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PMC:1420314 / 24579-25127 JSONTXT 4 Projects

Annnotations TAB TSV DIC JSON TextAE Lectin_function

Id Subject Object Predicate Lexical cue
T15949 0-10 NNS denotes Statistics
T15950 10-49 sentence denotes Data are expressed as the means ± SEM.
T15951 11-15 NNS denotes Data
T15953 16-19 VBP denotes are
T15952 20-29 VBN denotes expressed
T15954 30-32 IN denotes as
T15955 33-36 DT denotes the
T15957 37-42 NNS denotes means
T15958 43-44 SYM denotes ±
T15956 45-48 NN denotes SEM
T15959 48-49 . denotes .
T15960 49-161 sentence denotes Statistical analysis was conducted using the software package SAS 8.1 (SAS Institute Japan Ltd., Tokyo, Japan).
T15961 50-61 JJ denotes Statistical
T15962 62-70 NN denotes analysis
T15964 71-74 VBD denotes was
T15963 75-84 VBN denotes conducted
T15965 85-90 VBG denotes using
T15966 91-94 DT denotes the
T15968 95-103 NN denotes software
T15967 104-111 NN denotes package
T15969 112-115 NN denotes SAS
T15970 116-119 CD denotes 8.1
T15971 120-121 -LRB- denotes (
T15973 121-124 NNP denotes SAS
T15974 125-134 NNP denotes Institute
T15972 135-140 NNP denotes Japan
T15975 141-145 NNP denotes Ltd.
T15976 145-147 , denotes ,
T15977 147-152 NNP denotes Tokyo
T15978 152-154 , denotes ,
T15979 154-159 NNP denotes Japan
T15980 159-160 -RRB- denotes )
T15981 160-161 . denotes .
T15982 161-377 sentence denotes Statistical significance was determined by analysis of variance (ANOVA) followed by the Dunnett-type multiple comparison test, and p values of less than 0.05 were considered to be significant in the water maze task.
T15983 162-173 JJ denotes Statistical
T15984 174-186 NN denotes significance
T15986 187-190 VBD denotes was
T15985 191-201 VBN denotes determined
T15987 202-204 IN denotes by
T15988 205-213 NN denotes analysis
T15989 214-216 IN denotes of
T15990 217-225 NN denotes variance
T15991 226-227 -LRB- denotes (
T15992 227-232 NN denotes ANOVA
T15993 232-233 -RRB- denotes )
T15994 234-242 VBN denotes followed
T15995 243-245 IN denotes by
T15996 246-249 DT denotes the
T15998 250-257 NNP denotes Dunnett
T16000 257-258 HYPH denotes -
T15999 258-262 NN denotes type
T16001 263-271 JJ denotes multiple
T16002 272-282 NN denotes comparison
T15997 283-287 NN denotes test
T16003 287-289 , denotes ,
T16004 289-292 CC denotes and
T16005 293-294 NN denotes p
T16006 295-301 NNS denotes values
T16008 302-304 IN denotes of
T16009 305-309 JJR denotes less
T16011 310-314 IN denotes than
T16010 315-319 CD denotes 0.05
T16012 320-324 VBD denotes were
T16007 325-335 VBN denotes considered
T16013 336-338 TO denotes to
T16014 339-341 VB denotes be
T16015 342-353 JJ denotes significant
T16016 354-356 IN denotes in
T16017 357-360 DT denotes the
T16019 361-366 NN denotes water
T16020 367-371 NN denotes maze
T16018 372-376 NN denotes task
T16021 376-377 . denotes .
T16022 377-548 sentence denotes Behavioural data in the rotating rod test were analysed by one- or two-way ANOVA with repeated measures, and p values of less than 0.05 were considered to be significant.
T16023 378-389 JJ denotes Behavioural
T16024 390-394 NNS denotes data
T16026 395-397 IN denotes in
T16027 398-401 DT denotes the
T16029 402-410 VBG denotes rotating
T16030 411-414 NN denotes rod
T16028 415-419 NN denotes test
T16031 420-424 VBD denotes were
T16025 425-433 VBN denotes analysed
T16032 434-436 IN denotes by
T16033 437-440 CD denotes one
T16035 440-441 HYPH denotes -
T16036 442-444 CC denotes or
T16037 445-448 CD denotes two
T16038 448-449 HYPH denotes -
T16034 449-452 NN denotes way
T16039 453-458 NN denotes ANOVA
T16040 459-463 IN denotes with
T16041 464-472 VBN denotes repeated
T16042 473-481 NNS denotes measures
T16043 481-483 , denotes ,
T16044 483-486 CC denotes and
T16045 487-488 NN denotes p
T16046 489-495 NNS denotes values
T16048 496-498 IN denotes of
T16049 499-503 JJR denotes less
T16051 504-508 IN denotes than
T16050 509-513 CD denotes 0.05
T16052 514-518 VBD denotes were
T16047 519-529 VBN denotes considered
T16053 530-532 TO denotes to
T16054 533-535 VB denotes be
T16055 536-547 JJ denotes significant
T16056 547-548 . denotes .
R4833 T15951 T15952 nsubjpass Data,expressed
R4834 T15953 T15952 auxpass are,expressed
R4835 T15954 T15952 prep as,expressed
R4836 T15955 T15956 det the,SEM
R4837 T15956 T15954 pobj SEM,as
R4838 T15957 T15956 nmod means,SEM
R4839 T15958 T15956 punct ±,SEM
R4840 T15959 T15952 punct .,expressed
R4841 T15961 T15962 amod Statistical,analysis
R4842 T15962 T15963 nsubjpass analysis,conducted
R4843 T15964 T15963 auxpass was,conducted
R4844 T15965 T15963 advcl using,conducted
R4845 T15966 T15967 det the,package
R4846 T15967 T15965 dobj package,using
R4847 T15968 T15967 compound software,package
R4848 T15969 T15967 appos SAS,package
R4849 T15970 T15969 nummod 8.1,SAS
R4850 T15971 T15972 punct (,Japan
R4851 T15972 T15967 parataxis Japan,package
R4852 T15973 T15972 compound SAS,Japan
R4853 T15974 T15972 compound Institute,Japan
R4854 T15975 T15972 amod Ltd.,Japan
R4855 T15976 T15972 punct ", ",Japan
R4856 T15977 T15972 npadvmod Tokyo,Japan
R4857 T15978 T15972 punct ", ",Japan
R4858 T15979 T15972 npadvmod Japan,Japan
R4859 T15980 T15972 punct ),Japan
R4860 T15981 T15963 punct .,conducted
R4861 T15983 T15984 amod Statistical,significance
R4862 T15984 T15985 nsubjpass significance,determined
R4863 T15986 T15985 auxpass was,determined
R4864 T15987 T15985 prep by,determined
R4865 T15988 T15987 pobj analysis,by
R4866 T15989 T15988 prep of,analysis
R4867 T15990 T15989 pobj variance,of
R4868 T15991 T15988 punct (,analysis
R4869 T15992 T15988 appos ANOVA,analysis
R4870 T15993 T15988 punct ),analysis
R4871 T15994 T15988 acl followed,analysis
R4872 T15995 T15994 agent by,followed
R4873 T15996 T15997 det the,test
R4874 T15997 T15995 pobj test,by
R4875 T15998 T15999 nmod Dunnett,type
R4876 T15999 T15997 nmod type,test
R4877 T16000 T15999 punct -,type
R4878 T16001 T16002 amod multiple,comparison
R4879 T16002 T15997 compound comparison,test
R4880 T16003 T15985 punct ", ",determined
R4881 T16004 T15985 cc and,determined
R4882 T16005 T16006 compound p,values
R4883 T16006 T16007 nsubjpass values,considered
R4884 T16007 T15985 conj considered,determined
R4885 T16008 T16006 prep of,values
R4886 T16009 T16010 amod less,0.05
R4887 T16010 T16008 pobj 0.05,of
R4888 T16011 T16010 quantmod than,0.05
R4889 T16012 T16007 auxpass were,considered
R4890 T16013 T16014 aux to,be
R4891 T16014 T16007 xcomp be,considered
R4892 T16015 T16014 acomp significant,be
R4893 T16016 T16014 prep in,be
R4894 T16017 T16018 det the,task
R4895 T16018 T16016 pobj task,in
R4896 T16019 T16020 compound water,maze
R4897 T16020 T16018 compound maze,task
R4898 T16021 T16007 punct .,considered
R4899 T16023 T16024 amod Behavioural,data
R4900 T16024 T16025 nsubjpass data,analysed
R4901 T16026 T16024 prep in,data
R4902 T16027 T16028 det the,test
R4903 T16028 T16026 pobj test,in
R4904 T16029 T16030 amod rotating,rod
R4905 T16030 T16028 compound rod,test
R4906 T16031 T16025 auxpass were,analysed
R4907 T16032 T16025 agent by,analysed
R4908 T16033 T16034 nummod one,way
R4909 T16034 T16039 compound way,ANOVA
R4910 T16035 T16033 punct -,one
R4911 T16036 T16033 cc or,one
R4912 T16037 T16033 conj two,one
R4913 T16038 T16034 punct -,way
R4914 T16039 T16032 pobj ANOVA,by
R4915 T16040 T16039 prep with,ANOVA
R4916 T16041 T16042 amod repeated,measures
R4917 T16042 T16040 pobj measures,with
R4918 T16043 T16025 punct ", ",analysed
R4919 T16044 T16025 cc and,analysed
R4920 T16045 T16046 compound p,values
R4921 T16046 T16047 nsubjpass values,considered
R4922 T16047 T16025 conj considered,analysed
R4923 T16048 T16046 prep of,values
R4924 T16049 T16050 amod less,0.05
R4925 T16050 T16048 pobj 0.05,of
R4926 T16051 T16050 quantmod than,0.05
R4927 T16052 T16047 auxpass were,considered
R4928 T16053 T16054 aux to,be
R4929 T16054 T16047 xcomp be,considered
R4930 T16055 T16054 acomp significant,be
R4931 T16056 T16047 punct .,considered