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PMC:1255741 / 11428-13144 JSONTXT

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Id Subject Object Predicate Lexical cue
T2758 0-2 PRP denotes We
T2759 3-10 VBD denotes trained
T2760 11-14 CD denotes six
T2761 29-33 NNS denotes mice
T2762 15-19 NN denotes GluR
T2763 20-25 NN denotes BΔECS
T2764 19-20 HYPH denotes -
T2765 25-26 : denotes :
T2766 26-28 NN denotes FB
T2767 34-37 CC denotes and
T2768 38-41 CD denotes six
T2769 53-61 NNS denotes controls
T2770 42-52 NN denotes littermate
T2771 62-64 IN denotes on
T2772 65-68 CD denotes one
T2773 74-78 NN denotes pair
T2774 69-73 NN denotes odor
T2775 79-81 IN denotes in
T2776 82-84 DT denotes an
T2777 127-131 NN denotes task
T2778 85-94 VBN denotes automated
T2779 95-97 NN denotes go
T2780 97-98 HYPH denotes /
T2781 98-100 DT denotes no
T2782 101-103 NN denotes go
T2783 100-101 HYPH denotes -
T2784 104-113 JJ denotes olfactory
T2785 114-126 NN denotes conditioning
T2786 132-133 -LRB- denotes [
T2787 135-137 CD denotes 61
T2788 133-134 CD denotes 3
T2789 134-135 , denotes ,
T2790 137-138 -RRB- denotes ]
T2791 138-139 . denotes .
T2792 139-294 sentence denotes In this task, water-deprived mice are trained to distinguish a water-rewarded odor (S+) and an unrewarded odor (S−) by their licking response (Figure 1B).
T2793 140-142 IN denotes In
T2794 178-185 VBN denotes trained
T2795 143-147 DT denotes this
T2796 148-152 NN denotes task
T2797 152-154 , denotes ,
T2798 154-159 NN denotes water
T2799 160-168 VBN denotes deprived
T2800 159-160 HYPH denotes -
T2801 169-173 NNS denotes mice
T2802 174-177 VBP denotes are
T2803 186-188 TO denotes to
T2804 189-200 VB denotes distinguish
T2805 201-202 DT denotes a
T2806 218-222 NN denotes odor
T2807 203-208 NN denotes water
T2808 209-217 VBN denotes rewarded
T2809 208-209 HYPH denotes -
T2810 223-224 -LRB- denotes (
T2811 224-225 NN denotes S
T2812 225-226 SYM denotes +
T2813 226-227 -RRB- denotes )
T2814 228-231 CC denotes and
T2815 232-234 DT denotes an
T2816 246-250 NN denotes odor
T2817 235-245 JJ denotes unrewarded
T2818 251-252 -LRB- denotes (
T2819 252-253 NN denotes S
T2820 253-254 SYM denotes −
T2821 254-255 -RRB- denotes )
T2822 256-258 IN denotes by
T2823 259-264 PRP$ denotes their
T2824 273-281 NN denotes response
T2825 265-272 NN denotes licking
T2826 282-283 -LRB- denotes (
T2827 290-292 NN denotes 1B
T2828 283-289 NN denotes Figure
T2829 292-293 -RRB- denotes )
T2830 293-294 . denotes .
T2831 294-480 sentence denotes Both GluR-BΔECS:FB and control mice acquired the “simple” task to discriminate between the monomolecular odors amylacetate and ethylbutyrate (percentage correct > 70% after 400 trials).
T2832 295-299 CC denotes Both
T2833 305-310 NN denotes BΔECS
T2834 300-304 NN denotes GluR
T2835 304-305 HYPH denotes -
T2836 331-339 VBD denotes acquired
T2837 310-311 : denotes :
T2838 311-313 NN denotes FB
T2839 314-317 CC denotes and
T2840 318-325 NN denotes control
T2841 326-330 NNS denotes mice
T2842 340-343 DT denotes the
T2843 353-357 NN denotes task
T2844 344-345 `` denotes “
T2845 345-351 JJ denotes simple
T2846 351-352 '' denotes ”
T2847 358-360 TO denotes to
T2848 361-373 VB denotes discriminate
T2849 374-381 IN denotes between
T2850 382-385 DT denotes the
T2851 400-405 NNS denotes odors
T2852 386-399 JJ denotes monomolecular
T2853 406-417 NN denotes amylacetate
T2854 418-421 CC denotes and
T2855 422-435 NN denotes ethylbutyrate
T2856 436-437 -LRB- denotes (
T2857 460-461 NN denotes %
T2858 437-447 NN denotes percentage
T2859 448-455 JJ denotes correct
T2860 456-457 SYM denotes >
T2861 458-460 CD denotes 70
T2862 462-467 IN denotes after
T2863 468-471 CD denotes 400
T2864 472-478 NNS denotes trials
T2865 478-479 -RRB- denotes )
T2866 479-480 . denotes .
T2867 480-632 sentence denotes Strikingly, GluR-BΔECS:FB mice showed more rapid learning and enhanced discrimination capabilities (Figure 1C, group effect: F(1,10) = 10.2, p < 0.01).
T2868 481-491 RB denotes Strikingly
T2869 512-518 VBD denotes showed
T2870 491-493 , denotes ,
T2871 493-497 NN denotes GluR
T2872 498-503 NN denotes BΔECS
T2873 497-498 HYPH denotes -
T2874 507-511 NNS denotes mice
T2875 503-504 : denotes :
T2876 504-506 NN denotes FB
T2877 519-523 RBR denotes more
T2878 524-529 JJ denotes rapid
T2879 530-538 NN denotes learning
T2880 539-542 CC denotes and
T2881 543-551 VBN denotes enhanced
T2882 567-579 NNS denotes capabilities
T2883 552-566 NN denotes discrimination
T2884 580-581 -LRB- denotes (
T2885 588-590 NN denotes 1C
T2886 581-587 NN denotes Figure
T2887 590-592 , denotes ,
T2888 592-597 NN denotes group
T2889 598-604 NN denotes effect
T2890 626-630 CD denotes 0.01
T2891 604-606 : denotes :
T2892 606-607 NN denotes F
T2893 616-620 CD denotes 10.2
T2894 607-608 -LRB- denotes (
T2895 608-609 CD denotes 1
T2896 609-610 , denotes ,
T2897 610-612 CD denotes 10
T2898 612-613 -RRB- denotes )
T2899 614-615 SYM denotes =
T2900 620-622 , denotes ,
T2901 622-623 NN denotes p
T2902 624-625 SYM denotes <
T2903 630-631 -RRB- denotes )
T2904 631-632 . denotes .
T2905 632-780 sentence denotes This was confirmed by fitting linear trend lines to the initial part of the learning curve (slope difference: p < 0.05; see Materials and Methods).
T2906 633-637 DT denotes This
T2907 642-651 VBN denotes confirmed
T2908 638-641 VBD denotes was
T2909 652-654 IN denotes by
T2910 655-662 VBG denotes fitting
T2911 663-669 JJ denotes linear
T2912 676-681 NNS denotes lines
T2913 670-675 NN denotes trend
T2914 682-684 IN denotes to
T2915 685-688 DT denotes the
T2916 697-701 NN denotes part
T2917 689-696 JJ denotes initial
T2918 702-704 IN denotes of
T2919 705-708 DT denotes the
T2920 718-723 NN denotes curve
T2921 709-717 NN denotes learning
T2922 724-725 -LRB- denotes (
T2923 753-756 VB denotes see
T2924 725-730 NN denotes slope
T2925 731-741 NN denotes difference
T2926 743-744 NN denotes p
T2927 741-743 : denotes :
T2928 745-746 SYM denotes <
T2929 747-751 CD denotes 0.05
T2930 751-752 : denotes ;
T2931 757-766 NNS denotes Materials
T2932 767-770 CC denotes and
T2933 771-778 NNS denotes Methods
T2934 778-779 -RRB- denotes )
T2935 779-780 . denotes .
T2936 780-862 sentence denotes The training system employed allows for careful monitoring of head positions [3].
T2937 781-784 DT denotes The
T2938 794-800 NN denotes system
T2939 785-793 NN denotes training
T2940 810-816 VBZ denotes allows
T2941 801-809 VBN denotes employed
T2942 817-820 IN denotes for
T2943 821-828 JJ denotes careful
T2944 829-839 NN denotes monitoring
T2945 840-842 IN denotes of
T2946 843-847 NN denotes head
T2947 848-857 NNS denotes positions
T2948 858-859 -LRB- denotes [
T2949 859-860 CD denotes 3
T2950 860-861 -RRB- denotes ]
T2951 861-862 . denotes .
T2952 862-1103 sentence denotes For rewarded trials (Figure 1D, green), already weakly trained animals kept their head in the sampling port (large tube in Figure 1B) during the entire 2-s trial, whereas for unrewarded trials the head is retracted quickly (Figure 1D, red).
T2953 863-866 IN denotes For
T2954 934-938 VBD denotes kept
T2955 867-875 VBN denotes rewarded
T2956 876-882 NNS denotes trials
T2957 883-884 -LRB- denotes (
T2958 891-893 NN denotes 1D
T2959 884-890 NN denotes Figure
T2960 893-895 , denotes ,
T2961 895-900 JJ denotes green
T2962 900-901 -RRB- denotes )
T2963 901-903 , denotes ,
T2964 903-910 RB denotes already
T2965 918-925 VBN denotes trained
T2966 911-917 RB denotes weakly
T2967 926-933 NNS denotes animals
T2968 939-944 PRP$ denotes their
T2969 945-949 NN denotes head
T2970 950-952 IN denotes in
T2971 953-956 DT denotes the
T2972 966-970 NN denotes port
T2973 957-965 NN denotes sampling
T2974 971-972 -LRB- denotes (
T2975 978-982 NN denotes tube
T2976 972-977 JJ denotes large
T2977 983-985 IN denotes in
T2978 986-992 NN denotes Figure
T2979 993-995 NN denotes 1B
T2980 995-996 -RRB- denotes )
T2981 997-1003 IN denotes during
T2982 1004-1007 DT denotes the
T2983 1019-1024 NN denotes trial
T2984 1008-1014 JJ denotes entire
T2985 1015-1016 CD denotes 2
T2986 1017-1018 NN denotes s
T2987 1016-1017 HYPH denotes -
T2988 1024-1026 , denotes ,
T2989 1026-1033 IN denotes whereas
T2990 1068-1077 VBN denotes retracted
T2991 1034-1037 IN denotes for
T2992 1038-1048 JJ denotes unrewarded
T2993 1049-1055 NNS denotes trials
T2994 1056-1059 DT denotes the
T2995 1060-1064 NN denotes head
T2996 1065-1067 VBZ denotes is
T2997 1078-1085 RB denotes quickly
T2998 1086-1087 -LRB- denotes (
T2999 1094-1096 NN denotes 1D
T3000 1087-1093 NN denotes Figure
T3001 1096-1098 , denotes ,
T3002 1098-1101 JJ denotes red
T3003 1101-1102 -RRB- denotes )
T3004 1102-1103 . denotes .
T3005 1103-1472 sentence denotes The difference of these two curves (Figure 1E, black) is a very sensitive assay for discrimination performance; the fitted maximum of this curve (Figure 1E, blue) is referred to as the “discrimination index” in the remainder of the paper and is again strongly improved for GluR-BΔECS:FB mice, compared with controls (Figure 1F; group effect: F(1,10) = 11.7, p < 0.01).
T3006 1104-1107 DT denotes The
T3007 1108-1118 NN denotes difference
T3008 1158-1160 VBZ denotes is
T3009 1119-1121 IN denotes of
T3010 1122-1127 DT denotes these
T3011 1132-1138 NNS denotes curves
T3012 1128-1131 CD denotes two
T3013 1139-1140 -LRB- denotes (
T3014 1147-1149 NN denotes 1E
T3015 1140-1146 NN denotes Figure
T3016 1149-1151 , denotes ,
T3017 1151-1156 JJ denotes black
T3018 1156-1157 -RRB- denotes )
T3019 1270-1278 VBN denotes referred
T3020 1161-1162 DT denotes a
T3021 1178-1183 NN denotes assay
T3022 1163-1167 RB denotes very
T3023 1168-1177 JJ denotes sensitive
T3024 1184-1187 IN denotes for
T3025 1188-1202 NN denotes discrimination
T3026 1203-1214 NN denotes performance
T3027 1214-1215 : denotes ;
T3028 1216-1219 DT denotes the
T3029 1227-1234 NN denotes maximum
T3030 1220-1226 JJ denotes fitted
T3031 1235-1237 IN denotes of
T3032 1238-1242 DT denotes this
T3033 1243-1248 NN denotes curve
T3034 1249-1250 -LRB- denotes (
T3035 1257-1259 NN denotes 1E
T3036 1250-1256 NN denotes Figure
T3037 1259-1261 , denotes ,
T3038 1261-1265 JJ denotes blue
T3039 1265-1266 -RRB- denotes )
T3040 1267-1269 VBZ denotes is
T3041 1279-1281 IN denotes to
T3042 1282-1284 IN denotes as
T3043 1285-1288 DT denotes the
T3044 1305-1310 NN denotes index
T3045 1289-1290 `` denotes “
T3046 1290-1304 NN denotes discrimination
T3047 1310-1311 '' denotes ”
T3048 1312-1314 IN denotes in
T3049 1315-1318 DT denotes the
T3050 1319-1328 NN denotes remainder
T3051 1329-1331 IN denotes of
T3052 1332-1335 DT denotes the
T3053 1336-1341 NN denotes paper
T3054 1342-1345 CC denotes and
T3055 1346-1348 VBZ denotes is
T3056 1364-1372 VBN denotes improved
T3057 1349-1354 RB denotes again
T3058 1355-1363 RB denotes strongly
T3059 1373-1376 IN denotes for
T3060 1377-1381 NN denotes GluR
T3061 1382-1387 NN denotes BΔECS
T3062 1381-1382 HYPH denotes -
T3063 1391-1395 NNS denotes mice
T3064 1387-1388 : denotes :
T3065 1388-1390 NN denotes FB
T3066 1395-1397 , denotes ,
T3067 1397-1405 VBN denotes compared
T3068 1406-1410 IN denotes with
T3069 1411-1419 NNS denotes controls
T3070 1420-1421 -LRB- denotes (
T3071 1428-1430 NN denotes 1F
T3072 1421-1427 NN denotes Figure
T3073 1430-1431 : denotes ;
T3074 1432-1437 NN denotes group
T3075 1438-1444 NN denotes effect
T3076 1466-1470 CD denotes 0.01
T3077 1444-1446 : denotes :
T3078 1446-1447 NN denotes F
T3079 1456-1460 CD denotes 11.7
T3080 1447-1448 -LRB- denotes (
T3081 1448-1449 CD denotes 1
T3082 1449-1450 , denotes ,
T3083 1450-1452 CD denotes 10
T3084 1452-1453 -RRB- denotes )
T3085 1454-1455 SYM denotes =
T3086 1460-1462 , denotes ,
T3087 1462-1463 NN denotes p
T3088 1464-1465 SYM denotes <
T3089 1470-1471 -RRB- denotes )
T3090 1471-1472 . denotes .
T3091 1472-1716 sentence denotes This was not due to general motor performance, attention, or motivation changes, as both the intertrial interval (group effect: F(1,10) = 0.56, p > 0.4) and the overall licking frequency (group effect: F(1,10) = 0.72, p > 0.4) were unaffected.
T3092 1473-1477 DT denotes This
T3093 1478-1481 VBD denotes was
T3094 1482-1485 RB denotes not
T3095 1486-1489 IN denotes due
T3096 1490-1492 IN denotes to
T3097 1493-1500 JJ denotes general
T3098 1507-1518 NN denotes performance
T3099 1501-1506 NN denotes motor
T3100 1518-1520 , denotes ,
T3101 1520-1529 NN denotes attention
T3102 1529-1531 , denotes ,
T3103 1531-1533 CC denotes or
T3104 1534-1544 NN denotes motivation
T3105 1545-1552 NNS denotes changes
T3106 1552-1554 , denotes ,
T3107 1554-1556 IN denotes as
T3108 1700-1704 VBD denotes were
T3109 1557-1561 CC denotes both
T3110 1577-1585 NN denotes interval
T3111 1562-1565 DT denotes the
T3112 1566-1576 JJ denotes intertrial
T3113 1586-1587 -LRB- denotes (
T3114 1593-1599 NN denotes effect
T3115 1587-1592 NN denotes group
T3116 1599-1601 : denotes :
T3117 1601-1602 NN denotes F
T3118 1611-1615 CD denotes 0.56
T3119 1602-1603 -LRB- denotes (
T3120 1603-1604 CD denotes 1
T3121 1604-1605 , denotes ,
T3122 1605-1607 CD denotes 10
T3123 1607-1608 -RRB- denotes )
T3124 1609-1610 SYM denotes =
T3125 1621-1624 CD denotes 0.4
T3126 1615-1617 , denotes ,
T3127 1617-1618 NN denotes p
T3128 1619-1620 SYM denotes >
T3129 1624-1625 -RRB- denotes )
T3130 1626-1629 CC denotes and
T3131 1630-1633 DT denotes the
T3132 1650-1659 NN denotes frequency
T3133 1634-1641 JJ denotes overall
T3134 1642-1649 NN denotes licking
T3135 1660-1661 -LRB- denotes (
T3136 1667-1673 NN denotes effect
T3137 1661-1666 NN denotes group
T3138 1673-1675 : denotes :
T3139 1675-1676 NN denotes F
T3140 1685-1689 CD denotes 0.72
T3141 1676-1677 -LRB- denotes (
T3142 1677-1678 CD denotes 1
T3143 1678-1679 , denotes ,
T3144 1679-1681 CD denotes 10
T3145 1681-1682 -RRB- denotes )
T3146 1683-1684 SYM denotes =
T3147 1695-1698 CD denotes 0.4
T3148 1689-1691 , denotes ,
T3149 1691-1692 NN denotes p
T3150 1693-1694 SYM denotes >
T3151 1698-1699 -RRB- denotes )
T3152 1705-1715 JJ denotes unaffected
T3153 1715-1716 . denotes .
R1767 T2758 T2759 nsubj We,trained
R1768 T2760 T2761 nummod six,mice
R1769 T2761 T2759 dobj mice,trained
R1770 T2762 T2763 nmod GluR,BΔECS
R1771 T2763 T2761 nmod BΔECS,mice
R1772 T2764 T2763 punct -,BΔECS
R1773 T2765 T2763 punct :,BΔECS
R1774 T2766 T2763 appos FB,BΔECS
R1775 T2767 T2761 cc and,mice
R1776 T2768 T2769 nummod six,controls
R1777 T2769 T2761 conj controls,mice
R1778 T2770 T2769 compound littermate,controls
R1779 T2771 T2759 prep on,trained
R1780 T2772 T2773 nummod one,pair
R1781 T2773 T2771 pobj pair,on
R1782 T2774 T2773 compound odor,pair
R1783 T2775 T2759 prep in,trained
R1784 T2776 T2777 det an,task
R1785 T2777 T2775 pobj task,in
R1786 T2778 T2777 amod automated,task
R1787 T2779 T2777 nmod go,task
R1788 T2780 T2779 punct /,go
R1789 T2781 T2782 det no,go
R1790 T2782 T2779 appos go,go
R1791 T2783 T2782 punct -,go
R1792 T2784 T2785 amod olfactory,conditioning
R1793 T2785 T2777 compound conditioning,task
R1794 T2786 T2787 punct [,61
R1795 T2787 T2759 parataxis 61,trained
R1796 T2788 T2787 nummod 3,61
R1797 T2789 T2787 punct ",",61
R1798 T2790 T2787 punct ],61
R1799 T2791 T2759 punct .,trained
R1800 T2793 T2794 prep In,trained
R1801 T2795 T2796 det this,task
R1802 T2796 T2793 pobj task,In
R1803 T2797 T2794 punct ", ",trained
R1804 T2798 T2799 npadvmod water,deprived
R1805 T2799 T2801 amod deprived,mice
R1806 T2800 T2799 punct -,deprived
R1807 T2801 T2794 nsubjpass mice,trained
R1808 T2802 T2794 auxpass are,trained
R1809 T2803 T2804 aux to,distinguish
R1810 T2804 T2794 xcomp distinguish,trained
R1811 T2805 T2806 det a,odor
R1812 T2806 T2804 dobj odor,distinguish
R1813 T2807 T2808 npadvmod water,rewarded
R1814 T2808 T2806 amod rewarded,odor
R1815 T2809 T2808 punct -,rewarded
R1816 T2810 T2811 punct (,S
R1817 T2811 T2806 parataxis S,odor
R1818 T2812 T2811 punct +,S
R1819 T2813 T2811 punct ),S
R1820 T2814 T2806 cc and,odor
R1821 T2815 T2816 det an,odor
R1822 T2816 T2806 conj odor,odor
R1823 T2817 T2816 amod unrewarded,odor
R1824 T2818 T2819 punct (,S
R1825 T2819 T2816 parataxis S,odor
R1826 T2820 T2819 punct −,S
R1827 T2821 T2819 punct ),S
R1828 T2822 T2804 prep by,distinguish
R1829 T2823 T2824 poss their,response
R1830 T2824 T2822 pobj response,by
R1831 T2825 T2824 compound licking,response
R1832 T2826 T2827 punct (,1B
R1833 T2827 T2794 parataxis 1B,trained
R1834 T2828 T2827 compound Figure,1B
R1835 T2829 T2827 punct ),1B
R1836 T2830 T2794 punct .,trained
R1837 T2832 T2833 preconj Both,BΔECS
R1838 T2833 T2836 nsubj BΔECS,acquired
R1839 T2834 T2833 compound GluR,BΔECS
R1840 T2835 T2833 punct -,BΔECS
R1841 T2837 T2833 punct :,BΔECS
R1842 T2838 T2833 appos FB,BΔECS
R1843 T2839 T2833 cc and,BΔECS
R1844 T2840 T2841 compound control,mice
R1845 T2841 T2833 conj mice,BΔECS
R1846 T2842 T2843 det the,task
R1847 T2843 T2836 dobj task,acquired
R1848 T2844 T2843 punct “,task
R1849 T2845 T2843 amod simple,task
R1850 T2846 T2843 punct ”,task
R1851 T2847 T2848 aux to,discriminate
R1852 T2848 T2843 acl discriminate,task
R1853 T2849 T2848 prep between,discriminate
R1854 T2850 T2851 det the,odors
R1855 T2851 T2849 pobj odors,between
R1856 T2852 T2851 amod monomolecular,odors
R1857 T2853 T2851 appos amylacetate,odors
R1858 T2854 T2853 cc and,amylacetate
R1859 T2855 T2853 conj ethylbutyrate,amylacetate
R1860 T2856 T2857 punct (,%
R1862 T2858 T2857 nsubj percentage,%
R1863 T2859 T2858 amod correct,percentage
R1864 T2860 T2857 punct >,%
R1865 T2861 T2857 nummod 70,%
R1866 T2862 T2857 prep after,%
R1867 T2863 T2864 nummod 400,trials
R1868 T2864 T2862 pobj trials,after
R1869 T2865 T2857 punct ),%
R1870 T2866 T2836 punct .,acquired
R1871 T2868 T2869 advmod Strikingly,showed
R1872 T2870 T2869 punct ", ",showed
R1873 T2871 T2872 nmod GluR,BΔECS
R1874 T2872 T2874 nmod BΔECS,mice
R1875 T2873 T2872 punct -,BΔECS
R1876 T2874 T2869 nsubj mice,showed
R1877 T2875 T2872 punct :,BΔECS
R1878 T2876 T2872 appos FB,BΔECS
R1879 T2877 T2878 advmod more,rapid
R1880 T2878 T2879 amod rapid,learning
R1881 T2879 T2869 dobj learning,showed
R1882 T2880 T2879 cc and,learning
R1883 T2881 T2882 amod enhanced,capabilities
R1884 T2882 T2879 conj capabilities,learning
R1885 T2883 T2882 compound discrimination,capabilities
R1886 T2884 T2885 punct (,1C
R1887 T2885 T2869 parataxis 1C,showed
R1888 T2886 T2885 compound Figure,1C
R1889 T2887 T2885 punct ", ",1C
R1890 T2888 T2889 compound group,effect
R1891 T2889 T2890 dep effect,0.01
R1892 T2890 T2885 dep 0.01,1C
R1893 T2891 T2890 punct : ,0.01
R1894 T2892 T2893 nsubj F,10.2
R1895 T2893 T2890 ccomp 10.2,0.01
R1896 T2894 T2892 punct (,F
R1897 T2895 T2892 nummod 1,F
R1898 T2896 T2892 punct ",",F
R1899 T2897 T2892 nummod 10,F
R1900 T2898 T2892 punct ),F
R1901 T2899 T2893 punct =,10.2
R1902 T2900 T2890 punct ", ",0.01
R1903 T2901 T2890 nsubj p,0.01
R1904 T2902 T2890 punct <,0.01
R1905 T2903 T2885 punct ),1C
R1906 T2904 T2869 punct .,showed
R1907 T2906 T2907 nsubjpass This,confirmed
R1908 T2908 T2907 auxpass was,confirmed
R1909 T2909 T2907 prep by,confirmed
R1910 T2910 T2909 pcomp fitting,by
R1911 T2911 T2912 amod linear,lines
R1912 T2912 T2910 dobj lines,fitting
R1913 T2913 T2912 compound trend,lines
R1914 T2914 T2910 prep to,fitting
R1915 T2915 T2916 det the,part
R1916 T2916 T2914 pobj part,to
R1917 T2917 T2916 amod initial,part
R1918 T2918 T2916 prep of,part
R1919 T2919 T2920 det the,curve
R1920 T2920 T2918 pobj curve,of
R1921 T2921 T2920 compound learning,curve
R1922 T2922 T2923 punct (,see
R1923 T2923 T2907 parataxis see,confirmed
R1924 T2924 T2925 compound slope,difference
R1925 T2925 T2926 dep difference,p
R1926 T2926 T2923 dep p,see
R1927 T2927 T2926 punct : ,p
R1928 T2928 T2929 punct <,0.05
R1929 T2929 T2926 prep 0.05,p
R1930 T2930 T2923 punct ;,see
R1931 T2931 T2923 dobj Materials,see
R1932 T2932 T2931 cc and,Materials
R1933 T2933 T2931 conj Methods,Materials
R1934 T2934 T2923 punct ),see
R1935 T2935 T2907 punct .,confirmed
R1936 T2937 T2938 det The,system
R1937 T2938 T2940 nsubj system,allows
R1938 T2939 T2938 compound training,system
R1939 T2941 T2938 acl employed,system
R1940 T2942 T2940 prep for,allows
R1941 T2943 T2944 amod careful,monitoring
R1942 T2944 T2942 pobj monitoring,for
R1943 T2945 T2944 prep of,monitoring
R1944 T2946 T2947 compound head,positions
R1945 T2947 T2945 pobj positions,of
R1946 T2948 T2949 punct [,3
R1947 T2949 T2940 parataxis 3,allows
R1948 T2950 T2949 punct ],3
R1949 T2951 T2940 punct .,allows
R1950 T2953 T2954 prep For,kept
R1951 T2955 T2956 amod rewarded,trials
R1952 T2956 T2953 pobj trials,For
R1953 T2957 T2958 punct (,1D
R1954 T2958 T2956 parataxis 1D,trials
R1955 T2959 T2958 compound Figure,1D
R1956 T2960 T2958 punct ", ",1D
R1957 T2961 T2958 amod green,1D
R1958 T2962 T2958 punct ),1D
R1959 T2963 T2954 punct ", ",kept
R1960 T2964 T2965 advmod already,trained
R1961 T2965 T2967 amod trained,animals
R1962 T2966 T2965 advmod weakly,trained
R1963 T2967 T2954 nsubj animals,kept
R1964 T2968 T2969 poss their,head
R1965 T2969 T2954 dobj head,kept
R1966 T2970 T2954 oprd in,kept
R1967 T2971 T2972 det the,port
R1968 T2972 T2970 pobj port,in
R1969 T2973 T2972 compound sampling,port
R1970 T2974 T2975 punct (,tube
R1971 T2975 T2972 parataxis tube,port
R1972 T2976 T2975 amod large,tube
R1973 T2977 T2975 prep in,tube
R1974 T2978 T2979 compound Figure,1B
R1975 T2979 T2977 pobj 1B,in
R1976 T2980 T2975 punct ),tube
R1977 T2981 T2954 prep during,kept
R1978 T2982 T2983 det the,trial
R1980 T2984 T2983 amod entire,trial
R1981 T2985 T2986 nummod 2,s
R1982 T2986 T2983 compound s,trial
R1983 T2987 T2986 punct -,s
R1984 T2988 T2954 punct ", ",kept
R1985 T2989 T2990 mark whereas,retracted
R1986 T2990 T2954 advcl retracted,kept
R1987 T2991 T2990 prep for,retracted
R1988 T2992 T2993 amod unrewarded,trials
R1989 T2993 T2991 pobj trials,for
R1990 T2994 T2995 det the,head
R1991 T2995 T2990 nsubjpass head,retracted
R1992 T2996 T2990 auxpass is,retracted
R1993 T2997 T2990 advmod quickly,retracted
R1994 T2998 T2999 punct (,1D
R1995 T2999 T2954 parataxis 1D,kept
R1996 T3001 T2999 punct ", ",1D
R1997 T3002 T2999 amod red,1D
R1998 T3003 T2999 punct ),1D
R1999 T3004 T2954 punct .,kept
R2000 T3006 T3007 det The,difference
R2001 T3007 T3008 nsubj difference,is
R2002 T3008 T3019 ccomp is,referred
R2003 T3009 T3007 prep of,difference
R2004 T3010 T3011 det these,curves
R2005 T3000 T2999 compound Figure,1D
R2006 T3012 T3011 nummod two,curves
R2007 T3013 T3014 punct (,1E
R2008 T3011 T3009 pobj curves,of
R2009 T3015 T3014 compound Figure,1E
R2010 T3014 T3007 parataxis 1E,difference
R2011 T3017 T3014 amod black,1E
R2012 T3016 T3014 punct ", ",1E
R2013 T3020 T3021 det a,assay
R2014 T3021 T3008 attr assay,is
R2015 T3018 T3014 punct ),1E
R2016 T3023 T3021 amod sensitive,assay
R2017 T3022 T3023 advmod very,sensitive
R2018 T3025 T3026 compound discrimination,performance
R2019 T3026 T3024 pobj performance,for
R2020 T3024 T3008 prep for,is
R2021 T3028 T3029 det the,maximum
R2022 T3029 T3019 nsubjpass maximum,referred
R2023 T3027 T3019 punct ;,referred
R2024 T3031 T3029 prep of,maximum
R2025 T3030 T3029 amod fitted,maximum
R2026 T3033 T3031 pobj curve,of
R2027 T3034 T3035 punct (,1E
R2028 T3032 T3033 det this,curve
R2029 T3036 T3035 compound Figure,1E
R2030 T3037 T3035 punct ", ",1E
R2031 T3035 T3029 parataxis 1E,maximum
R2032 T3039 T3035 punct ),1E
R2033 T3040 T3019 auxpass is,referred
R2034 T3041 T3019 prep to,referred
R2035 T3038 T3035 amod blue,1E
R2036 T3043 T3044 det the,index
R2037 T3042 T3019 prep as,referred
R2038 T3045 T3044 punct “,index
R2039 T3046 T3044 compound discrimination,index
R2040 T3044 T3042 pobj index,as
R2041 T3048 T3019 prep in,referred
R2042 T3049 T3050 det the,remainder
R2043 T3050 T3048 pobj remainder,in
R2044 T3047 T3019 punct ”,referred
R2045 T3052 T3053 det the,paper
R2046 T3051 T3050 prep of,remainder
R2047 T3054 T3019 cc and,referred
R2048 T3055 T3056 auxpass is,improved
R2049 T3053 T3051 pobj paper,of
R2050 T3057 T3056 advmod again,improved
R2051 T3056 T3019 conj improved,referred
R2052 T3059 T3056 prep for,improved
R2053 T3060 T3061 nmod GluR,BΔECS
R2054 T3058 T3056 advmod strongly,improved
R2055 T3062 T3061 punct -,BΔECS
R2056 T3061 T3063 nmod BΔECS,mice
R2057 T3064 T3061 punct :,BΔECS
R2058 T3063 T3059 pobj mice,for
R2059 T3066 T3056 punct ", ",improved
R2060 T3067 T3056 prep compared,improved
R2061 T3065 T3061 appos FB,BΔECS
R2062 T3069 T3068 pobj controls,with
R2063 T3068 T3067 prep with,compared
R2064 T3071 T3056 parataxis 1F,improved
R2065 T3072 T3071 compound Figure,1F
R2066 T3073 T3071 punct ;,1F
R2067 T3070 T3071 punct (,1F
R2068 T3075 T3076 dep effect,0.01
R2069 T3074 T3075 compound group,effect
R2070 T3077 T3076 punct : ,0.01
R2071 T3078 T3079 nsubj F,11.7
R2072 T3076 T3071 dep 0.01,1F
R2073 T3080 T3078 punct (,F
R2074 T3081 T3078 nummod 1,F
R2075 T3079 T3076 ccomp 11.7,0.01
R2076 T3083 T3078 nummod 10,F
R2077 T3084 T3078 punct ),F
R2078 T3082 T3078 punct ",",F
R2079 T3086 T3076 punct ", ",0.01
R2080 T3085 T3079 punct =,11.7
R2081 T3088 T3076 punct <,0.01
R2082 T3087 T3076 nsubj p,0.01
R2083 T3090 T3019 punct .,referred
R2084 T3092 T3093 nsubj This,was
R2085 T3089 T3071 punct ),1F
R2086 T3095 T3093 prep due,was
R2087 T3096 T3095 pcomp to,due
R2088 T3094 T3093 neg not,was
R2089 T3098 T3095 pobj performance,due
R2090 T3097 T3098 amod general,performance
R2091 T3100 T3098 punct ", ",performance
R2092 T3102 T3101 punct ", ",attention
R2093 T3099 T3098 compound motor,performance
R2094 T3101 T3098 conj attention,performance
R2095 T3104 T3105 compound motivation,changes
R2096 T3105 T3101 conj changes,attention
R2097 T3103 T3101 cc or,attention
R2098 T3107 T3108 mark as,were
R2099 T3106 T3093 punct ", ",was
R2100 T3109 T3110 preconj both,interval
R2101 T3108 T3093 advcl were,was
R2102 T3111 T3110 det the,interval
R2103 T3110 T3108 nsubj interval,were
R2104 T3113 T3114 punct (,effect
R2105 T3114 T3110 parataxis effect,interval
R2106 T3115 T3114 compound group,effect
R2107 T3112 T3110 amod intertrial,interval
R2108 T3117 T3118 nsubj F,0.56
R2109 T3118 T3125 ccomp 0.56,0.4
R2110 T3116 T3114 punct : ,effect
R2111 T3120 T3117 nummod 1,F
R2112 T3119 T3117 punct (,F
R2113 T3122 T3117 nummod 10,F
R2114 T3123 T3117 punct ),F
R2115 T3121 T3117 punct ",",F
R2116 T3125 T3114 ccomp 0.4,effect
R2117 T3124 T3118 punct =,0.56
R2118 T3126 T3125 punct ", ",0.4
R2119 T3128 T3125 punct >,0.4
R2120 T3129 T3114 punct ),effect
R2121 T3127 T3125 nsubj p,0.4
R2122 T3131 T3132 det the,frequency
R2123 T3130 T3110 cc and,interval
R2124 T3133 T3132 amod overall,frequency
R2125 T3132 T3110 conj frequency,interval
R2126 T3135 T3136 punct (,effect
R2127 T3136 T3132 parataxis effect,frequency
R2128 T3134 T3132 compound licking,frequency
R2129 T3138 T3136 punct : ,effect
R2130 T3137 T3136 compound group,effect
R2131 T3140 T3147 ccomp 0.72,0.4
R2132 T3141 T3139 punct (,F
R2133 T3139 T3140 nsubj F,0.72
R2134 T3143 T3139 punct ",",F
R2135 T3144 T3139 nummod 10,F
R2136 T3145 T3139 punct ),F
R2137 T3142 T3139 nummod 1,F
R2138 T3147 T3136 ccomp 0.4,effect
R2139 T3146 T3140 punct =,0.72
R2140 T3149 T3147 nsubj p,0.4
R2141 T3148 T3147 punct ", ",0.4
R2142 T3151 T3136 punct ),effect
R2143 T3152 T3108 acomp unaffected,were
R2144 T3150 T3147 punct >,0.4
R2146 T3153 T3093 punct .,was
R1861 T2857 T2836 parataxis %,acquired
R1979 T2983 T2981 pobj trial,during

2_test

Id Subject Object Predicate Lexical cue
16216087-15572116-84723741 133-134 15572116 denotes 3
16216087-10587496-84723742 135-137 10587496 denotes 61
16216087-15572116-84723743 859-860 15572116 denotes 3
T8264 133-134 15572116 denotes 3
T17954 135-137 10587496 denotes 61
T27814 859-860 15572116 denotes 3

craft-ca-core-ex-dev

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

Id Subject Object Predicate Lexical cue
T3368 15-19 GO_EXT:0008066 denotes GluR
T3369 15-21 PR_EXT:000008234 denotes GluR-B
T3370 29-33 NCBITaxon:10088 denotes mice
T3371 104-113 GO:0007608 denotes olfactory
T3372 114-126 GO_EXT:behavioral_conditioning denotes conditioning
T3373 154-159 CHEBI:15377 denotes water
T3374 169-173 NCBITaxon:10088 denotes mice
T3375 203-208 CHEBI:15377 denotes water
T3376 273-281 GO_EXT:reaction_or_response denotes response
T3377 300-304 GO_EXT:0008066 denotes GluR
T3378 300-306 PR_EXT:000008234 denotes GluR-B
T3379 326-330 NCBITaxon:10088 denotes mice
T3380 390-399 CHEBI_EXT:polyatomic_entity_or_group denotes molecular
T3381 493-497 GO_EXT:0008066 denotes GluR
T3382 493-499 PR_EXT:000008234 denotes GluR-B
T3383 507-511 NCBITaxon:10088 denotes mice
T3384 530-538 GO:0007612 denotes learning
T3385 709-717 GO:0007612 denotes learning
T3386 843-847 UBERON:0000033 denotes head
T3387 926-933 NCBITaxon:33208 denotes animals
T3388 945-949 UBERON:0000033 denotes head
T3389 1060-1064 UBERON:0000033 denotes head
T3390 1377-1381 GO_EXT:0008066 denotes GluR
T3391 1377-1383 PR_EXT:000008234 denotes GluR-B
T3392 1391-1395 NCBITaxon:10088 denotes mice
T3393 1501-1506 GO_EXT:biological_movement_or_translocation_process denotes motor

craft-ca-core-dev

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

Id Subject Object Predicate Lexical cue
T3238 15-21 PR:000008234 denotes GluR-B
T3239 29-33 NCBITaxon:10088 denotes mice
T3240 104-113 GO:0007608 denotes olfactory
T3241 154-159 CHEBI:15377 denotes water
T3242 169-173 NCBITaxon:10088 denotes mice
T3243 203-208 CHEBI:15377 denotes water
T3244 300-306 PR:000008234 denotes GluR-B
T3245 326-330 NCBITaxon:10088 denotes mice
T3246 493-499 PR:000008234 denotes GluR-B
T3247 507-511 NCBITaxon:10088 denotes mice
T3248 530-538 GO:0007612 denotes learning
T3249 709-717 GO:0007612 denotes learning
T3250 843-847 UBERON:0000033 denotes head
T3251 926-933 NCBITaxon:33208 denotes animals
T3252 945-949 UBERON:0000033 denotes head
T3253 1060-1064 UBERON:0000033 denotes head
T3254 1377-1383 PR:000008234 denotes GluR-B
T3255 1391-1395 NCBITaxon:10088 denotes mice