PMC:1140370 / 2198-3663 JSONTXT 5 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T902 0-3 PDT denotes All
T904 4-7 DT denotes the
T905 8-11 CD denotes six
T906 12-15 NN denotes Mcm
T907 16-17 CD denotes 2
T908 17-18 SYM denotes
T909 18-19 CD denotes 7
T903 20-28 NN denotes proteins
T910 29-36 VBP denotes contain
T911 37-43 RB denotes highly
T912 44-53 VBN denotes conserved
T914 54-57 NN denotes DNA
T916 57-58 HYPH denotes -
T915 58-67 JJ denotes dependent
T917 68-74 NN denotes ATPase
T913 75-81 NNS denotes motifs
T918 82-84 IN denotes in
T919 85-90 PRP$ denotes their
T921 91-98 JJ denotes central
T920 99-106 NNS denotes regions
T922 107-108 -LRB- denotes (
T924 108-110 CD denotes 15
T925 110-111 , denotes ,
T923 111-113 CD denotes 16
T926 113-114 -RRB- denotes )
T927 114-115 . denotes .
T928 115-288 sentence denotes Among the several stable subcomplexes which MCM proteins can generate, only the Mcm4/6/7 complex has been shown to possess an intrinsic DNA helicase activity (10–14,17–18).
T929 116-121 IN denotes Among
T931 122-125 DT denotes the
T933 126-133 JJ denotes several
T934 134-140 JJ denotes stable
T932 141-153 NNS denotes subcomplexes
T935 154-159 WDT denotes which
T937 160-163 NN denotes MCM
T938 164-172 NN denotes proteins
T939 173-176 MD denotes can
T936 177-185 VB denotes generate
T940 185-187 , denotes ,
T941 187-191 RB denotes only
T943 192-195 DT denotes the
T944 196-200 NN denotes Mcm4
T945 200-201 HYPH denotes /
T946 201-202 CD denotes 6
T947 202-203 HYPH denotes /
T948 203-204 CD denotes 7
T942 205-212 NN denotes complex
T949 213-216 VBZ denotes has
T950 217-221 VBN denotes been
T930 222-227 VBN denotes shown
T951 228-230 TO denotes to
T952 231-238 VB denotes possess
T953 239-241 DT denotes an
T955 242-251 JJ denotes intrinsic
T956 252-255 NN denotes DNA
T957 256-264 NN denotes helicase
T954 265-273 NN denotes activity
T958 274-275 -LRB- denotes (
T959 275-277 CD denotes 10
T960 277-278 SYM denotes
T961 278-280 CD denotes 14
T962 280-281 , denotes ,
T963 281-283 CD denotes 17
T964 283-284 SYM denotes
T965 284-286 CD denotes 18
T966 286-287 -RRB- denotes )
T967 287-288 . denotes .
T968 288-557 sentence denotes While Mcm4, Mcm6 and Mcm7 proteins make distinct contribution to its helicase activity (11–13), Mcm2 or Mcm3/5 inhibit the helicase activity of the Mcm4/6/7 complex by converting its double trimer structure into a heterotetramer or heteropentamer, respectively (3,11).
T969 289-294 IN denotes While
T971 295-299 NN denotes Mcm4
T973 299-301 , denotes ,
T974 301-305 NN denotes Mcm6
T975 306-309 CC denotes and
T976 310-314 NN denotes Mcm7
T972 315-323 NN denotes proteins
T970 324-328 VBP denotes make
T978 329-337 JJ denotes distinct
T979 338-350 NN denotes contribution
T980 351-353 IN denotes to
T981 354-357 PRP$ denotes its
T983 358-366 NN denotes helicase
T982 367-375 NN denotes activity
T984 376-377 -LRB- denotes (
T985 377-379 CD denotes 11
T986 379-380 SYM denotes
T987 380-382 CD denotes 13
T988 382-383 -RRB- denotes )
T989 383-385 , denotes ,
T990 385-389 NN denotes Mcm2
T991 390-392 CC denotes or
T992 393-397 NN denotes Mcm3
T993 397-398 HYPH denotes /
T994 398-399 CD denotes 5
T977 400-407 VBP denotes inhibit
T995 408-411 DT denotes the
T997 412-420 NN denotes helicase
T996 421-429 NN denotes activity
T998 430-432 IN denotes of
T999 433-436 DT denotes the
T1001 437-441 NN denotes Mcm4
T1002 441-442 HYPH denotes /
T1003 442-443 CD denotes 6
T1004 443-444 HYPH denotes /
T1005 444-445 CD denotes 7
T1000 446-453 NN denotes complex
T1006 454-456 IN denotes by
T1007 457-467 VBG denotes converting
T1008 468-471 PRP$ denotes its
T1010 472-478 JJ denotes double
T1011 479-485 NN denotes trimer
T1009 486-495 NN denotes structure
T1012 496-500 IN denotes into
T1013 501-502 DT denotes a
T1014 503-517 NN denotes heterotetramer
T1015 518-520 CC denotes or
T1016 521-535 NN denotes heteropentamer
T1017 535-537 , denotes ,
T1018 537-549 RB denotes respectively
T1019 550-551 -LRB- denotes (
T1021 551-552 CD denotes 3
T1022 552-553 , denotes ,
T1020 553-555 CD denotes 11
T1023 555-556 -RRB- denotes )
T1024 556-557 . denotes .
T1025 557-792 sentence denotes Chromatin immunoprecipitation assays and genetic characterization in Saccharomyces cerevisiae strongly suggested that Mcm is involved not only in initiation but also in the DNA chain elongation stage as a replicative helicase (19,20).
T1026 558-567 NN denotes Chromatin
T1028 568-587 NN denotes immunoprecipitation
T1027 588-594 NNS denotes assays
T1030 595-598 CC denotes and
T1031 599-606 JJ denotes genetic
T1032 607-623 NN denotes characterization
T1033 624-626 IN denotes in
T1034 627-640 NNP denotes Saccharomyces
T1035 641-651 NNP denotes cerevisiae
T1036 652-660 RB denotes strongly
T1029 661-670 VBD denotes suggested
T1037 671-675 IN denotes that
T1039 676-679 NN denotes Mcm
T1040 680-682 VBZ denotes is
T1038 683-691 VBN denotes involved
T1041 692-695 RB denotes not
T1043 696-700 RB denotes only
T1042 701-703 IN denotes in
T1044 704-714 NN denotes initiation
T1045 715-718 CC denotes but
T1046 719-723 RB denotes also
T1047 724-726 IN denotes in
T1048 727-730 DT denotes the
T1050 731-734 NN denotes DNA
T1052 735-740 NN denotes chain
T1051 741-751 NN denotes elongation
T1049 752-757 NN denotes stage
T1053 758-760 IN denotes as
T1054 761-762 DT denotes a
T1056 763-774 JJ denotes replicative
T1055 775-783 NN denotes helicase
T1057 784-785 -LRB- denotes (
T1059 785-787 CD denotes 19
T1060 787-788 , denotes ,
T1058 788-790 CD denotes 20
T1061 790-791 -RRB- denotes )
T1062 791-792 . denotes .
T1063 792-1005 sentence denotes Consistent with this notion, the processivity of the Schizosaccharomyces pombe and mouse Mcm4/6/7 complexes is significantly stimulated on forked DNA structures and it can unwind duplex DNA of 400–500 bp (13,14).
T1064 793-803 JJ denotes Consistent
T1066 804-808 IN denotes with
T1067 809-813 DT denotes this
T1068 814-820 NN denotes notion
T1069 820-822 , denotes ,
T1070 822-825 DT denotes the
T1071 826-838 NN denotes processivity
T1072 839-841 IN denotes of
T1073 842-845 DT denotes the
T1075 846-865 NNP denotes Schizosaccharomyces
T1076 866-871 NNP denotes pombe
T1077 872-875 CC denotes and
T1078 876-881 NN denotes mouse
T1079 882-886 NN denotes Mcm4
T1080 886-887 HYPH denotes /
T1081 887-888 CD denotes 6
T1082 888-889 HYPH denotes /
T1083 889-890 CD denotes 7
T1074 891-900 NNS denotes complexes
T1084 901-903 VBZ denotes is
T1085 904-917 RB denotes significantly
T1065 918-928 VBN denotes stimulated
T1086 929-931 IN denotes on
T1087 932-938 VBN denotes forked
T1088 939-942 NN denotes DNA
T1089 943-953 NNS denotes structures
T1090 954-957 CC denotes and
T1091 958-960 PRP denotes it
T1093 961-964 MD denotes can
T1092 965-971 VB denotes unwind
T1094 972-978 NN denotes duplex
T1095 979-982 NN denotes DNA
T1096 983-985 IN denotes of
T1097 986-989 CD denotes 400
T1099 989-990 SYM denotes
T1098 990-993 CD denotes 500
T1100 994-996 NN denotes bp
T1101 997-998 -LRB- denotes (
T1103 998-1000 CD denotes 13
T1104 1000-1001 , denotes ,
T1102 1001-1003 CD denotes 14
T1105 1003-1004 -RRB- denotes )
T1106 1004-1005 . denotes .
T1107 1005-1159 sentence denotes Mcm4/6/7 binds to fork and bubble structures in an ATP-dependent manner, and generates a double-hexameric complex, as was shown for T-antigen (13,14,21).
T1108 1006-1010 NN denotes Mcm4
T1110 1010-1011 HYPH denotes /
T1111 1011-1012 CD denotes 6
T1112 1012-1013 HYPH denotes /
T1113 1013-1014 CD denotes 7
T1109 1015-1020 VBZ denotes binds
T1114 1021-1023 IN denotes to
T1115 1024-1028 NN denotes fork
T1117 1029-1032 CC denotes and
T1118 1033-1039 NN denotes bubble
T1116 1040-1050 NNS denotes structures
T1119 1051-1053 IN denotes in
T1120 1054-1056 DT denotes an
T1122 1057-1060 NN denotes ATP
T1124 1060-1061 HYPH denotes -
T1123 1061-1070 JJ denotes dependent
T1121 1071-1077 NN denotes manner
T1125 1077-1079 , denotes ,
T1126 1079-1082 CC denotes and
T1127 1083-1092 VBZ denotes generates
T1128 1093-1094 DT denotes a
T1130 1095-1101 JJ denotes double
T1132 1101-1102 HYPH denotes -
T1131 1102-1111 JJ denotes hexameric
T1129 1112-1119 NN denotes complex
T1133 1119-1121 , denotes ,
T1134 1121-1123 IN denotes as
T1136 1124-1127 VBD denotes was
T1135 1128-1133 VBN denotes shown
T1137 1134-1137 IN denotes for
T1138 1138-1139 NN denotes T
T1140 1139-1140 HYPH denotes -
T1139 1140-1147 NN denotes antigen
T1141 1148-1149 -LRB- denotes (
T1143 1149-1151 CD denotes 13
T1144 1151-1152 , denotes ,
T1145 1152-1154 CD denotes 14
T1146 1154-1155 , denotes ,
T1142 1155-1157 CD denotes 21
T1147 1157-1158 -RRB- denotes )
T1148 1158-1159 . denotes .
T1149 1159-1465 sentence denotes Recently, we reported that the helicase and ATP hydrolysis activities of mammalian Mcm4/6/7 are specifically activated by single-stranded DNA containing stretches of thymine residues and proposed a novel model that Mcm may play a crucial role in selection of replication origins in higher eukaryotes (13).
T1150 1160-1168 RB denotes Recently
T1152 1168-1170 , denotes ,
T1153 1170-1172 PRP denotes we
T1151 1173-1181 VBD denotes reported
T1154 1182-1186 IN denotes that
T1156 1187-1190 DT denotes the
T1158 1191-1199 NN denotes helicase
T1159 1200-1203 CC denotes and
T1160 1204-1207 NN denotes ATP
T1161 1208-1218 NN denotes hydrolysis
T1157 1219-1229 NNS denotes activities
T1162 1230-1232 IN denotes of
T1163 1233-1242 JJ denotes mammalian
T1164 1243-1247 NN denotes Mcm4
T1165 1247-1248 HYPH denotes /
T1166 1248-1249 CD denotes 6
T1167 1249-1250 HYPH denotes /
T1168 1250-1251 CD denotes 7
T1169 1252-1255 VBP denotes are
T1170 1256-1268 RB denotes specifically
T1155 1269-1278 VBN denotes activated
T1171 1279-1281 IN denotes by
T1172 1282-1288 JJ denotes single
T1174 1288-1289 HYPH denotes -
T1173 1289-1297 VBN denotes stranded
T1175 1298-1301 NN denotes DNA
T1176 1302-1312 VBG denotes containing
T1177 1313-1322 NNS denotes stretches
T1178 1323-1325 IN denotes of
T1179 1326-1333 NN denotes thymine
T1180 1334-1342 NNS denotes residues
T1181 1343-1346 CC denotes and
T1182 1347-1355 VBD denotes proposed
T1183 1356-1357 DT denotes a
T1185 1358-1363 JJ denotes novel
T1184 1364-1369 NN denotes model
T1186 1370-1374 IN denotes that
T1188 1375-1378 NN denotes Mcm
T1189 1379-1382 MD denotes may
T1187 1383-1387 VB denotes play
T1190 1388-1389 DT denotes a
T1192 1390-1397 JJ denotes crucial
T1191 1398-1402 NN denotes role
T1193 1403-1405 IN denotes in
T1194 1406-1415 NN denotes selection
T1195 1416-1418 IN denotes of
T1196 1419-1430 NN denotes replication
T1197 1431-1438 NNS denotes origins
T1198 1439-1441 IN denotes in
T1199 1442-1448 JJR denotes higher
T1200 1449-1459 NNS denotes eukaryotes
T1201 1460-1461 -LRB- denotes (
T1202 1461-1463 CD denotes 13
T1203 1463-1464 -RRB- denotes )
T1204 1464-1465 . denotes .
R415 T902 T903 predet All,proteins
R416 T903 T910 nsubj proteins,contain
R417 T904 T903 det the,proteins
R418 T905 T903 nummod six,proteins
R419 T906 T907 nmod Mcm,2
R420 T907 T903 nummod 2,proteins
R421 T908 T909 punct –,7
R422 T909 T907 prep 7,2
R423 T911 T912 advmod highly,conserved
R424 T912 T913 amod conserved,motifs
R425 T913 T910 dobj motifs,contain
R426 T914 T915 npadvmod DNA,dependent
R427 T915 T913 amod dependent,motifs
R428 T916 T915 punct -,dependent
R429 T917 T913 compound ATPase,motifs
R430 T918 T910 prep in,contain
R431 T919 T920 poss their,regions
R432 T920 T918 pobj regions,in
R433 T921 T920 amod central,regions
R434 T922 T923 punct (,16
R435 T923 T910 parataxis 16,contain
R436 T924 T923 nummod 15,16
R437 T925 T923 punct ",",16
R438 T926 T923 punct ),16
R439 T927 T910 punct .,contain
R440 T929 T930 prep Among,shown
R441 T931 T932 det the,subcomplexes
R442 T932 T929 pobj subcomplexes,Among
R443 T933 T932 amod several,subcomplexes
R444 T934 T932 amod stable,subcomplexes
R445 T935 T936 dep which,generate
R446 T936 T932 relcl generate,subcomplexes
R447 T937 T938 compound MCM,proteins
R448 T938 T936 nsubj proteins,generate
R449 T939 T936 aux can,generate
R450 T940 T930 punct ", ",shown
R451 T941 T942 advmod only,complex
R452 T942 T930 nsubjpass complex,shown
R453 T943 T942 det the,complex
R454 T944 T942 nmod Mcm4,complex
R455 T945 T944 punct /,Mcm4
R456 T946 T944 nummod 6,Mcm4
R457 T947 T944 punct /,Mcm4
R458 T948 T944 nummod 7,Mcm4
R459 T949 T930 aux has,shown
R460 T950 T930 auxpass been,shown
R461 T951 T952 aux to,possess
R462 T952 T930 xcomp possess,shown
R463 T953 T954 det an,activity
R464 T954 T952 dobj activity,possess
R465 T955 T954 amod intrinsic,activity
R466 T956 T957 compound DNA,helicase
R467 T957 T954 compound helicase,activity
R468 T958 T959 punct (,10
R469 T959 T930 parataxis 10,shown
R470 T960 T961 punct –,14
R471 T961 T959 prep 14,10
R472 T962 T959 punct ",",10
R473 T963 T959 appos 17,10
R474 T964 T965 punct –,18
R475 T965 T963 prep 18,17
R476 T966 T959 punct ),10
R477 T967 T930 punct .,shown
R478 T969 T970 mark While,make
R479 T970 T977 advcl make,inhibit
R480 T971 T972 nmod Mcm4,proteins
R481 T972 T970 nsubj proteins,make
R482 T973 T971 punct ", ",Mcm4
R483 T974 T971 conj Mcm6,Mcm4
R484 T975 T974 cc and,Mcm6
R485 T976 T974 conj Mcm7,Mcm6
R486 T978 T979 amod distinct,contribution
R487 T979 T970 dobj contribution,make
R488 T980 T979 prep to,contribution
R489 T981 T982 poss its,activity
R490 T982 T980 pobj activity,to
R491 T983 T982 compound helicase,activity
R492 T984 T985 punct (,11
R493 T985 T970 parataxis 11,make
R494 T986 T987 punct –,13
R495 T987 T985 prep 13,11
R496 T988 T985 punct ),11
R497 T989 T977 punct ", ",inhibit
R498 T990 T977 nsubj Mcm2,inhibit
R499 T991 T990 cc or,Mcm2
R500 T992 T990 conj Mcm3,Mcm2
R501 T993 T992 punct /,Mcm3
R502 T994 T992 nummod 5,Mcm3
R503 T995 T996 det the,activity
R504 T996 T977 dobj activity,inhibit
R505 T997 T996 compound helicase,activity
R506 T998 T996 prep of,activity
R507 T999 T1000 det the,complex
R508 T1000 T998 pobj complex,of
R509 T1001 T1000 nmod Mcm4,complex
R510 T1002 T1001 punct /,Mcm4
R511 T1003 T1001 nummod 6,Mcm4
R512 T1004 T1001 punct /,Mcm4
R513 T1005 T1001 nummod 7,Mcm4
R514 T1006 T977 prep by,inhibit
R515 T1007 T1006 pcomp converting,by
R516 T1008 T1009 poss its,structure
R517 T1009 T1007 dobj structure,converting
R518 T1010 T1009 amod double,structure
R519 T1011 T1009 compound trimer,structure
R520 T1012 T1007 prep into,converting
R521 T1013 T1014 det a,heterotetramer
R522 T1014 T1012 pobj heterotetramer,into
R523 T1015 T1014 cc or,heterotetramer
R524 T1016 T1014 conj heteropentamer,heterotetramer
R525 T1017 T1007 punct ", ",converting
R526 T1018 T1007 advmod respectively,converting
R527 T1019 T1020 punct (,11
R528 T1020 T1007 parataxis 11,converting
R529 T1021 T1020 nummod 3,11
R530 T1022 T1020 punct ",",11
R531 T1023 T1020 punct ),11
R532 T1024 T977 punct .,inhibit
R533 T1026 T1027 compound Chromatin,assays
R534 T1027 T1029 nsubj assays,suggested
R535 T1028 T1027 compound immunoprecipitation,assays
R536 T1030 T1027 cc and,assays
R537 T1031 T1032 amod genetic,characterization
R538 T1032 T1027 conj characterization,assays
R539 T1033 T1027 prep in,assays
R540 T1034 T1035 compound Saccharomyces,cerevisiae
R541 T1035 T1033 pobj cerevisiae,in
R542 T1036 T1029 advmod strongly,suggested
R543 T1037 T1038 mark that,involved
R544 T1038 T1029 ccomp involved,suggested
R545 T1039 T1038 nsubjpass Mcm,involved
R546 T1040 T1038 auxpass is,involved
R547 T1041 T1042 preconj not,in
R548 T1042 T1038 prep in,involved
R549 T1043 T1041 advmod only,not
R550 T1044 T1042 pobj initiation,in
R551 T1045 T1042 cc but,in
R552 T1046 T1045 advmod also,but
R553 T1047 T1042 conj in,in
R554 T1048 T1049 det the,stage
R555 T1049 T1047 pobj stage,in
R556 T1050 T1051 compound DNA,elongation
R557 T1051 T1049 compound elongation,stage
R558 T1052 T1051 compound chain,elongation
R559 T1053 T1038 prep as,involved
R560 T1054 T1055 det a,helicase
R561 T1055 T1053 pobj helicase,as
R562 T1056 T1055 amod replicative,helicase
R563 T1057 T1058 punct (,20
R564 T1058 T1029 parataxis 20,suggested
R565 T1059 T1058 nummod 19,20
R566 T1060 T1058 punct ",",20
R567 T1061 T1058 punct ),20
R568 T1062 T1029 punct .,suggested
R569 T1064 T1065 advcl Consistent,stimulated
R570 T1066 T1064 prep with,Consistent
R571 T1067 T1068 det this,notion
R572 T1068 T1066 pobj notion,with
R573 T1069 T1065 punct ", ",stimulated
R574 T1070 T1071 det the,processivity
R575 T1071 T1065 nsubjpass processivity,stimulated
R576 T1072 T1071 prep of,processivity
R577 T1073 T1074 det the,complexes
R578 T1074 T1072 pobj complexes,of
R579 T1075 T1076 nmod Schizosaccharomyces,pombe
R580 T1076 T1074 nmod pombe,complexes
R581 T1077 T1076 cc and,pombe
R582 T1078 T1079 compound mouse,Mcm4
R583 T1079 T1076 conj Mcm4,pombe
R584 T1080 T1079 punct /,Mcm4
R585 T1081 T1079 nummod 6,Mcm4
R586 T1082 T1079 punct /,Mcm4
R587 T1083 T1079 nummod 7,Mcm4
R588 T1084 T1065 auxpass is,stimulated
R589 T1085 T1065 advmod significantly,stimulated
R590 T1086 T1065 prep on,stimulated
R591 T1087 T1088 amod forked,DNA
R592 T1088 T1089 compound DNA,structures
R593 T1089 T1086 pobj structures,on
R594 T1090 T1065 cc and,stimulated
R595 T1091 T1092 nsubj it,unwind
R596 T1092 T1065 conj unwind,stimulated
R597 T1093 T1092 aux can,unwind
R598 T1094 T1095 compound duplex,DNA
R599 T1095 T1092 dobj DNA,unwind
R600 T1096 T1095 prep of,DNA
R601 T1097 T1098 quantmod 400,500
R602 T1098 T1100 nummod 500,bp
R603 T1099 T1098 punct –,500
R604 T1100 T1096 pobj bp,of
R605 T1101 T1102 punct (,14
R606 T1102 T1092 parataxis 14,unwind
R607 T1103 T1102 nummod 13,14
R608 T1104 T1102 punct ",",14
R609 T1105 T1102 punct ),14
R610 T1106 T1092 punct .,unwind
R611 T1108 T1109 nsubj Mcm4,binds
R612 T1110 T1108 punct /,Mcm4
R613 T1111 T1108 nummod 6,Mcm4
R614 T1112 T1108 punct /,Mcm4
R615 T1113 T1108 nummod 7,Mcm4
R616 T1114 T1109 prep to,binds
R617 T1115 T1116 nmod fork,structures
R618 T1116 T1114 pobj structures,to
R619 T1117 T1115 cc and,fork
R620 T1118 T1115 conj bubble,fork
R621 T1119 T1109 prep in,binds
R622 T1120 T1121 det an,manner
R623 T1121 T1119 pobj manner,in
R624 T1122 T1123 npadvmod ATP,dependent
R625 T1123 T1121 amod dependent,manner
R626 T1124 T1123 punct -,dependent
R627 T1125 T1109 punct ", ",binds
R628 T1126 T1109 cc and,binds
R629 T1127 T1109 conj generates,binds
R630 T1128 T1129 det a,complex
R631 T1129 T1127 dobj complex,generates
R632 T1130 T1131 amod double,hexameric
R633 T1131 T1129 amod hexameric,complex
R634 T1132 T1131 punct -,hexameric
R635 T1133 T1127 punct ", ",generates
R636 T1134 T1135 mark as,shown
R637 T1135 T1127 advcl shown,generates
R638 T1136 T1135 auxpass was,shown
R639 T1137 T1135 prep for,shown
R640 T1138 T1139 compound T,antigen
R641 T1139 T1137 pobj antigen,for
R642 T1140 T1139 punct -,antigen
R643 T1141 T1142 punct (,21
R644 T1142 T1135 parataxis 21,shown
R645 T1143 T1142 nummod 13,21
R646 T1144 T1142 punct ",",21
R647 T1145 T1142 nummod 14,21
R648 T1146 T1142 punct ",",21
R649 T1147 T1142 punct ),21
R650 T1148 T1109 punct .,binds
R651 T1150 T1151 advmod Recently,reported
R652 T1152 T1151 punct ", ",reported
R653 T1153 T1151 nsubj we,reported
R654 T1154 T1155 mark that,activated
R655 T1155 T1151 ccomp activated,reported
R656 T1156 T1157 det the,activities
R657 T1157 T1155 nsubjpass activities,activated
R658 T1158 T1157 nmod helicase,activities
R659 T1159 T1158 cc and,helicase
R660 T1160 T1161 compound ATP,hydrolysis
R661 T1161 T1158 conj hydrolysis,helicase
R662 T1162 T1157 prep of,activities
R663 T1163 T1164 amod mammalian,Mcm4
R664 T1164 T1162 pobj Mcm4,of
R665 T1165 T1164 punct /,Mcm4
R666 T1166 T1164 nummod 6,Mcm4
R667 T1167 T1164 punct /,Mcm4
R668 T1168 T1164 nummod 7,Mcm4
R669 T1169 T1155 auxpass are,activated
R670 T1170 T1155 advmod specifically,activated
R671 T1171 T1155 agent by,activated
R672 T1172 T1173 amod single,stranded
R673 T1173 T1175 amod stranded,DNA
R674 T1174 T1173 punct -,stranded
R675 T1175 T1171 pobj DNA,by
R676 T1176 T1175 acl containing,DNA
R677 T1177 T1176 dobj stretches,containing
R678 T1178 T1177 prep of,stretches
R679 T1179 T1180 compound thymine,residues
R680 T1180 T1178 pobj residues,of
R681 T1181 T1151 cc and,reported
R682 T1182 T1151 conj proposed,reported
R683 T1183 T1184 det a,model
R684 T1184 T1182 dobj model,proposed
R685 T1185 T1184 amod novel,model
R686 T1186 T1187 mark that,play
R687 T1187 T1184 acl play,model
R688 T1188 T1187 nsubj Mcm,play
R689 T1189 T1187 aux may,play
R690 T1190 T1191 det a,role
R691 T1191 T1187 dobj role,play
R692 T1192 T1191 amod crucial,role
R693 T1193 T1187 prep in,play
R694 T1194 T1193 pobj selection,in
R695 T1195 T1194 prep of,selection
R696 T1196 T1197 compound replication,origins
R697 T1197 T1195 pobj origins,of
R698 T1198 T1187 prep in,play
R699 T1199 T1200 amod higher,eukaryotes
R700 T1200 T1198 pobj eukaryotes,in
R701 T1201 T1202 punct (,13
R702 T1202 T1182 parataxis 13,proposed
R703 T1203 T1202 punct ),13
R704 T1204 T1151 punct .,reported