ID 3.2.1.8 DE endo-1,4-beta-xylanase. CA Endohydrolysis of (1->4)-beta-D-xylosidic linkages in xylans. DR G2X4G0, 424Y_VERDV ; P40942, CEXY_THEST ; P23660, GUNA_RUMAL ; DR P28621, GUNB_CLOC7 ; P07986, GUX_CELFI ; A3DH97, RSGI6_ACET2; DR Q4P902, XIN1_USTMA ; O60206, XLNA_AGABI ; B8YG19, XS20E_NEOPA; DR Q59675, XY10C_CELJA; B3VSG7, XY11A_BOTFB; Q2LMP0, XY11A_BOTFU; DR Q59674, XY11A_CELJA; P83513, XY11A_PSEXY; Q4P0L3, XY11A_USTMA; DR Q8VP72, XY11B_CELJA; D5EY13, XYFA_XYLR2 ; V9TXH2, XYN11_PAEBA; DR A0A1P8AWH8, XYN1_ARATH ; Q96TR7, XYN1_AURPU ; O74716, XYN1_CLAPU ; DR Q06562, XYN1_COCCA ; P40943, XYN1_GEOSE ; I1RQU5, XYN1_GIBZE ; DR P79046, XYN1_HUMGT ; P55334, XYN1_HUMIN ; G0R947, XYN1_HYPJQ ; DR P36218, XYN1_HYPJR ; A6YAP7, XYN1_LEUGO ; A0A2U7QU15, XYN1_PENPR ; DR P0CT48, XYN1_PYRGI ; P0CT49, XYN1_PYRO7 ; W0HFK8, XYN1_RHIOR ; DR O80596, XYN2_ARATH ; Q2PGV8, XYN2_AURPU ; O74717, XYN2_CLAPU ; DR P45703, XYN2_GEOSE ; Q9HGE1, XYN2_HUMGT ; G0RUP7, XYN2_HYPJQ ; DR P36217, XYN2_HYPJR ; Q01176, XYN2_PYRGI ; G4MTF8, XYN2_PYRO7 ; DR W0HJ53, XYN2_RHIOR ; B5A7N4, XYN2_TRIHA ; F4JG10, XYN3_ARATH ; DR P33557, XYN3_ASPKW ; G0RA32, XYN3_HYPJQ ; A0A024SIB3, XYN3_HYPJR ; DR A0A2U7R6V5, XYN3_PENPR ; Q92244, XYN3_PYRGI ; G4MWS3, XYN3_PYRO7 ; DR Q680B7, XYN4_ARATH ; Q12550, XYN4_ASPNG ; P23557, XYN4_CALSA ; DR Q92245, XYN4_PYRGI ; G4NA54, XYN4_PYRO7 ; Q84WT5, XYN5L_ARATH; DR A0A1P8B8F8, XYN5_ARATH ; A2R4D1, XYN5_ASPNC ; Q12549, XYN5_ASPNG ; DR Q8J1Y4, XYN5_PYRGI ; G4MLU0, XYN5_PYRO7 ; Q6QJ75, XYN6_ASPNG ; DR Q8NJ73, XYN6_PYRGI ; G4MPQ7, XYN6_PYRO7 ; C6CRV0, XYNA1_PAESJ; DR Q8GJ44, XYNA1_THEST; P33558, XYNA2_THEST; O59859, XYNA_ASPAC ; DR P55328, XYNA_ASPAW ; A1CCU0, XYNA_ASPCL ; B0XXF3, XYNA_ASPFC ; DR B8NKE9, XYNA_ASPFN ; Q4WG11, XYNA_ASPFU ; P33559, XYNA_ASPKW ; DR P55329, XYNA_ASPNG ; Q9HFA4, XYNA_ASPOR ; Q0CFS3, XYNA_ASPTN ; DR P55331, XYNA_ASPTU ; Q12562, XYNA_AURPU ; P49942, XYNA_BACOV ; DR P00694, XYNA_BACPU ; P18429, XYNA_BACSU ; P23551, XYNA_BUTFI ; DR P81536, XYNA_BYSSP ; P23556, XYNA_CALSA ; P40944, XYNA_CALSR ; DR P14768, XYNA_CELJU ; P17137, XYNA_CLOSA ; P80718, XYNA_DICB4 ; DR Q12603, XYNA_DICTH ; P55332, XYNA_EMENI ; B3A0S5, XYNA_FUSO4 ; DR P45705, XYNA_GEOSE ; I1S2K3, XYNA_GIBZE ; P84195, XYNA_GLOTR ; DR P07528, XYNA_HALH5 ; P07529, XYNA_NAGAL ; A1DJ52, XYNA_NEOFI ; DR P29127, XYNA_NEOPA ; P09850, XYNA_NIACI ; P29417, XYNA_PENCH ; DR Q2PGY1, XYNA_PENCI ; Q5S7A8, XYNA_PENCN ; P56588, XYNA_PENSI ; DR Q9HEZ1, XYNA_PHACH ; Q12667, XYNA_PIRSP ; P29126, XYNA_RUMFL ; DR P35809, XYNA_SCHCO ; P26514, XYNA_STRLI ; B4XVN1, XYNA_STRSQ ; DR Q9P8J1, XYNA_TALPU ; P23360, XYNA_THEAU ; O43097, XYNA_THELA ; DR Q60037, XYNA_THEMA ; Q60042, XYNA_THENE ; P36917, XYNA_THESA ; DR P48789, XYNA_XYLRU ; A1CU59, XYNB_ASPCL ; B0Y8Q8, XYNB_ASPFC ; DR B8NJ86, XYNB_ASPFN ; Q4WLV2, XYNB_ASPFU ; P48824, XYNB_ASPKW ; DR A2Q7I0, XYNB_ASPNC ; P55330, XYNB_ASPNG ; P87037, XYNB_ASPOR ; DR P26223, XYNB_BUTFI ; P23030, XYNB_CELJU ; P80717, XYNB_DICB4 ; DR P55333, XYNB_EMENI ; I1RII8, XYNB_GIBZE ; A1DNU5, XYNB_NEOFI ; DR Q02290, XYNB_NEOPA ; O69231, XYNB_PAEBA ; E7EF85, XYNB_PENOX ; DR B7SIW1, XYNB_PHACH ; P26515, XYNB_STRLI ; D7EZJ3, XYNB_STRSQ ; DR Q8J0K5, XYNB_TALFU ; Q96W72, XYNB_TALPU ; Q60041, XYNB_THENE ; DR A1CHQ0, XYNC_ASPCL ; B0Y6E0, XYNC_ASPFC ; Q0H904, XYNC_ASPFU ; DR A2QFV7, XYNC_ASPNC ; C5J411, XYNC_ASPNG ; Q4JHP5, XYNC_ASPTE ; DR Q0CBM8, XYNC_ASPTN ; Q00177, XYNC_EMENI ; P35811, XYNC_FIBSS ; DR I1S3T9, XYNC_GIBZE ; A1CX14, XYNC_NEOFI ; Q9UV68, XYNC_NEOPA ; DR O69230, XYNC_PAEBA ; B7SIW2, XYNC_PHACH ; Q9RI72, XYNC_STRCO ; DR P26220, XYNC_STRLI ; Q9HFH0, XYNC_TALFU ; P54865, XYND_CELFI ; DR I1S3C6, XYND_GIBZE ; Q53317, XYND_RUMFL ; Q5ZNB1, XYND_TALFU ; DR B8NER4, XYNF1_ASPFN; O94163, XYNF1_ASPOR; B8NXJ2, XYNF3_ASPFN; DR Q96VB6, XYNF3_ASPOR; Q0ZHI9, XYNG_VERDA ; P51584, XYNY_ACETH ; DR P10478, XYNZ_ACET2 ; Q6PRW6, XYN_PENCH ; O97402, XYN_PHACE ; DR P48793, XYN_TRIHA ; A8TGA1, XYS20_NEOPA; //