM48_clus10, SC_GH13_clus254 |
H3NN09
(99.2,100)
| 96.24 | - | - |
|
UAA37637.1
| 1392 | CBM41, CBM48, GH13 | GH13_13 | Paraneptunicella aestuarii | UAA37637.1 | 4998 | SC_CBM41_clus13, SC_CBM41_clus2, SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus18, SC_CBM48_clus21, SC_CBM48_clus24, SC_CBM48_clus3, SC_GH13_clus73 | UAA37637.1(MOD)
| 91.36 | - | - |
|
UAC00512.1
| 679 | CBM48, GH13 | GH13_11 | Dactylosporangium vinaceum | UAC00512.1 | 41215 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A9W6NP00
(99.6,100)
| 96.11 | - | - |
|
UBK89835.1
| 2655 | CBM41, CBM48, GH13, GH13 | GH13_14, GH13_41 | Clostridium perfringens | UBK89835.1 | 585 | SC_CBM41_clus11, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus509 |
A0A0H2YRU2
(98.3,99.6)
| 80.53 | - | - |
|
UBX50001.1
| 649 | CBM48, GH13 | GH13_11 | Providencia alcalifaciens | UBX50001.1 | 45423 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A6L6FAR3
(90.9,100)
| 94.44 | - | - |
|
UCZ52861.1
| 1980 | CBM41, CBM48, GH13, GH13 | GH13_12, GH13_41 | Bacillus shivajii | UCZ52861.1 | 1564 | SC_CBM41_clus1, SC_CBM41_clus11, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus138 | UCZ52861.1(MOD)
| 87.58 | - | - |
|
UDQ97179.1
| 764 | CBM48, GH13 | GH13_9 | Lentisphaerae bacterium WC36 | UDQ97179.1 | 31236 | SC_CBM48_clus10, SC_GH13_clus421 | UDQ97179.1(MOD)
| 94.05 | - | - |
|
UEG49574.1
| 98 | CBM48 | - | Ferruginibacter lapsinanis | UEG49574.1 | 187143 | SC_CBM48_clus188 | UEG49574.1(MOD)
| 96.12 | - | - |
|
UEG54659.1
| 477 | CBM48 | - | Mucilaginibacter daejeonensis | UEG54659.1 | 74008 | SC_CBM48_clus11 | UEG54659.1(MOD)
| 85.45 | - | - |
|
UEJ82891.1
| 806 | CBM48, GH13 | GH13_11 | Brachybacterium halotolerans | UEJ82891.1 | 26768 | SC_CBM48_clus10, SC_GH13_clus254 | UEJ82891.1(MOD)
| 87.83 | - | - |
|
UFN57571.1
| 1146 | CBM48, GH13 | GH13_13 | Microbulbifer celer | UFN57571.1 | 9099 | SC_CBM48_clus10, SC_GH13_clus113 | UFN57571.1(MOD)
| 92.55 | - | - |
|
UFU11175.1
| 715 | CBM48, GH13 | GH13_11 | Ideonella dechloratans | UFU11175.1 | 36877 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A643FEV0
(100,100)
| 93.88 | - | - |
|
UII25654.1
| 102 | CBM48 | - | Fulvivirga maritima | UII25654.1 | 186921 | SC_CBM48_clus188 |
A0A937JYT0
(95.1,100)
| 94.68 | - | - |
|
UIJ36443.1
| 1229 | CBM48, GH13 | GH13_9 | Allobranchiibius sp. GilTou73 | UIJ36443.1 | 7330 | SC_CBM48_clus10, SC_GH13_clus179 |
A0A853DH66
(98.6,100)
| 91.61 | - | - |
|
UIJ58015.1
| 93 | CBM48 | - | Amycolatopsis acidiphila | UIJ58015.1 | 187373 | SC_CBM48_clus188 |
A0A558ADD1
(100,100)
| 94.07 | - | - |
|
UIK88915.1
| 1243 | CBM48, GH13 | GH13_9 | Arthrobacter polaris | UIK88915.1 | 7063 | SC_CBM48_clus16, SC_GH13_clus179 | UIK88915.1(MOD)
| 87.43 | - | - |
|
UIZ24287.1
| 731 | CBM48 | - | Peronospora effusa | UIZ24287.1 | 34995 | SC_CBM48_clus154 |
A0A3M6VH01
(100,100)
| 73.09 | - | - |
|
UJX41122.1
| 221 | CBM48 | - | Desulfovibrio sp. JY | UJX41122.1 | 177491 | SC_CBM48_clus165 |
E1JTT5
(91.4,100)
| 69.54 | - | - |
|
ULQ53521.1
| 100 | CBM48 | - | Flavihumibacter fluvii | ULQ53521.1 | 187034 | SC_CBM48_clus188 | ULQ53521.1(MOD)
| 95.08 | - | - |
|
ULQ58998.1
| 1114 | CBM48, GH13, GH133 | GH13_14, | Brucepastera parasyntrophica | ULQ58998.1 | 10028 | SC_CBM48_clus10, SC_GH133_clus17, SC_GH13_clus438 | ULQ58998.1(MOD)
| 86.96 | - | - |
|
UOO83418.1
| 669 | CBM48, GH13 | GH13_11 | Neisseria dumasiana | UOO83418.1 | 42578 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A1X3DI21
(98.7,100)
| 95.20 | - | - |
|
UPH47265.1
| 760 | CBM48, GH13 | GH13_11 | Methylophaga pinxianii | UPH47265.1 | 31679 | SC_CBM48_clus10, SC_GH13_clus254 | UPH47265.1(MOD)
| 90.75 | - | - |
|
UQA62449.1
| 1249 | CBM48, GH13, GH13 | GH13_10, GH13_9 | Polyangium aurulentum | UQA62449.1 | 6963 | SC_CBM48_clus10, SC_CBM48_clus5, SC_GH13_clus115 |
A0A4U1HLP4
(100,100)
| 93.57 | - | - |
|
UQA86663.1
| 2015 | CBM25, CBM41, CBM48, GH13, GH13 | GH13_14, GH13_32 | Gardnerella vaginalis | UQA86663.1 | 1453 | SC_CBM25_clus10, SC_CBM25_clus11, SC_CBM25_clus4, SC_CBM41_clus1, SC_CBM41_clus4, SC_CBM41_clus5, SC_CBM41_clus8, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus25, SC_GH13_clus331 |
S4H1S5
(97.2,100)
| 79.97 | - | - |
|
UQA89203.1
| 1890 | CBM25, CBM41, CBM48, GH13, GH13 | GH13_14, GH13_32 | Gardnerella swidsinskii | UQA89203.1 | 1825 | SC_CBM25_clus10, SC_CBM25_clus11, SC_CBM25_clus4, SC_CBM25_clus5, SC_CBM41_clus1, SC_CBM41_clus11, SC_CBM41_clus4, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus25, SC_CBM48_clus29, SC_GH13_clus331 |
A0A3A1XI61
(98.6,100)
| 84.06 | - | - |
|
UQN42789.1
| 2397 | CBM41, CBM48, CBM69, GH13, GH13 | GH13_13, GH13_37 | Agarivorans sp. B2Z047 | UQN42789.1 | 802 | SC_CBM41_clus13, SC_CBM41_clus15, SC_CBM41_clus2, SC_CBM41_clus7, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus18, SC_CBM48_clus21, SC_CBM48_clus24, SC_CBM48_clus30, SC_CBM69_clus1, SC_CBM69_clus2, SC_GH13_clus162 |
A0A7C9G7K7
(100,100)
| 81.10 | - | - |
|
UQN44398.1
| 1336 | CBM41, CBM48, GH13 | GH13_13 | Agarivorans sp. B2Z047 | UQN44398.1 | 5630 | SC_CBM41_clus8, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus17, SC_GH13_clus73 | UQN44398.1(MOD)
| 91.66 | - | - |
|
UQX87389.1
| 98 | CBM48 | - | Jatrophihabitans telluris | UQX87389.1 | 187142 | SC_CBM48_clus188 | UQX87389.1(MOD)
| 96.68 | - | - |
|
URA09526.1
| 363 | CBM48 | - | Thermospira aquatica | URA09526.1 | 124670 | SC_CBM48_clus155 | URA09526.1(MOD)
| 83.11 | - | - |
|
URA10809.1
| 771 | CBM48, GH13 | GH13_14 | Thermospira aquatica | URA10809.1 | 30445 | SC_CBM48_clus10, SC_GH13_clus76 | URA10809.1(MOD)
| 92.60 | - | - |
|
USP68703.1
| 1236 | CBM26, CBM48, GH13 | GH13_14 | Ruminococcus sp. FMBCY1 | USP68703.1 | 7195 | SC_CBM26_clus11, SC_CBM26_clus3, SC_CBM48_clus10, SC_CBM48_clus20, SC_GH13_clus528 |
A0A292RGH9
(99.2,100)
| 82.64 | - | - |
|
USP69880.1
| 957 | CBM48, GH13 | GH13_14 | Ruminococcus sp. FMBCY1 | USP69880.1 | 16318 | SC_CBM48_clus10, SC_GH13_clus7 |
A0A3D2QUV1
(99.7,100)
| 89.59 | - | - |
|
USQ75616.1
| 1294 | CBM48, GH13 | GH13_9 | Ornithinimicrobium cryptoxanthini | USQ75616.1 | 6237 | SC_CBM48_clus10, SC_CBM48_clus16, SC_GH13_clus313 | USQ75616.1(MOD)
| 87.31 | - | - |
|
USQ76241.1
| 604 | CBM48, GH13 | - | Ornithinimicrobium cryptoxanthini | USQ76241.1 | 51913 | SC_CBM48_clus10, SC_GH13_clus254 | USQ76241.1(MOD)
| 97.08 | - | - |
|
UUF10376.1
| 1440 | CBM41, CBM48, GH13 | GH13_14 | Turicibacter bilis | UUF10376.1 | 4520 | SC_CBM41_clus11, SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus29, SC_GH13_clus288 |
A0A9Q9CIK7
(97.5,100)
| 81.72 | - | - |
|
UUV17527.1
| 691 | CBM48, GH13 | GH13_14 | Fusobacteria bacterium ZRK30 | UUV17527.1 | 39808 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A369XZ26
(90.7,100)
| 93.08 | - | - |
|
UUW64946.1
| 1065 | CBM48, GH13 | GH13_14 | Clostridium perfringens | UUW64946.1 | 11680 | SC_CBM48_clus10, SC_GH13_clus332 |
A0A9P3TSY2
(97.1,100)
| 92.39 | - | - |
|
UVD81906.1
| 675 | CBM48, GH13 | - | Mycoplasma iguanae | UVD81906.1 | 41776 | SC_CBM48_clus10, SC_GH13_clus254 | UVD81906.1(MOD)
| 95.63 | - | - |
|
UVE41512.1
| 915 | CBM41, CBM48, GH13 | GH13_14 | Clostridium sp. CM027 | UVE41512.1 | 18526 | SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus130 |
A0A9E8W1U3
(100,100)
| 89.38 | - | - |
|
UWO50194.1
| 874 | CBM41, CBM48, GH13 | GH13_14 | Butyrivibrio crossotus | UWO50194.1 | 21152 | SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus130 |
D4RZ32
(100,100)
| 90.64 | - | - |
|
UWO51755.1
| 672 | CBM48, GH13 | GH13_9 | Butyrivibrio crossotus | UWO51755.1 | 42174 | SC_CBM48_clus10, SC_GH13_clus421 |
D4S0K1
(100,100)
| 92.45 | - | - |
|
UWO86850.1
| 681 | CBM48, GH13 | GH13_14 | Hungatella hathewayi | UWO86850.1 | 41015 | SC_CBM48_clus10, SC_GH13_clus254 |
D3ADT9
(100,100)
| 94.03 | - | - |
|
UWZ44764.1
| 1922 | CBM41, CBM48, GH13, GH13 | GH13_13, | Dactylosporangium matsuzakiense | UWZ44764.1 | 1718 | SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus60 |
A0A9W6KRP6
(100,100)
| 91.26 | - | - |
|
UXI03012.1
| 2041 | CBM41, CBM48, GH13, GH13 | GH13_13, GH13_37 | Photobacterium sp. TY1-4 | UXI03012.1 | 1399 | SC_CBM41_clus13, SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus24, SC_GH13_clus459 | UXI03012.1(MOD)
| 88.54 | - | - |
|
UYM17742.1
| 1056 | CBM41, CBM48, GH13 | GH13_13 | Endozoicomonas euniceicola | UYM17742.1 | 11998 | SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus21, SC_GH13_clus113 | UYM17742.1(MOD)
| 92.53 | - | - |
|
UYZ21671.1
| 2289 | CBM41, CBM48, GH13, GH13 | GH13_12, GH13_41 | Mesobacillus jeotgali | UYZ21671.1 | 951 | SC_CBM41_clus1, SC_CBM41_clus11, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus29, SC_GH13_clus502 | UYZ21671.1(MOD)
| 87.10 | - | - |
|
UZJ43470.1
| 1164 | CBM48, GH13 | GH13_13 | Marinimicrobium sp. C6131 | UZJ43470.1 | 8655 | SC_CBM48_clus10, SC_GH13_clus113 |
A0A3N1PA61
(94.7,100)
| 90.14 | - | - |
|
UZJ54613.1
| 474 | CBM48 | - | Exobasidium rhododendri | UZJ54613.1 | 74702 | SC_CBM48_clus169 | UZJ54613.1(MOD)
| 47.96 | - | - |
|
VDY03755.1
| 729 | CBM48, GH13 | GH13_11 | Thiomonas sp. Bio17B3 | VDY03755.1 | 35161 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A078BKP6
(100,100)
| 92.61 | - | - |
|
VEC96348.1
| 388 | CBM41, CBM48 | - | Klebsiella variicola | VEC96348.1 | 106080 | SC_CBM41_clus1, SC_CBM41_clus7, SC_CBM48_clus10, SC_CBM48_clus21 |
P07811
(91.2,96.6)
| 88.68 | - | - |
|
VEG55845.1
| 1008 | CBM48, GH13 | GH13_13 | Actinomyces israelii | VEG55845.1 | 13958 | SC_CBM48_clus10, SC_GH13_clus130 | VEG55845.1(MOD)
| 89.58 | - | - |
|
VEH00345.1
| 737 | CBM48, GH13 | GH13_11 | Lautropia mirabilis | VEH00345.1 | 34189 | SC_CBM48_clus10, SC_GH13_clus254 |
E7RZ29
(100,100)
| 89.14 | - | - |
|
VEH00873.1
| 802 | CBM48, GH13 | GH13_9 | Lautropia mirabilis | VEH00873.1 | 27142 | SC_CBM48_clus16, SC_GH13_clus136 |
E7RY94
(100,86.3)
| 83.38 | - | - |
|
VEH88994.1
| 92 | CBM48 | - | Propionibacterium australiense | VEH88994.1 | 187394 | SC_CBM48_clus188 |
A0A383SB88
(100,100)
| 96.07 | - | - |
|
WAK64395.1
| 478 | CBM48, GH13, GT35 | GH13_14, | Streptococcus macedonicus | WAK64395.1 | 73806 | SC_CBM48_clus10, SC_GH13_clus38, SC_GT35_clus10 |
A0A1C3SMY3
(99.0,100)
| 86.90 | - | - |
|
WAO23329.1
| 1274 | CBM41, CBM48, GH13 | GH13_14 | Listeria newyorkensis | WAO23329.1 | 6542 | SC_CBM41_clus11, SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus288 |
A0A3N9UAF7
(99.7,99.9)
| 82.41 | - | - |
|
WBA82818.1
| 1142 | CBM41, CBM48, GH13 | GH13_13 | Endozoicomonas sp. GU-1 | WBA82818.1 | 9211 | SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus21, SC_GH13_clus113 | WBA82818.1(MOD)
| 89.76 | - | - |
|
WBA88028.1
| 211 | CBM48 | - | Endozoicomonas sp. GU-1 | WBA88028.1 | 178728 | SC_CBM48_clus10 | WBA88028.1(MOD)
| 81.75 | - | - |
|
WBB80186.1
| 1869 | CBM41, CBM48, GH13, GH13 | GH13_13, | Micromonospora sp. WMMD882 | WBB80186.1 | 1910 | SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus60 | WBB80186.1(MOD)
| 90.33 | - | - |
|
WBF13656.1
| 190 | CBM48 | - | Saccharomyces uvarum | WBF13656.1 | 180898 | SC_CBM48_clus127 |
A0A6C1E949
(97.4,100)
| 69.90 | - | - |
|
WBF15831.1
| 483 | CBM48 | - | Saccharomyces uvarum | WBF15831.1 | 72621 | SC_CBM48_clus169 | WBF15831.1(MOD)
| 55.32 | - | - |
|
WBW98636.1
| 1007 | CBM41, CBM48, GH13 | GH13_14 | Oceanirhabdus sp. W0125-5 | WBW98636.1 | 14038 | SC_CBM41_clus5, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus21, SC_CBM48_clus29, SC_GH13_clus130 | WBW98636.1(MOD)
| 90.71 | - | - |
|
WBX56809.1
| 1056 | CBM48, GH13 | GH13_14 | Ruminococcus sp. FMB-CY1 | WBX56809.1 | 12000 | SC_CBM48_clus10, SC_GH13_clus7 |
A0A3D2QV28
(99.1,100)
| 89.67 | - | - |
|
WBY63729.1
| 658 | CBM48, GH13 | GH13_14 | Thermocaproicibacter melissae | WBY63729.1 | 44100 | SC_CBM48_clus10, SC_GH13_clus254 | WBY63729.1(MOD)
| 95.91 | - | - |
|
WCB47585.1
| 102 | CBM48 | - | Nitratidesulfovibrio vulgaris | WCB47585.1 | 186926 | SC_CBM48_clus188 |
A0A0H3A9V0
(100,100)
| 94.05 | - | - |
|
WCE46874.1
| 748 | CBM48, GH13 | GH13_11 | Winkia neuii | WCE46874.1 | 33031 | SC_CBM48_clus10, SC_GH13_clus254 |
K0YU73
(100,100)
| 92.72 | - | - |
|
WCJ60327.1
| 105 | CBM48 | - | Fontisphaera persica | WCJ60327.1 | 186793 | SC_CBM48_clus188 | WCJ60327.1(MOD)
| 87.15 | - | - |
|
WCM95786.1
| 721 | CBM48, GH13 | GH13_11 | Acidovorax sp. GBBC 1281 | WCM95786.1 | 36168 | SC_CBM48_clus10, SC_GH13_clus254 |
A0A1G6JJK8
(92.3,99.4)
| 93.65 | - | - |
|
WDC83015.1
| 1304 | CBM41, CBM48, GH13 | GH13_14 | Ligilactobacillus ruminis | WDC83015.1 | 6090 | SC_CBM41_clus11, SC_CBM41_clus9, SC_CBM48_clus10, SC_CBM48_clus29, SC_GH13_clus288 |
A0A0G8G5C7
(99.1,100)
| 78.42 | - | - |
|
WDC84719.1
| 501 | CBM48 | - | Caloramator sp. mosi_1 | WDC84719.1 | 68785 | SC_CBM48_clus11 | WDC84719.1(MOD)
| 91.61 | - | - |
|
WDE05924.1
| 1560 | CBM41, CBM48, GH13 | GH13_13 | Thalassomonas viridans | WDE05924.1 | 3475 | SC_CBM41_clus1, SC_CBM41_clus13, SC_CBM41_clus2, SC_CBM41_clus5, SC_CBM48_clus10, SC_CBM48_clus18, SC_CBM48_clus21, SC_CBM48_clus24, SC_GH13_clus73 | WDE05924.1(MOD)
| 89.37 | - | - |
|
WDO12507.1
| 471 | CBM48 | - | Flavobacterium sp. WW92 | WDO12507.1 | 75369 | SC_CBM48_clus125 |
A0A495MGD5
(94.9,100)
| 91.97 | - | - |
|
WEG36621.1
| 717 | CBM48, GH13 | GH13_14 | Amygdalobacter nucleatus | WEG36621.1 | 36629 | SC_CBM48_clus10, SC_GH13_clus76 |
A0A133Y7D8
(99.4,100)
| 93.94 | - | - |
