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PMC:1140370 / 34113-35352 JSONTXT

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Id Subject Object Predicate Lexical cue
T10868 0-3 DT denotes The
T10869 13-24 NN denotes requirement
T10870 4-12 JJ denotes specific
T10871 92-100 VBD denotes prompted
T10872 25-27 IN denotes of
T10873 28-34 JJ denotes single
T10874 35-43 VBN denotes stranded
T10875 34-35 HYPH denotes -
T10876 52-60 NNS denotes residues
T10877 44-51 NN denotes thymine
T10878 61-64 IN denotes for
T10879 65-75 NN denotes activation
T10880 76-78 IN denotes of
T10881 79-82 NN denotes Mcm
T10882 83-91 NN denotes helicase
T10883 101-103 PRP denotes us
T10884 104-106 TO denotes to
T10885 107-114 VB denotes examine
T10886 115-122 IN denotes whether
T10887 132-140 VBN denotes required
T10888 123-127 PRP denotes they
T10889 128-131 VBP denotes are
T10890 141-145 RB denotes also
T10891 146-149 IN denotes for
T10892 150-160 JJ denotes processive
T10893 161-170 NN denotes unwinding
T10894 171-173 IN denotes of
T10895 174-180 NN denotes duplex
T10896 181-184 NN denotes DNA
T10897 184-185 . denotes .
T10898 185-305 sentence denotes Our results indicated that increase of GC pair in the duplex segment significantly inhibited the Mcm helicase activity.
T10899 186-189 PRP$ denotes Our
T10900 190-197 NNS denotes results
T10901 198-207 VBD denotes indicated
T10902 208-212 IN denotes that
T10903 269-278 VBD denotes inhibited
T10904 213-221 NN denotes increase
T10905 222-224 IN denotes of
T10906 225-227 NN denotes GC
T10907 228-232 NN denotes pair
T10908 233-235 IN denotes in
T10909 236-239 DT denotes the
T10910 247-254 NN denotes segment
T10911 240-246 NN denotes duplex
T10912 255-268 RB denotes significantly
T10913 279-282 DT denotes the
T10914 296-304 NN denotes activity
T10915 283-286 NN denotes Mcm
T10916 287-295 NN denotes helicase
T10917 304-305 . denotes .
T10918 305-477 sentence denotes Duplex DNA composed only of GC pairs (10 repeats of CGG) on a Y-fork was not displaced at all, while the same template was readily displaced by SV40 T-antigen (Figure 8B).
T10919 306-312 NN denotes Duplex
T10920 313-316 NN denotes DNA
T10921 383-392 VBN denotes displaced
T10922 317-325 VBN denotes composed
T10923 326-330 RB denotes only
T10924 331-333 IN denotes of
T10925 334-336 NN denotes GC
T10926 337-342 NNS denotes pairs
T10927 343-344 -LRB- denotes (
T10928 347-354 NNS denotes repeats
T10929 344-346 CD denotes 10
T10930 355-357 IN denotes of
T10931 358-361 NN denotes CGG
T10932 361-362 -RRB- denotes )
T10933 363-365 IN denotes on
T10934 366-367 DT denotes a
T10935 370-374 NN denotes fork
T10936 368-369 NN denotes Y
T10937 369-370 HYPH denotes -
T10938 375-378 VBD denotes was
T10939 379-382 RB denotes not
T10940 393-395 RB denotes at
T10941 396-399 RB denotes all
T10942 399-401 , denotes ,
T10943 401-406 IN denotes while
T10944 437-446 VBN denotes displaced
T10945 407-410 DT denotes the
T10946 416-424 NN denotes template
T10947 411-415 JJ denotes same
T10948 425-428 VBD denotes was
T10949 429-436 RB denotes readily
T10950 447-449 IN denotes by
T10951 450-454 NN denotes SV40
T10952 457-464 NN denotes antigen
T10953 455-456 NN denotes T
T10954 456-457 HYPH denotes -
T10955 465-466 -LRB- denotes (
T10956 473-475 NN denotes 8B
T10957 466-472 NN denotes Figure
T10958 475-476 -RRB- denotes )
T10959 476-477 . denotes .
T10960 477-613 sentence denotes Mcm helicase was inhibited by the presence of GC-rich duplex segment also on a circular single-stranded partial heteroduplex substrate.
T10961 478-481 NN denotes Mcm
T10962 482-490 NN denotes helicase
T10963 495-504 VBN denotes inhibited
T10964 491-494 VBD denotes was
T10965 505-507 IN denotes by
T10966 508-511 DT denotes the
T10967 512-520 NN denotes presence
T10968 521-523 IN denotes of
T10969 524-526 NN denotes GC
T10970 527-531 JJ denotes rich
T10971 526-527 HYPH denotes -
T10972 539-546 NN denotes segment
T10973 532-538 NN denotes duplex
T10974 547-551 RB denotes also
T10975 552-554 IN denotes on
T10976 555-556 DT denotes a
T10977 603-612 NN denotes substrate
T10978 557-565 JJ denotes circular
T10979 566-572 JJ denotes single
T10980 573-581 VBN denotes stranded
T10981 572-573 HYPH denotes -
T10982 582-589 JJ denotes partial
T10983 590-602 NN denotes heteroduplex
T10984 612-613 . denotes .
T10985 613-771 sentence denotes However, on this substrate, Mcm4/6/7 was able to displace DNA past the GC-rich region, albeit to a limited extent, when it was added at a high concentration.
T10986 614-621 RB denotes However
T10987 651-654 VBD denotes was
T10988 621-623 , denotes ,
T10989 623-625 IN denotes on
T10990 626-630 DT denotes this
T10991 631-640 NN denotes substrate
T10992 640-642 , denotes ,
T10993 642-646 NN denotes Mcm4
T10994 646-647 HYPH denotes /
T10995 647-648 CD denotes 6
T10996 648-649 HYPH denotes /
T10997 649-650 CD denotes 7
T10998 655-659 JJ denotes able
T10999 660-662 TO denotes to
T11000 663-671 VB denotes displace
T11001 672-675 NN denotes DNA
T11002 676-680 IN denotes past
T11003 681-684 DT denotes the
T11004 693-699 NN denotes region
T11005 685-687 NN denotes GC
T11006 688-692 JJ denotes rich
T11007 687-688 HYPH denotes -
T11008 699-701 , denotes ,
T11009 701-707 IN denotes albeit
T11010 708-710 IN denotes to
T11011 711-712 DT denotes a
T11012 721-727 NN denotes extent
T11013 713-720 VBN denotes limited
T11014 727-729 , denotes ,
T11015 729-733 WRB denotes when
T11016 741-746 VBN denotes added
T11017 734-736 PRP denotes it
T11018 737-740 VBD denotes was
T11019 747-749 IN denotes at
T11020 750-751 DT denotes a
T11021 757-770 NN denotes concentration
T11022 752-756 JJ denotes high
T11023 770-771 . denotes .
T11024 771-938 sentence denotes On the partial heteroduplex template, Mcm is loaded onto the circular single-stranded DNA of 6.4 kb, while it is loaded onto the 50 nt long 3′-tail DNA on the Y-fork.
T11025 772-774 IN denotes On
T11026 817-823 VBN denotes loaded
T11027 775-778 DT denotes the
T11028 800-808 NN denotes template
T11029 779-786 JJ denotes partial
T11030 787-799 NN denotes heteroduplex
T11031 808-810 , denotes ,
T11032 810-813 NN denotes Mcm
T11033 814-816 VBZ denotes is
T11034 824-828 IN denotes onto
T11035 829-832 DT denotes the
T11036 858-861 NN denotes DNA
T11037 833-841 JJ denotes circular
T11038 842-848 JJ denotes single
T11039 849-857 VBN denotes stranded
T11040 848-849 HYPH denotes -
T11041 862-864 IN denotes of
T11042 865-868 CD denotes 6.4
T11043 869-871 NN denotes kb
T11044 871-873 , denotes ,
T11045 873-878 IN denotes while
T11046 885-891 VBN denotes loaded
T11047 879-881 PRP denotes it
T11048 882-884 VBZ denotes is
T11049 892-896 IN denotes onto
T11050 897-900 DT denotes the
T11051 920-923 NN denotes DNA
T11052 901-903 CD denotes 50
T11053 904-906 NN denotes nt
T11054 907-911 JJ denotes long
T11055 912-913 CD denotes 3
T11056 915-919 NN denotes tail
T11057 913-914 SYM denotes ′
T11058 914-915 HYPH denotes -
T11059 924-926 IN denotes on
T11060 927-930 DT denotes the
T11061 933-937 NN denotes fork
T11062 931-932 NN denotes Y
T11063 932-933 HYPH denotes -
T11064 937-938 . denotes .
T11065 938-1022 sentence denotes Thus, the difference of helicase actions may reflect the efficiency of Mcm loading.
T11066 939-943 RB denotes Thus
T11067 984-991 VB denotes reflect
T11068 943-945 , denotes ,
T11069 945-948 DT denotes the
T11070 949-959 NN denotes difference
T11071 960-962 IN denotes of
T11072 963-971 NN denotes helicase
T11073 972-979 NNS denotes actions
T11074 980-983 MD denotes may
T11075 992-995 DT denotes the
T11076 996-1006 NN denotes efficiency
T11077 1007-1009 IN denotes of
T11078 1010-1013 NN denotes Mcm
T11079 1014-1021 NN denotes loading
T11080 1021-1022 . denotes .
T11081 1022-1239 sentence denotes Alternatively, the presence of ‘random’ sequence at the initially unwound duplex segment in the former template may engage the Mcm helicase in a more active conformation which can displace the GC-rich duplex segment.
T11082 1023-1036 RB denotes Alternatively
T11083 1139-1145 VB denotes engage
T11084 1036-1038 , denotes ,
T11085 1038-1041 DT denotes the
T11086 1042-1050 NN denotes presence
T11087 1051-1053 IN denotes of
T11088 1054-1055 `` denotes ‘
T11089 1055-1061 JJ denotes random
T11090 1063-1071 NN denotes sequence
T11091 1061-1062 '' denotes ’
T11092 1072-1074 IN denotes at
T11093 1075-1078 DT denotes the
T11094 1104-1111 NN denotes segment
T11095 1079-1088 RB denotes initially
T11096 1089-1096 JJ denotes unwound
T11097 1097-1103 NN denotes duplex
T11098 1112-1114 IN denotes in
T11099 1115-1118 DT denotes the
T11100 1126-1134 NN denotes template
T11101 1119-1125 JJ denotes former
T11102 1135-1138 MD denotes may
T11103 1146-1149 DT denotes the
T11104 1154-1162 NN denotes helicase
T11105 1150-1153 NN denotes Mcm
T11106 1163-1165 IN denotes in
T11107 1166-1167 DT denotes a
T11108 1180-1192 NN denotes conformation
T11109 1168-1172 RBR denotes more
T11110 1173-1179 JJ denotes active
T11111 1193-1198 WDT denotes which
T11112 1203-1211 VB denotes displace
T11113 1199-1202 MD denotes can
T11114 1212-1215 DT denotes the
T11115 1231-1238 NN denotes segment
T11116 1216-1218 NN denotes GC
T11117 1219-1223 JJ denotes rich
T11118 1218-1219 HYPH denotes -
T11119 1224-1230 NN denotes duplex
T11120 1238-1239 . denotes .
R7078 T10868 T10869 det The,requirement
R7079 T10869 T10871 nsubj requirement,prompted
R7080 T10870 T10869 amod specific,requirement
R7081 T10872 T10869 prep of,requirement
R7082 T10873 T10874 amod single,stranded
R7083 T10874 T10876 amod stranded,residues
R7084 T10875 T10874 punct -,stranded
R7085 T10876 T10872 pobj residues,of
R7086 T10877 T10876 compound thymine,residues
R7087 T10878 T10869 prep for,requirement
R7088 T10879 T10878 pobj activation,for
R7089 T10880 T10879 prep of,activation
R7090 T10881 T10882 compound Mcm,helicase
R7091 T10882 T10880 pobj helicase,of
R7092 T10883 T10871 dobj us,prompted
R7093 T10884 T10885 aux to,examine
R7094 T10885 T10871 xcomp examine,prompted
R7095 T10886 T10887 mark whether,required
R7096 T10887 T10885 ccomp required,examine
R7097 T10888 T10887 nsubjpass they,required
R7098 T10889 T10887 auxpass are,required
R7099 T10890 T10887 advmod also,required
R7100 T10891 T10887 prep for,required
R7101 T10892 T10893 amod processive,unwinding
R7102 T10893 T10891 pobj unwinding,for
R7103 T10894 T10893 prep of,unwinding
R7104 T10895 T10896 compound duplex,DNA
R7105 T10896 T10894 pobj DNA,of
R7106 T10897 T10871 punct .,prompted
R7107 T10899 T10900 poss Our,results
R7108 T10900 T10901 nsubj results,indicated
R7109 T10902 T10903 mark that,inhibited
R7110 T10903 T10901 ccomp inhibited,indicated
R7111 T10904 T10903 nsubj increase,inhibited
R7112 T10905 T10904 prep of,increase
R7113 T10906 T10907 compound GC,pair
R7114 T10907 T10905 pobj pair,of
R7115 T10908 T10904 prep in,increase
R7116 T10909 T10910 det the,segment
R7117 T10910 T10908 pobj segment,in
R7118 T10911 T10910 compound duplex,segment
R7119 T10912 T10903 advmod significantly,inhibited
R7120 T10913 T10914 det the,activity
R7121 T10914 T10903 dobj activity,inhibited
R7122 T10915 T10916 compound Mcm,helicase
R7123 T10916 T10914 compound helicase,activity
R7124 T10917 T10901 punct .,indicated
R7125 T10919 T10920 compound Duplex,DNA
R7126 T10920 T10921 nsubjpass DNA,displaced
R7127 T10922 T10920 acl composed,DNA
R7128 T10923 T10924 advmod only,of
R7129 T10924 T10922 prep of,composed
R7130 T10925 T10926 compound GC,pairs
R7131 T10926 T10924 pobj pairs,of
R7132 T10927 T10928 punct (,repeats
R7133 T10928 T10926 parataxis repeats,pairs
R7134 T10929 T10928 nummod 10,repeats
R7135 T10930 T10928 prep of,repeats
R7136 T10931 T10930 pobj CGG,of
R7137 T10932 T10928 punct ),repeats
R7138 T10933 T10926 prep on,pairs
R7139 T10934 T10935 det a,fork
R7140 T10935 T10933 pobj fork,on
R7141 T10936 T10935 compound Y,fork
R7142 T10937 T10935 punct -,fork
R7143 T10938 T10921 auxpass was,displaced
R7144 T10939 T10921 neg not,displaced
R7145 T10940 T10941 advmod at,all
R7146 T10941 T10921 advmod all,displaced
R7147 T10942 T10921 punct ", ",displaced
R7148 T10943 T10944 mark while,displaced
R7149 T10944 T10921 advcl displaced,displaced
R7150 T10945 T10946 det the,template
R7151 T10946 T10944 nsubjpass template,displaced
R7152 T10947 T10946 amod same,template
R7153 T10948 T10944 auxpass was,displaced
R7154 T10949 T10944 advmod readily,displaced
R7155 T10950 T10944 agent by,displaced
R7156 T10951 T10952 compound SV40,antigen
R7157 T10952 T10950 pobj antigen,by
R7158 T10953 T10952 compound T,antigen
R7159 T10954 T10952 punct -,antigen
R7160 T10955 T10956 punct (,8B
R7161 T10956 T10944 parataxis 8B,displaced
R7162 T10957 T10956 compound Figure,8B
R7163 T10958 T10956 punct ),8B
R7164 T10959 T10921 punct .,displaced
R7165 T10961 T10962 compound Mcm,helicase
R7166 T10962 T10963 nsubjpass helicase,inhibited
R7167 T10964 T10963 auxpass was,inhibited
R7168 T10965 T10963 agent by,inhibited
R7169 T10966 T10967 det the,presence
R7170 T10967 T10965 pobj presence,by
R7171 T10968 T10967 prep of,presence
R7172 T10969 T10970 npadvmod GC,rich
R7173 T10970 T10972 amod rich,segment
R7174 T10971 T10970 punct -,rich
R7175 T10972 T10968 pobj segment,of
R7176 T10973 T10972 compound duplex,segment
R7177 T10974 T10975 advmod also,on
R7178 T10975 T10967 prep on,presence
R7179 T10976 T10977 det a,substrate
R7180 T10977 T10975 pobj substrate,on
R7181 T10978 T10977 amod circular,substrate
R7182 T10979 T10980 amod single,stranded
R7183 T10980 T10977 amod stranded,substrate
R7184 T10981 T10980 punct -,stranded
R7185 T10982 T10983 amod partial,heteroduplex
R7186 T10983 T10977 compound heteroduplex,substrate
R7187 T10984 T10963 punct .,inhibited
R7188 T10986 T10987 advmod However,was
R7189 T10988 T10987 punct ", ",was
R7190 T10989 T10987 prep on,was
R7191 T10990 T10991 det this,substrate
R7192 T10991 T10989 pobj substrate,on
R7193 T10992 T10987 punct ", ",was
R7194 T10993 T10987 nsubj Mcm4,was
R7195 T10994 T10993 punct /,Mcm4
R7196 T10995 T10993 nummod 6,Mcm4
R7197 T10996 T10993 punct /,Mcm4
R7198 T10997 T10993 nummod 7,Mcm4
R7199 T10998 T10987 acomp able,was
R7200 T10999 T11000 aux to,displace
R7201 T11000 T10998 xcomp displace,able
R7202 T11001 T11000 dobj DNA,displace
R7203 T11002 T11000 prep past,displace
R7204 T11003 T11004 det the,region
R7205 T11004 T11002 pobj region,past
R7206 T11005 T11006 npadvmod GC,rich
R7207 T11006 T11004 amod rich,region
R7208 T11007 T11006 punct -,rich
R7209 T11008 T11000 punct ", ",displace
R7210 T11009 T11010 dep albeit,to
R7211 T11010 T11000 prep to,displace
R7212 T11011 T11012 det a,extent
R7213 T11012 T11010 pobj extent,to
R7214 T11013 T11012 amod limited,extent
R7215 T11014 T11000 punct ", ",displace
R7216 T11015 T11016 advmod when,added
R7217 T11016 T11000 advcl added,displace
R7218 T11017 T11016 nsubjpass it,added
R7219 T11018 T11016 auxpass was,added
R7220 T11019 T11016 prep at,added
R7221 T11020 T11021 det a,concentration
R7222 T11021 T11019 pobj concentration,at
R7223 T11022 T11021 amod high,concentration
R7224 T11023 T10987 punct .,was
R7225 T11025 T11026 prep On,loaded
R7226 T11027 T11028 det the,template
R7227 T11028 T11025 pobj template,On
R7228 T11029 T11030 amod partial,heteroduplex
R7229 T11030 T11028 compound heteroduplex,template
R7230 T11031 T11026 punct ", ",loaded
R7231 T11032 T11026 nsubjpass Mcm,loaded
R7232 T11033 T11026 auxpass is,loaded
R7233 T11034 T11026 prep onto,loaded
R7234 T11035 T11036 det the,DNA
R7235 T11036 T11034 pobj DNA,onto
R7236 T11037 T11036 amod circular,DNA
R7237 T11038 T11039 amod single,stranded
R7238 T11039 T11036 amod stranded,DNA
R7239 T11040 T11039 punct -,stranded
R7240 T11041 T11036 prep of,DNA
R7241 T11042 T11043 nummod 6.4,kb
R7242 T11043 T11041 pobj kb,of
R7243 T11044 T11026 punct ", ",loaded
R7244 T11045 T11046 mark while,loaded
R7245 T11046 T11026 advcl loaded,loaded
R7246 T11047 T11046 nsubjpass it,loaded
R7247 T11048 T11046 auxpass is,loaded
R7248 T11049 T11046 prep onto,loaded
R7249 T11050 T11051 det the,DNA
R7250 T11051 T11049 pobj DNA,onto
R7251 T11052 T11053 nummod 50,nt
R7252 T11053 T11054 npadvmod nt,long
R7253 T11054 T11051 amod long,DNA
R7254 T11055 T11056 nummod 3,tail
R7255 T11056 T11051 compound tail,DNA
R7256 T11057 T11055 punct ′,3
R7257 T11058 T11056 punct -,tail
R7258 T11059 T11051 prep on,DNA
R7259 T11060 T11061 det the,fork
R7260 T11061 T11059 pobj fork,on
R7261 T11062 T11061 compound Y,fork
R7262 T11063 T11061 punct -,fork
R7263 T11064 T11026 punct .,loaded
R7264 T11066 T11067 advmod Thus,reflect
R7265 T11068 T11067 punct ", ",reflect
R7266 T11069 T11070 det the,difference
R7267 T11070 T11067 nsubj difference,reflect
R7268 T11071 T11070 prep of,difference
R7269 T11072 T11073 compound helicase,actions
R7270 T11073 T11071 pobj actions,of
R7271 T11074 T11067 aux may,reflect
R7272 T11075 T11076 det the,efficiency
R7273 T11076 T11067 dobj efficiency,reflect
R7274 T11077 T11076 prep of,efficiency
R7275 T11078 T11079 compound Mcm,loading
R7276 T11079 T11077 pobj loading,of
R7277 T11080 T11067 punct .,reflect
R7278 T11082 T11083 advmod Alternatively,engage
R7279 T11084 T11083 punct ", ",engage
R7280 T11085 T11086 det the,presence
R7281 T11086 T11083 nsubj presence,engage
R7282 T11087 T11086 prep of,presence
R7283 T11088 T11087 punct ‘,of
R7284 T11089 T11090 amod random,sequence
R7285 T11090 T11087 pobj sequence,of
R7286 T11091 T11090 punct ’,sequence
R7287 T11092 T11086 prep at,presence
R7288 T11093 T11094 det the,segment
R7289 T11094 T11092 pobj segment,at
R7290 T11095 T11096 advmod initially,unwound
R7291 T11096 T11094 amod unwound,segment
R7292 T11097 T11094 compound duplex,segment
R7293 T11098 T11094 prep in,segment
R7294 T11099 T11100 det the,template
R7295 T11100 T11098 pobj template,in
R7296 T11101 T11100 amod former,template
R7297 T11102 T11083 aux may,engage
R7298 T11103 T11104 det the,helicase
R7299 T11104 T11083 dobj helicase,engage
R7300 T11105 T11104 compound Mcm,helicase
R7301 T11106 T11083 prep in,engage
R7302 T11107 T11108 det a,conformation
R7303 T11108 T11106 pobj conformation,in
R7304 T11109 T11110 advmod more,active
R7305 T11110 T11108 amod active,conformation
R7306 T11111 T11112 dep which,displace
R7307 T11112 T11108 relcl displace,conformation
R7308 T11113 T11112 aux can,displace
R7309 T11114 T11115 det the,segment
R7310 T11115 T11112 dobj segment,displace
R7311 T11116 T11117 npadvmod GC,rich
R7312 T11117 T11115 amod rich,segment
R7313 T11118 T11117 punct -,rich
R7314 T11119 T11115 compound duplex,segment
R7315 T11120 T11083 punct .,engage

craft-ca-core-ex-dev

Below, discontinuous spans are shown in the bag model. You can change it to the chain model.

Id Subject Object Predicate Lexical cue
T10713 28-43 SO:0000984 denotes single-stranded
T10714 44-51 CHEBI_EXT:thymine_nucleobase_or_nucleoside_or_nucleotide_molecular_entity_or_group denotes thymine
T10715 52-60 CHEBI_EXT:residue denotes residues
T10716 79-82 GO:0042555 denotes Mcm
T10717 83-91 GO_EXT:0004386 denotes helicase
T10718 161-184 GO:0032508 denotes unwinding of duplex DNA
T10719 174-184 CHEBI_SO_EXT:double_stranded_DNA denotes duplex DNA
T10720 228-232 SO_EXT:0000028 denotes pair
T10721 240-246 SO:0000985 denotes duplex
T10722 283-286 GO:0042555 denotes Mcm
T10723 287-295 GO_EXT:0004386 denotes helicase
T10724 306-316 CHEBI_SO_EXT:double_stranded_DNA denotes Duplex DNA
T10725 337-342 SO_EXT:0000028 denotes pairs
T10726 347-354 SO_EXT:sequence_repeat_unit_or_region denotes repeats
T10727 370-374 GO:0005657 denotes fork
T10728 450-454 NCBITaxon:10633 denotes SV40
T10729 457-464 CHEBI_EXT:59132 denotes antigen
T10730 478-481 GO:0042555 denotes Mcm
T10731 482-490 GO_EXT:0004386 denotes helicase
T10732 532-538 SO:0000985 denotes duplex
T10733 557-565 SO:0000988 denotes circular
T10734 566-581 SO:0000984 denotes single-stranded
T10735 596-602 SO:0000985 denotes duplex
T10736 642-646 PR_EXT:000010246 denotes Mcm4
T10737 642-650 GO:0097373 denotes Mcm4/6/7
T10738 672-675 CHEBI_SO_EXT:DNA denotes DNA
T10739 793-799 SO:0000985 denotes duplex
T10740 810-813 GO:0042555 denotes Mcm
T10741 833-841 SO:0000988 denotes circular
T10742 842-861 CHEBI_SO_EXT:single_stranded_DNA denotes single-stranded DNA
T10743 870-871 CHEBI_SO_EXT:base denotes b
T10744 904-906 CHEBI_SO_EXT:nucleotide denotes nt
T10745 920-923 CHEBI_SO_EXT:DNA denotes DNA
T10746 933-937 GO:0005657 denotes fork
T10747 963-971 GO_EXT:0004386 denotes helicase
T10748 1010-1013 GO:0042555 denotes Mcm
T10749 1063-1071 SO_EXT:biological_sequence denotes sequence
T10750 1097-1103 SO:0000985 denotes duplex
T10751 1150-1153 GO:0042555 denotes Mcm
T10752 1154-1162 GO_EXT:0004386 denotes helicase
T10753 1224-1230 SO:0000985 denotes duplex

craft-ca-core-dev

Below, discontinuous spans are shown in the bag model. You can change it to the chain model.

Id Subject Object Predicate Lexical cue
T10622 28-43 SO:0000984 denotes single-stranded
T10623 79-82 GO:0042555 denotes Mcm
T10624 161-184 GO:0032508 denotes unwinding of duplex DNA
T10625 174-180 SO:0000985 denotes duplex
T10626 228-232 SO:0000028 denotes pair
T10627 240-246 SO:0000985 denotes duplex
T10628 283-286 GO:0042555 denotes Mcm
T10629 306-312 SO:0000985 denotes Duplex
T10630 337-342 SO:0000028 denotes pairs
T10631 370-374 GO:0005657 denotes fork
T10632 450-454 NCBITaxon:10633 denotes SV40
T10633 457-464 CHEBI:59132 denotes antigen
T10634 478-481 GO:0042555 denotes Mcm
T10635 532-538 SO:0000985 denotes duplex
T10636 557-565 SO:0000988 denotes circular
T10637 566-581 SO:0000984 denotes single-stranded
T10638 596-602 SO:0000985 denotes duplex
T10639 642-646 PR:000010246 denotes Mcm4
T10640 642-650 GO:0097373 denotes Mcm4/6/7
T10641 793-799 SO:0000985 denotes duplex
T10642 810-813 GO:0042555 denotes Mcm
T10643 833-841 SO:0000988 denotes circular
T10644 842-857 SO:0000984 denotes single-stranded
T10645 933-937 GO:0005657 denotes fork
T10646 1010-1013 GO:0042555 denotes Mcm
T10647 1097-1103 SO:0000985 denotes duplex
T10648 1150-1153 GO:0042555 denotes Mcm
T10649 1224-1230 SO:0000985 denotes duplex