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PMC:1482699 / 42109-42895 JSONTXT

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craft-sa-dev

Id Subject Object Predicate Lexical cue
T25109 0-3 DT denotes The
T25110 25-35 NNS denotes procedures
T25111 4-9 NN denotes MEANS
T25112 10-13 CC denotes and
T25113 14-24 NN denotes UNIVARIATE
T25114 48-52 VBN denotes used
T25115 36-38 IN denotes of
T25116 39-42 NNP denotes SAS
T25117 43-47 VBD denotes were
T25118 53-55 TO denotes to
T25119 56-64 VB denotes generate
T25120 65-76 JJ denotes descriptive
T25121 77-87 NNS denotes statistics
T25122 88-91 CC denotes and
T25123 92-96 VB denotes test
T25124 97-106 NN denotes normality
T25125 107-118 NNS denotes assumptions
T25126 119-122 IN denotes for
T25127 123-127 DT denotes each
T25128 128-133 NN denotes trait
T25129 134-135 -LRB- denotes [
T25130 135-137 CD denotes 55
T25131 137-138 -RRB- denotes ]
T25132 138-139 . denotes .
T25133 139-361 sentence denotes All data were then analyzed using the GLM procedure of SAS [55] with a linear model that included the fixed effects of strain, sex and strain by sex interaction; dam's weight at breeding by strain was used as a covariate.
T25134 140-143 DT denotes All
T25135 144-148 NNS denotes data
T25136 159-167 VBN denotes analyzed
T25137 149-153 VBD denotes were
T25138 154-158 RB denotes then
T25139 341-345 VBN denotes used
T25140 168-173 VBG denotes using
T25141 174-177 DT denotes the
T25142 182-191 NN denotes procedure
T25143 178-181 NN denotes GLM
T25144 192-194 IN denotes of
T25145 195-198 NN denotes SAS
T25146 199-200 -LRB- denotes [
T25147 200-202 CD denotes 55
T25148 202-203 -RRB- denotes ]
T25149 204-208 IN denotes with
T25150 209-210 DT denotes a
T25151 218-223 NN denotes model
T25152 211-217 JJ denotes linear
T25153 224-228 WDT denotes that
T25154 229-237 VBD denotes included
T25155 238-241 DT denotes the
T25156 248-255 NNS denotes effects
T25157 242-247 VBN denotes fixed
T25158 256-258 IN denotes of
T25159 259-265 NN denotes strain
T25160 265-267 , denotes ,
T25161 267-270 NN denotes sex
T25162 271-274 CC denotes and
T25163 275-281 NN denotes strain
T25164 289-300 NN denotes interaction
T25165 282-284 IN denotes by
T25166 285-288 NN denotes sex
T25167 300-301 : denotes ;
T25168 302-305 NN denotes dam
T25169 308-314 NN denotes weight
T25170 305-307 POS denotes 's
T25171 315-317 IN denotes at
T25172 318-326 NN denotes breeding
T25173 327-329 IN denotes by
T25174 330-336 NN denotes strain
T25175 337-340 VBD denotes was
T25176 346-348 IN denotes as
T25177 349-350 DT denotes a
T25178 351-360 NN denotes covariate
T25179 360-361 . denotes .
T25180 361-455 sentence denotes A second linear model was used to test for strain by hg genotype (+/+ or hg/hg) interactions.
T25181 362-363 DT denotes A
T25182 378-383 NN denotes model
T25183 364-370 JJ denotes second
T25184 371-377 JJ denotes linear
T25185 388-392 VBN denotes used
T25186 384-387 VBD denotes was
T25187 393-395 TO denotes to
T25188 396-400 VB denotes test
T25189 401-404 IN denotes for
T25190 405-411 NN denotes strain
T25191 442-454 NNS denotes interactions
T25192 412-414 IN denotes by
T25193 415-417 NN denotes hg
T25194 418-426 NN denotes genotype
T25195 427-428 -LRB- denotes (
T25196 430-431 SYM denotes +
T25197 428-429 SYM denotes +
T25198 429-430 HYPH denotes /
T25199 432-434 CC denotes or
T25200 435-437 NN denotes hg
T25201 438-440 NN denotes hg
T25202 437-438 HYPH denotes /
T25203 440-441 -RRB- denotes )
T25204 454-455 . denotes .
T25205 455-579 sentence denotes This model included the fixed effects of donor region, sex and HG genotype and all possible two and three-way interactions.
T25206 456-460 DT denotes This
T25207 461-466 NN denotes model
T25208 467-475 VBD denotes included
T25209 476-479 DT denotes the
T25210 486-493 NNS denotes effects
T25211 480-485 VBN denotes fixed
T25212 494-496 IN denotes of
T25213 497-502 NN denotes donor
T25214 503-509 NN denotes region
T25215 509-511 , denotes ,
T25216 511-514 NN denotes sex
T25217 515-518 CC denotes and
T25218 519-521 NN denotes HG
T25219 522-530 NN denotes genotype
T25220 531-534 CC denotes and
T25221 535-538 DT denotes all
T25222 566-578 NNS denotes interactions
T25223 539-547 JJ denotes possible
T25224 548-551 CD denotes two
T25225 562-565 NN denotes way
T25226 552-555 CC denotes and
T25227 556-561 CD denotes three
T25228 561-562 HYPH denotes -
T25229 578-579 . denotes .
T25230 579-730 sentence denotes Choosing a nominal P value of 0.05 and applying the Bonferroni correction for multiple comparisons established significant differences in the ANOVA's.
T25231 580-588 VBG denotes Choosing
T25232 679-690 VBD denotes established
T25233 589-590 DT denotes a
T25234 601-606 NN denotes value
T25235 591-598 JJ denotes nominal
T25236 599-600 NN denotes P
T25237 607-609 IN denotes of
T25238 610-614 CD denotes 0.05
T25239 615-618 CC denotes and
T25240 619-627 VBG denotes applying
T25241 628-631 DT denotes the
T25242 643-653 NN denotes correction
T25243 632-642 NNP denotes Bonferroni
T25244 654-657 IN denotes for
T25245 658-666 JJ denotes multiple
T25246 667-678 NNS denotes comparisons
T25247 691-702 JJ denotes significant
T25248 703-714 NNS denotes differences
T25249 715-717 IN denotes in
T25250 718-721 DT denotes the
T25251 722-727 NNP denotes ANOVA
T25252 727-729 AFX denotes 's
T25253 729-730 . denotes .
T25254 730-786 sentence denotes The critical P values used are indicated in each table.
T25255 731-734 DT denotes The
T25256 746-752 NNS denotes values
T25257 735-743 JJ denotes critical
T25258 744-745 NN denotes P
T25259 762-771 VBN denotes indicated
T25260 753-757 VBN denotes used
T25261 758-761 VBP denotes are
T25262 772-774 IN denotes in
T25263 775-779 DT denotes each
T25264 780-785 NN denotes table
T25265 785-786 . denotes .
R7815 T25109 T25110 det The,procedures
R7816 T25110 T25114 nsubjpass procedures,used
R7817 T25111 T25110 nmod MEANS,procedures
R7818 T25112 T25111 cc and,MEANS
R7819 T25113 T25111 conj UNIVARIATE,MEANS
R7820 T25115 T25110 prep of,procedures
R7821 T25116 T25115 pobj SAS,of
R7822 T25117 T25114 auxpass were,used
R7823 T25118 T25119 aux to,generate
R7824 T25119 T25114 advcl generate,used
R7825 T25120 T25121 amod descriptive,statistics
R7826 T25121 T25119 dobj statistics,generate
R7827 T25122 T25119 cc and,generate
R7828 T25123 T25119 conj test,generate
R7829 T25124 T25125 compound normality,assumptions
R7830 T25125 T25123 dobj assumptions,test
R7831 T25126 T25125 prep for,assumptions
R7832 T25127 T25128 det each,trait
R7833 T25128 T25126 pobj trait,for
R7834 T25129 T25130 punct [,55
R7835 T25130 T25114 parataxis 55,used
R7836 T25131 T25130 punct ],55
R7837 T25132 T25114 punct .,used
R7838 T25134 T25135 det All,data
R7839 T25135 T25136 nsubjpass data,analyzed
R7840 T25136 T25139 ccomp analyzed,used
R7841 T25137 T25136 auxpass were,analyzed
R7842 T25138 T25136 advmod then,analyzed
R7843 T25140 T25136 advcl using,analyzed
R7844 T25141 T25142 det the,procedure
R7845 T25142 T25140 dobj procedure,using
R7846 T25143 T25142 compound GLM,procedure
R7847 T25144 T25142 prep of,procedure
R7848 T25145 T25144 pobj SAS,of
R7849 T25146 T25147 punct [,55
R7850 T25147 T25140 parataxis 55,using
R7851 T25148 T25147 punct ],55
R7852 T25149 T25140 prep with,using
R7853 T25150 T25151 det a,model
R7854 T25151 T25149 pobj model,with
R7855 T25152 T25151 amod linear,model
R7856 T25153 T25154 dep that,included
R7857 T25154 T25151 relcl included,model
R7858 T25155 T25156 det the,effects
R7859 T25156 T25154 dobj effects,included
R7860 T25157 T25156 amod fixed,effects
R7861 T25158 T25156 prep of,effects
R7862 T25159 T25158 pobj strain,of
R7863 T25160 T25159 punct ", ",strain
R7864 T25161 T25159 conj sex,strain
R7865 T25162 T25161 cc and,sex
R7866 T25163 T25164 nmod strain,interaction
R7867 T25164 T25161 conj interaction,sex
R7868 T25165 T25163 prep by,strain
R7869 T25166 T25165 pobj sex,by
R7870 T25167 T25139 punct ;,used
R7871 T25168 T25169 poss dam,weight
R7872 T25169 T25139 nsubjpass weight,used
R7873 T25170 T25168 case 's,dam
R7874 T25171 T25169 prep at,weight
R7875 T25172 T25171 pobj breeding,at
R7876 T25173 T25172 prep by,breeding
R7877 T25174 T25173 pobj strain,by
R7878 T25175 T25139 auxpass was,used
R7879 T25176 T25139 prep as,used
R7880 T25177 T25178 det a,covariate
R7881 T25178 T25176 pobj covariate,as
R7882 T25179 T25139 punct .,used
R7883 T25181 T25182 det A,model
R7884 T25182 T25185 nsubjpass model,used
R7885 T25183 T25182 amod second,model
R7886 T25184 T25182 amod linear,model
R7887 T25186 T25185 auxpass was,used
R7888 T25187 T25188 aux to,test
R7889 T25188 T25185 advcl test,used
R7890 T25189 T25188 prep for,test
R7891 T25190 T25191 nmod strain,interactions
R7892 T25191 T25189 pobj interactions,for
R7893 T25192 T25190 prep by,strain
R7894 T25193 T25194 compound hg,genotype
R7895 T25194 T25192 pobj genotype,by
R7896 T25195 T25196 punct (,+
R7897 T25196 T25191 punct +,interactions
R7898 T25197 T25196 punct +,+
R7899 T25198 T25196 punct /,+
R7900 T25199 T25196 cc or,+
R7901 T25200 T25201 compound hg,hg
R7902 T25201 T25196 conj hg,+
R7903 T25202 T25201 punct /,hg
R7904 T25203 T25196 punct ),+
R7905 T25204 T25185 punct .,used
R7906 T25206 T25207 det This,model
R7907 T25207 T25208 nsubj model,included
R7908 T25209 T25210 det the,effects
R7909 T25210 T25208 dobj effects,included
R7910 T25211 T25210 amod fixed,effects
R7911 T25212 T25210 prep of,effects
R7912 T25213 T25214 compound donor,region
R7913 T25214 T25212 pobj region,of
R7914 T25215 T25214 punct ", ",region
R7915 T25216 T25214 conj sex,region
R7916 T25217 T25216 cc and,sex
R7917 T25218 T25219 compound HG,genotype
R7918 T25219 T25216 conj genotype,sex
R7919 T25220 T25210 cc and,effects
R7920 T25221 T25222 det all,interactions
R7921 T25222 T25210 conj interactions,effects
R7922 T25223 T25222 amod possible,interactions
R7923 T25224 T25225 nummod two,way
R7924 T25225 T25222 compound way,interactions
R7925 T25226 T25224 cc and,two
R7926 T25227 T25224 conj three,two
R7927 T25228 T25225 punct -,way
R7928 T25229 T25208 punct .,included
R7929 T25231 T25232 csubj Choosing,established
R7930 T25233 T25234 det a,value
R7931 T25234 T25231 dobj value,Choosing
R7932 T25235 T25234 amod nominal,value
R7933 T25236 T25234 compound P,value
R7934 T25237 T25234 prep of,value
R7935 T25238 T25237 pobj 0.05,of
R7936 T25239 T25231 cc and,Choosing
R7937 T25240 T25231 conj applying,Choosing
R7938 T25241 T25242 det the,correction
R7939 T25242 T25240 dobj correction,applying
R7940 T25243 T25242 compound Bonferroni,correction
R7941 T25244 T25242 prep for,correction
R7942 T25245 T25246 amod multiple,comparisons
R7943 T25246 T25244 pobj comparisons,for
R7944 T25247 T25248 amod significant,differences
R7945 T25248 T25232 dobj differences,established
R7946 T25249 T25248 prep in,differences
R7947 T25250 T25251 det the,ANOVA
R7948 T25251 T25249 pobj ANOVA,in
R7949 T25252 T25251 nmod 's,ANOVA
R7950 T25253 T25232 punct .,established
R7951 T25255 T25256 det The,values
R7952 T25256 T25259 nsubjpass values,indicated
R7953 T25257 T25256 amod critical,values
R7954 T25258 T25256 compound P,values
R7955 T25260 T25256 acl used,values
R7956 T25261 T25259 auxpass are,indicated
R7957 T25262 T25259 prep in,indicated
R7958 T25263 T25264 det each,table
R7959 T25264 T25262 pobj table,in
R7960 T25265 T25259 punct .,indicated

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
T25101 318-326 GO_EXT:breeding denotes breeding
T25102 418-426 SO_EXT:genotype_or_entity_with_genotype denotes genotype
T25103 428-429 SO_EXT:normal_or_wild_type_or_present denotes +
T25104 430-431 SO_EXT:normal_or_wild_type_or_present denotes +
T25105 522-530 SO_EXT:genotype_or_entity_with_genotype denotes genotype