M-CSA Mechanism and Catalytic Site Atlas

Indanol dehydrogenase (M-CSA:858)

Proteins that are close homologues to the M-CSA reference protein and have the same catalytic residues (highlighted in green, below) probably share the same mechanism. Please also check if the homologue shares the same FunTree Structural Cluster and the same Pfam family, as another measure of similarity.

Legend:
Reference Residue Conserved Residue Non Conserved Residue Outside Alignment Reference Residue not in this chain

The residue id shown is the one in the PDB sequence. This may be different from the resid given by the author of the PDB file.

PDB sequences homologous to 1mrq

Reference PDB chains/ identical chains	Homologous PDB chains	Asp50A Tyr55A Lys84A His117A
1mrq(A)	4xo6(A,B) 1xjb(A,B) 4l1w(A,B)	Asp52 Tyr57 Lys86 His119
1mrq(A)	3f7j(A,B)	Asp49 Tyr54 Lys79 His112
1mrq(A)	3cot(A,B) 3dop(A,B) 3g1r(A,B) 3cmf(A,B)	Asp73 Tyr78 Lys107 Glu140
1mrq(A)	2fvl(A,C,B)	Asp51 Tyr56 Lys85 His118
1mrq(A)	1xgd(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	2ipj(A,B)	Asp48 Tyr53 Lys82 His115
1mrq(A)	1frb(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	5az0(A) 5az1(A)	Asp70 Tyr75 Lys104 His137
1mrq(A)	4hmn(A) 3uwe(A) 3r94(A) 4xve(A) 4xvd(A,B) 3ugr(A) 4wrh(A) 3r7m(A) 3r8h(A) 4fam(A,B) 4fal(A) 3r6i(A) 4fa3(A) 3r58(A) 3r43(A) 3ug8(A) 3r8g(A) 3ufy(A) 4h7c(A)	Asp50 Tyr55 Lys84 His117
1mrq(A)	4wdx(A,B) 4wdu(A) 4wdw(A,B) 4wdt(A) 1s1p(A) 1s2c(A) 1s1r(A) 1s2a(A)	Asp50 Tyr55 Lys84 His117
1mrq(A)	2ipf(A,B)	Asp45 Tyr50 Lys79 His112
1mrq(A)	1mzr(A,B)	Asp67 Tyr72 Lys97 His128
1mrq(A)	1k8c(D,A,C,B) 1jez(A,B) 1mi3(C,A,D,B)	Asp47 Tyr52 Lys81 His114
1mrq(A)	2ine(A) 2acs(A) 2inz(A) 2iqd(A) 2iq0(A) 2acr(A) 1ef3(A,B) 1mar(A) 2acq(A) 1ads(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	1el3(A) 1t40(A) 2r24(A) 4jir(A) 2f2k(A) 1iei(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	2hdj(A,B) 1ihi(A,B) 4xo7(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	1ral(A)	Asp50 Tyr55 Lys84 His117
1mrq(A)	3qkz(A,B)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1vp5(A,B)	Asp57 Tyr62 Lys91 His124
1mrq(A)	3c3u(A) 4yvp(A,B) 3nty(A) 6ijx(A)	Asp50 Tyr55 Lys84 His117
1mrq(A)	4jq3(A,B) 4jtq(A,B) 4jq4(A,B) 4jtr(A,B) 4jq2(A,B) 4jqa(A,B) 4jq1(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	3wby(A,B)	Ala56 Tyr61 Lys82 His115
1mrq(A)	4xap(A)	Asp53 Tyr58 Lys83 His116
1mrq(A)	3cv7(A) 3h4g(A) 3fx4(A)	Asp45 Tyr50 Lys80 His113
1mrq(A)	3g5e(A) 3t42(A) 1z3n(A)	Asp47 Tyr52 Lys81 His114
1mrq(A)	2pd9(A) 2pd5(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	5jh1(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	4prr(A) 4q7b(A) 4nkc(A) 4pr4(A) 4rpq(A) 4gca(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	1lwi(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	4yvv(A,B) 4yvx(A,B) 4zfc(A,B) 6a7b(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	2pdm(A) 2pdn(A) 2pdp(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1hw6(A)	Asp45 Tyr50 Lys75 His108
1mrq(A)	2pdf(A) 2pdh(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1sm9(D,A,C,B)	Asp47 Tyr52 Lys81 His114
1mrq(A)	2pdc(A) 2pdb(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	4f40(A,B) 4g5d(A,B)	Asp53 Tyr58 Lys83 His116
1mrq(A)	1ah4(A) 1eko(A) 1ah3(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	4l1x(A,B)	Asp52 Tyr57 Lys86 His119
1mrq(A)	4dbu(A,B) 2f38(A) 2fgb(A) 1ry8(A,B) 1ry0(A,B) 4dbw(A,B) 4dbs(A,B) 1zq5(A) 1xf0(A) 6gxk(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	3lql(A) 3lqg(A) 3mb9(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	5lik(X) 4wev(X) 4xzl(X) 4icc(X) 5liu(X) 5liy(X) 5lix(X) 5m2f(X) 4xzn(X) 5liw(X)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1dla(D,A,C,B)	Asp42 Tyr47 Lys76 His109
1mrq(A)	1zgd(A,B)	Asp53 Tyr58 Lys87 His120
1mrq(A)	1q13(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	1ye6(C,A,D,B) 1ye4(C,A,D,B)	Asp47 Tyr52 Lys81 His114
1mrq(A)	1az2(A) 2isf(A) 2ipw(A) 1az1(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	1zua(X)	Asp45 Tyr50 Lys79 His112
1mrq(A)	3lep(A) 3lbo(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1j96(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	4gie(A) 4fzi(A,B)	Asp56 Tyr61 Lys86 His119
1mrq(A)	1abn(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	3wg6(C,A,D,B)	Asp58 Tyr63 Lys88 His128
1mrq(A)	4otk(A)	Asp88 Tyr93 Lys118 His151
1mrq(A)	2p5n(A,B) 2he5(C,A,D,B) 2hej(A,B) 2he8(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	3onb(A) 3onc(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	3rx4(A) 3rx3(A) 3v35(A) 3v36(A) 3rx2(A) 3s3g(A)	Asp64 Tyr69 Lys98 His131
1mrq(A)	3q67(A,B)	Asp44 Tyr49 Lys78 His111
1mrq(A)	5ket(A,B)	Asp53 Tyr58 Lys87 His120
1mrq(A)	1z9a(C,A,D,B)	Asp46 Tyr51 Lys80 His113
1mrq(A)	5uxf(A)	Asp69 Tyr74 Lys103 His136
1mrq(A)	3uzz(A,B) 3uzw(A,B) 3uzy(A,B) 3uzx(A,B)	Asp73 Tyr78 Lys107 His140
1mrq(A)	4gab(A) 4ga8(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1vbj(A,B)	Asp52 Tyr57 Lys82 His115
1mrq(A)	1r38(C,A,D,B)	Asp47 Tyr52 Lys81 Ala114
1mrq(A)	3h7u(A)	Asp67 Tyr72 Lys101 His134
1mrq(A)	3d3f(A,B)	Asp48 Tyr53 Lys78 His111
1mrq(A)	3m4h(A) 3mc5(A) 3m64(A) 3lz5(A) 3m0i(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	2pdy(A) 2pdx(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	3wbx(A,B) 3wbw(A,B)	Asp56 Tyr61 Lys82 His115
1mrq(A)	4xzm(X) 5y7n(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	3h7r(A)	Asp63 Tyr68 Lys97 His130
1mrq(A)	3o3r(A,B)	Asp44 Tyr49 Lys78 His111
1mrq(A)	2pdw(A) 2pdu(A) 2pdq(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1c9w(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	1a80(A)	Asp44 Tyr49 Lys74 His107
1mrq(A)	1q5m(A,B)	Asp49 Tyr54 Lys83 His116
1mrq(A)	3cv6(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	3ln3(A)	Asp51 Tyr56 Lys85 His118
1mrq(A)	3gug(A)	Asp50 Tyr55 Lys84 His117
1mrq(A)	2is7(A)	Asp43 Tyr48 Lys77 His110
1mrq(A)	2bgq(A) 2bgs(A) 2vdg(A)	Asp79 Tyr84 Lys112 His145
1mrq(A)	4jii(X) 4gqg(A) 4jih(A) 4gq0(A)	Asp46 Tyr51 Lys80 His113
1mrq(A)	3ld5(A) 3len(A) 3lz3(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	4i5x(A)	Asp46 Tyr51 Lys80 His113
1mrq(A)	3fjn(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	2alr(A)	Asp44 Tyr49 Lys79 His112
1mrq(A)	3vxg(A)	Asp78 Tyr83 Lys108 His145
1mrq(A)	3krb(A,B)	Asp56 Tyr61 Lys92 His125
1mrq(A)	1mrq(A)	x x x x
1mrq(A)	3wcz(A)	Asp53 Tyr58 Lys87 His120
1mrq(A)	1cwn(A)	Asp44 Tyr49 Lys79 His112
1mrq(A)	1ae4(A)	Asp45 Tyr50 Lys80 His113
1mrq(A)	4hbk(A)	Asp77 Tyr82 Lys111 His144
1mrq(A)	1m9h(A)	Asp45 Tyr50 Lys75 His108
1mrq(A)	4h8n(A,B)	Asp61 Tyr66 Lys91 His128
1mrq(A)	4pmj(A) 5c7h(A)	Asp52 Tyr57 Lys82 His115
1mrq(A)	3cav(A,B) 3caq(A,B) 3buv(A,B) 3bur(A,B) 3bv7(A,B) 3cas(A,B)	Asp53 Tyr58 Lys87 Glu120
1mrq(A)	5jgw(D,A,C,B) 5jgy(A,B)	Asp54 Tyr59 Lys87 His120
1mrq(A)	3b3d(A,C,B)	Asp83 Tyr88 Lys117 His150
1mrq(A)	3u2c(A) 4xzh(A,B) 4xzi(A) 2ikh(A) 3ghr(A) 2ikj(A) 1x96(A) 4yu1(A) 3ghs(A) 1x98(A) 1x97(A) 2i17(A) 4lbs(A) 4igs(A) 4puu(A) 2iki(A) 3q65(A,B) 2pev(A) 2dux(A) 3dn5(A) 2fz8(A) 2dv0(A) 3ghu(A) 4lb4(A) 2nvd(A) 4qbx(A) 2ikg(A) 2j8t(A) 4ys1(A) 3p2v(A) 2pf8(A) 2hvn(A) 3bcj(A) 4puw(A) 2fzd(A) 1pwl(A) 2pdg(A) 1t41(A) 4lau(A) 1us0(A) 2pzn(A) 5ha7(A,B) 4laz(A) 4qxi(A) 3ght(A) 2pfh(A) 4qr6(A) 2hvo(A) 1pwm(A) 2duz(A) 2fz9(A) 2hv5(A) 4prt(A) 2qxw(A) 4qx4(A) 2i16(A) 2nvc(A) 4lb3(A) 1z8a(A) 1z89(A) 2fzb(A) 4lbr(A) 5ou0(A) 5ouj(A) 5ouk(A) 6f7r(A) 6f81(A) 6f82(A) 6f84(A) 6f8o(A) 6syw(A) 6tuc(A) 6tuf(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	2wzm(A,B) 2wzt(A,B)	Asp53 Tyr58 Lys83 His116
1mrq(A)	4mhb(D,B,A,F,C,E)	Asp58 Tyr63 Lys88 His121
1mrq(A)	4dz5(A)	Asp50 Tyr55 Lys84 His117
1mrq(A)	4q3m(D,B,A,F,C,E)	Asp43 Tyr48 Lys73 His106
1mrq(A)	1afs(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	5jh2(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1qwk(A)	Asp47 Tyr52 Lys81 His114
1mrq(A)	4ijr(A,C) 4ijc(A,B)	Asp66 Tyr71 Lys100 His131
1mrq(A)	5dan(A) 6ky6(A,B)	Asp53 Tyr58 Lys84 His117
1mrq(A)	2acu(A)	Asp43 His48 Lys77 His110
1mrq(A)	3o0k(C,A,D,B)	Asp68 Tyr73 Lys98 His131
1mrq(A)	2pdj(A) 2pdi(A) 6t3p(A) 6t5g(A) 6txp(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	1hqt(A)	Asp46 Phe51 Lys81 His114
1mrq(A)	2ipg(A,B)	Asp46 Tyr51 Lys80 His113
1mrq(A)	3up8(A,B)	Asp65 Tyr70 Lys95 His128
1mrq(A)	5hnt(A,C) 5hnu(A,C)	Asp45 Tyr50 Lys79 His112
1mrq(A)	5jm5(A,B)	Asp50 Tyr55 Lys84 His117
1mrq(A)	4gac(A,B)	Asp44 Tyr49 Lys79 His112
1mrq(A)	1ah0(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	2pdl(A) 2pdk(A)	Asp44 Tyr49 Lys78 His111
1mrq(A)	2agt(A)	Asp47 Tyr52 Lys81 His114
1mrq(A)	5z6t(A,B) 5z6u(A,B)	x x x x
1mrq(A)	5zci(A,B) 5zcm(A)	x x x x
1mrq(A)	6a7a(A)	x x x x
1mrq(A)	6f2u(A,B)	x x x x
1mrq(A)	6f78(A,B)	x x x x
1mrq(A)	6kik(A) 6kiy(A)	x x x x
1mrq(A)	6m7k(A)	x x x x
1mrq(A)	6kbl(A)	x x x x
1mrq(A)	6t27(A) 6t7q(A) 6td8(A)	x x x x
1mrq(A)	6xum(A) 6y03(A) 6y1p(A)	x x x x
1mrq(A)	7c7f(A,B) 7c7g(A,B) 7c7h(A,B)	x x x x