eF-site ID 6riq-ABCDEFGHIJKLMNOPQRSTUV PDB Code 6riq Chain A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V Title MinCD filament from Pseudomonas aeruginosa Classification PROTEIN FIBRIL Compound MinC Source (A0A071KWM5_PSEAI) Sequence A:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR B:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR C:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL D:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL E:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR F:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR G:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL H:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR I:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR J:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL K:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL L:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR M:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL N:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL O:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR P:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR Q:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL R:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL S:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR T:  PTKVVKTPVRGGMQIYAAGGDLIVLAAVSPGAELLADGNI HVYGPMRGRALAGVKGDATARIFCQQLAAELVSIAGNYKV AEDLRRSPQWGKAVHVSLSGDVLNITR U:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL V:  AKILVVTSGKGGVGKTTTSAAIGTGLALRGFKTVIVDFDV GLRNLDLIMGCERRVVYDFVNVVNGEATLTQALIKDKRLE NLHVLAASQTRDKDALTKEGVEKVMAELRKDFEYIICDSP AGIEKGAHLAMYFADEAIVVTNPEVSSVRDSDRMLGLLAS KSQRAEKGEEPIKEHLLLTRYNPERVTKGEMLSVDDVEEI LAIRLLGVIPESQAVLKASNQGVPVILDEQSDAGQAYSDA VDRLLGKEIPHRFL Description (1)  MinC, Site-determining protein Functional site 1) chain C residue 17 type sequence T description binding site for residue MG C 301 source : AC1 2) chain C residue 119 type sequence D description binding site for residue MG C 301 source : AC1 3) chain D residue 17 type sequence T description binding site for residue MG D 301 source : AC2 4) chain D residue 119 type sequence D description binding site for residue MG D 301 source : AC2 5) chain G residue 17 type sequence T description binding site for residue MG G 301 source : AC3 6) chain G residue 119 type sequence D description binding site for residue MG G 301 source : AC3 7) chain J residue 17 type sequence T description binding site for residue MG J 301 source : AC4 8) chain J residue 119 type sequence D description binding site for residue MG J 301 source : AC4 9) chain K residue 17 type sequence T description binding site for residue MG K 301 source : AC5 10) chain K residue 119 type sequence D description binding site for residue MG K 301 source : AC5 11) chain M residue 17 type sequence T description binding site for residue MG M 301 source : AC6 12) chain M residue 119 type sequence D description binding site for residue MG M 301 source : AC6 13) chain N residue 17 type sequence T description binding site for residue MG N 301 source : AC7 14) chain N residue 119 type sequence D description binding site for residue MG N 301 source : AC7 15) chain Q residue 17 type sequence T description binding site for residue MG Q 301 source : AC8 16) chain Q residue 119 type sequence D description binding site for residue MG Q 301 source : AC8 17) chain R residue 17 type sequence T description binding site for residue MG R 301 source : AC9 18) chain R residue 119 type sequence D description binding site for residue MG R 301 source : AC9 19) chain U residue 17 type sequence T description binding site for residue MG U 301 source : AD1 20) chain U residue 119 type sequence D description binding site for residue MG U 301 source : AD1 21) chain V residue 17 type sequence T description binding site for residue MG V 301 source : AD2 22) chain V residue 119 type sequence D description binding site for residue MG V 301 source : AD2 23) chain C residue 11 type sequence K description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 24) chain C residue 12 type sequence G description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 25) chain C residue 13 type sequence G description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 26) chain C residue 14 type sequence V description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 27) chain C residue 15 type sequence G description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 28) chain C residue 17 type sequence T description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 29) chain C residue 18 type sequence T description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 30) chain C residue 19 type sequence T description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 31) chain C residue 20 type sequence S description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 32) chain C residue 45 type sequence N description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 33) chain C residue 119 type sequence D description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 34) chain C residue 120 type sequence S description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 35) chain C residue 180 type sequence T description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 36) chain C residue 181 type sequence R description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 37) chain C residue 210 type sequence I description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 38) chain C residue 211 type sequence P description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 39) chain C residue 212 type sequence E description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 40) chain C residue 213 type sequence S description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 41) chain C residue 216 type sequence V description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 42) chain D residue 11 type sequence K description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 43) chain D residue 12 type sequence G description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 44) chain D residue 145 type sequence E description binding site for Di-peptide ATP C 302 and LYS C 16 source : AD3 45) chain C residue 11 type sequence K description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 46) chain C residue 12 type sequence G description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 47) chain C residue 145 type sequence E description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 48) chain D residue 11 type sequence K description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 49) chain D residue 12 type sequence G description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 50) chain D residue 13 type sequence G description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 51) chain D residue 14 type sequence V description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 52) chain D residue 15 type sequence G description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 53) chain D residue 17 type sequence T description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 54) chain D residue 18 type sequence T description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 55) chain D residue 19 type sequence T description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 56) chain D residue 20 type sequence S description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 57) chain D residue 45 type sequence N description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 58) chain D residue 119 type sequence D description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 59) chain D residue 120 type sequence S description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 60) chain D residue 180 type sequence T description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 61) chain D residue 181 type sequence R description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 62) chain D residue 210 type sequence I description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 63) chain D residue 211 type sequence P description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 64) chain D residue 212 type sequence E description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 65) chain D residue 213 type sequence S description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 66) chain D residue 216 type sequence V description binding site for Di-peptide ATP D 302 and LYS D 16 source : AD4 67) chain G residue 11 type sequence K description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 68) chain G residue 12 type sequence G description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 69) chain G residue 13 type sequence G description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 70) chain G residue 14 type sequence V description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 71) chain G residue 15 type sequence G description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 72) chain G residue 17 type sequence T description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 73) chain G residue 18 type sequence T description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 74) chain G residue 19 type sequence T description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 75) chain G residue 20 type sequence S description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 76) chain G residue 45 type sequence N description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 77) chain G residue 119 type sequence D description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 78) chain G residue 120 type sequence S description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 79) chain G residue 180 type sequence T description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 80) chain G residue 181 type sequence R description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 81) chain G residue 210 type sequence I description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 82) chain G residue 211 type sequence P description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 83) chain G residue 212 type sequence E description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 84) chain G residue 213 type sequence S description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 85) chain G residue 216 type sequence V description binding site for Di-peptide ATP G 302 and LYS G 16 source : AD5 86) chain J residue 11 type sequence K description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 87) chain J residue 12 type sequence G description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 88) chain J residue 13 type sequence G description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 89) chain J residue 14 type sequence V description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 90) chain J residue 15 type sequence G description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 91) chain J residue 17 type sequence T description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 92) chain J residue 18 type sequence T description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 93) chain J residue 19 type sequence T description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 94) chain J residue 20 type sequence S description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 95) chain J residue 45 type sequence N description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 96) chain J residue 119 type sequence D description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 97) chain J residue 120 type sequence S description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 98) chain J residue 180 type sequence T description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 99) chain J residue 181 type sequence R description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 100) chain J residue 210 type sequence I description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 101) chain J residue 211 type sequence P description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 102) chain J residue 212 type sequence E description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 103) chain J residue 213 type sequence S description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 104) chain J residue 216 type sequence V description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 105) chain K residue 11 type sequence K description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 106) chain K residue 12 type sequence G description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 107) chain K residue 145 type sequence E description binding site for Di-peptide ATP J 302 and LYS J 16 source : AD6 108) chain J residue 11 type sequence K description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 109) chain J residue 12 type sequence G description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 110) chain J residue 145 type sequence E description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 111) chain K residue 11 type sequence K description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 112) chain K residue 12 type sequence G description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 113) chain K residue 13 type sequence G description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 114) chain K residue 14 type sequence V description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 115) chain K residue 15 type sequence G description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 116) chain K residue 17 type sequence T description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 117) chain K residue 18 type sequence T description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 118) chain K residue 19 type sequence T description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 119) chain K residue 20 type sequence S description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 120) chain K residue 45 type sequence N description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 121) chain K residue 119 type sequence D description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 122) chain K residue 120 type sequence S description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 123) chain K residue 180 type sequence T description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 124) chain K residue 181 type sequence R description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 125) chain K residue 210 type sequence I description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 126) chain K residue 211 type sequence P description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 127) chain K residue 212 type sequence E description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 128) chain K residue 213 type sequence S description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 129) chain K residue 216 type sequence V description binding site for Di-peptide ATP K 302 and LYS K 16 source : AD7 130) chain M residue 11 type sequence K description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 131) chain M residue 12 type sequence G description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 132) chain M residue 13 type sequence G description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 133) chain M residue 14 type sequence V description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 134) chain M residue 15 type sequence G description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 135) chain M residue 17 type sequence T description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 136) chain M residue 18 type sequence T description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 137) chain M residue 19 type sequence T description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 138) chain M residue 20 type sequence S description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 139) chain M residue 45 type sequence N description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 140) chain M residue 119 type sequence D description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 141) chain M residue 120 type sequence S description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 142) chain M residue 180 type sequence T description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 143) chain M residue 181 type sequence R description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 144) chain M residue 210 type sequence I description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 145) chain M residue 211 type sequence P description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 146) chain M residue 212 type sequence E description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 147) chain M residue 213 type sequence S description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 148) chain M residue 216 type sequence V description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 149) chain N residue 11 type sequence K description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 150) chain N residue 12 type sequence G description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 151) chain N residue 145 type sequence E description binding site for Di-peptide ATP M 302 and LYS M 16 source : AD8 152) chain M residue 11 type sequence K description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 153) chain M residue 12 type sequence G description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 154) chain M residue 145 type sequence E description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 155) chain N residue 11 type sequence K description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 156) chain N residue 12 type sequence G description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 157) chain N residue 13 type sequence G description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 158) chain N residue 14 type sequence V description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 159) chain N residue 15 type sequence G description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 160) chain N residue 17 type sequence T description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 161) chain N residue 18 type sequence T description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 162) chain N residue 19 type sequence T description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 163) chain N residue 20 type sequence S description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 164) chain N residue 45 type sequence N description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 165) chain N residue 119 type sequence D description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 166) chain N residue 120 type sequence S description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 167) chain N residue 180 type sequence T description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 168) chain N residue 181 type sequence R description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 169) chain N residue 210 type sequence I description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 170) chain N residue 211 type sequence P description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 171) chain N residue 212 type sequence E description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 172) chain N residue 213 type sequence S description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 173) chain N residue 216 type sequence V description binding site for Di-peptide ATP N 302 and LYS N 16 source : AD9 174) chain Q residue 11 type sequence K description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 175) chain Q residue 12 type sequence G description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 176) chain Q residue 13 type sequence G description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 177) chain Q residue 14 type sequence V description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 178) chain Q residue 15 type sequence G description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 179) chain Q residue 17 type sequence T description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 180) chain Q residue 18 type sequence T description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 181) chain Q residue 19 type sequence T description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 182) chain Q residue 20 type sequence S description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 183) chain Q residue 45 type sequence N description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 184) chain Q residue 119 type sequence D description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 185) chain Q residue 120 type sequence S description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 186) chain Q residue 180 type sequence T description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 187) chain Q residue 181 type sequence R description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 188) chain Q residue 210 type sequence I description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 189) chain Q residue 211 type sequence P description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 190) chain Q residue 212 type sequence E description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 191) chain Q residue 213 type sequence S description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 192) chain Q residue 216 type sequence V description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 193) chain R residue 11 type sequence K description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 194) chain R residue 12 type sequence G description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 195) chain R residue 145 type sequence E description binding site for Di-peptide ATP Q 302 and LYS Q 16 source : AE1 196) chain Q residue 11 type sequence K description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 197) chain Q residue 12 type sequence G description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 198) chain Q residue 145 type sequence E description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 199) chain R residue 11 type sequence K description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 200) chain R residue 12 type sequence G description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 201) chain R residue 13 type sequence G description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 202) chain R residue 14 type sequence V description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 203) chain R residue 15 type sequence G description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 204) chain R residue 17 type sequence T description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 205) chain R residue 18 type sequence T description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 206) chain R residue 19 type sequence T description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 207) chain R residue 20 type sequence S description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 208) chain R residue 45 type sequence N description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 209) chain R residue 119 type sequence D description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 210) chain R residue 120 type sequence S description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 211) chain R residue 180 type sequence T description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 212) chain R residue 181 type sequence R description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 213) chain R residue 210 type sequence I description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 214) chain R residue 211 type sequence P description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 215) chain R residue 212 type sequence E description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 216) chain R residue 213 type sequence S description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 217) chain R residue 216 type sequence V description binding site for Di-peptide ATP R 302 and LYS R 16 source : AE2 218) chain U residue 11 type sequence K description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 219) chain U residue 12 type sequence G description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 220) chain U residue 13 type sequence G description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 221) chain U residue 14 type sequence V description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 222) chain U residue 15 type sequence G description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 223) chain U residue 17 type sequence T description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 224) chain U residue 18 type sequence T description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 225) chain U residue 19 type sequence T description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 226) chain U residue 20 type sequence S description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 227) chain U residue 45 type sequence N description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 228) chain U residue 119 type sequence D description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 229) chain U residue 120 type sequence S description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 230) chain U residue 180 type sequence T description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 231) chain U residue 181 type sequence R description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 232) chain U residue 210 type sequence I description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 233) chain U residue 211 type sequence P description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 234) chain U residue 212 type sequence E description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 235) chain U residue 213 type sequence S description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 236) chain U residue 216 type sequence V description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 237) chain V residue 11 type sequence K description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 238) chain V residue 12 type sequence G description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 239) chain V residue 145 type sequence E description binding site for Di-peptide ATP U 302 and LYS U 16 source : AE3 240) chain U residue 11 type sequence K description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 241) chain U residue 12 type sequence G description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 242) chain U residue 145 type sequence E description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 243) chain V residue 11 type sequence K description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 244) chain V residue 12 type sequence G description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 245) chain V residue 13 type sequence G description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 246) chain V residue 14 type sequence V description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 247) chain V residue 15 type sequence G description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 248) chain V residue 17 type sequence T description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 249) chain V residue 18 type sequence T description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 250) chain V residue 19 type sequence T description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 251) chain V residue 20 type sequence S description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 252) chain V residue 45 type sequence N description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 253) chain V residue 119 type sequence D description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 254) chain V residue 120 type sequence S description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 255) chain V residue 180 type sequence T description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 256) chain V residue 181 type sequence R description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 257) chain V residue 210 type sequence I description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 258) chain V residue 211 type sequence P description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 259) chain V residue 212 type sequence E description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 260) chain V residue 213 type sequence S description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4 261) chain V residue 216 type sequence V description binding site for Di-peptide ATP V 302 and LYS V 16 source : AE4

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