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PMC:1064854 / 74999-75833 JSONTXT 5 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T47482 0-10 NNS denotes Statistics
T47483 10-110 sentence denotes Data were analyzed using T-tests or ANOVAs (measures of general activity and sensorimotor battery).
T47484 11-15 NNS denotes Data
T47486 16-20 VBD denotes were
T47485 21-29 VBN denotes analyzed
T47487 30-35 VBG denotes using
T47488 36-37 NN denotes T
T47490 37-38 HYPH denotes -
T47489 38-43 NNS denotes tests
T47491 44-46 CC denotes or
T47492 47-53 NNS denotes ANOVAs
T47493 54-55 -LRB- denotes (
T47494 55-63 NNS denotes measures
T47495 64-66 IN denotes of
T47496 67-74 JJ denotes general
T47497 75-83 NN denotes activity
T47498 84-87 CC denotes and
T47499 88-100 NN denotes sensorimotor
T47500 101-108 NN denotes battery
T47501 108-109 -RRB- denotes )
T47502 109-110 . denotes .
T47503 110-170 sentence denotes The level of significance was set at p < 0.05 in all cases.
T47504 111-114 DT denotes The
T47505 115-120 NN denotes level
T47507 121-123 IN denotes of
T47508 124-136 NN denotes significance
T47509 137-140 VBD denotes was
T47506 141-144 VBN denotes set
T47510 145-147 IN denotes at
T47511 148-149 NN denotes p
T47512 150-151 SYM denotes <
T47513 152-156 CD denotes 0.05
T47514 157-159 IN denotes in
T47515 160-163 DT denotes all
T47516 164-169 NNS denotes cases
T47517 169-170 . denotes .
T47518 170-234 sentence denotes Data are reported as mean values ± SEM, unless otherwise noted.
T47519 171-175 NNS denotes Data
T47521 176-179 VBP denotes are
T47520 180-188 VBN denotes reported
T47522 189-191 IN denotes as
T47523 192-196 NN denotes mean
T47524 197-203 NNS denotes values
T47525 204-205 SYM denotes ±
T47526 206-209 NN denotes SEM
T47527 209-211 , denotes ,
T47528 211-217 IN denotes unless
T47530 218-227 RB denotes otherwise
T47529 228-233 VBN denotes noted
T47531 233-234 . denotes .
T47532 234-383 sentence denotes The ANOVA model used to analyze each sensorimotor test included one between-subjects variable (genotype), and one within-subjects variable (trials).
T47533 235-238 DT denotes The
T47535 239-244 NN denotes ANOVA
T47534 245-250 NN denotes model
T47537 251-255 VBN denotes used
T47538 256-258 TO denotes to
T47539 259-266 VB denotes analyze
T47540 267-271 DT denotes each
T47542 272-284 NN denotes sensorimotor
T47541 285-289 NN denotes test
T47536 290-298 VBD denotes included
T47543 299-302 CD denotes one
T47544 303-310 IN denotes between
T47545 310-311 HYPH denotes -
T47546 311-319 NNS denotes subjects
T47547 320-328 JJ denotes variable
T47548 329-330 -LRB- denotes (
T47549 330-338 NN denotes genotype
T47550 338-339 -RRB- denotes )
T47551 339-341 , denotes ,
T47552 341-344 CC denotes and
T47553 345-348 CD denotes one
T47554 349-355 IN denotes within
T47555 355-356 HYPH denotes -
T47556 356-364 NNS denotes subjects
T47557 365-373 JJ denotes variable
T47558 374-375 -LRB- denotes (
T47559 375-381 NNS denotes trials
T47560 381-382 -RRB- denotes )
T47561 382-383 . denotes .
T47562 383-673 sentence denotes When ANOVAs with repeated measures were conducted, the Huynh-Feldt (H-F) adjustment of alpha levels was used for all within-subjects effects containing more than two levels, in order to protect against violations of the sphericity/compound symmetry assumptions underlying this ANOVA model.
T47563 384-388 WRB denotes When
T47565 389-395 NNS denotes ANOVAs
T47566 396-400 IN denotes with
T47567 401-409 VBN denotes repeated
T47568 410-418 NNS denotes measures
T47569 419-423 VBD denotes were
T47564 424-433 VBN denotes conducted
T47571 433-435 , denotes ,
T47572 435-438 DT denotes the
T47574 439-444 NNP denotes Huynh
T47576 444-445 HYPH denotes -
T47575 445-450 NNP denotes Feldt
T47577 451-452 -LRB- denotes (
T47578 452-453 NN denotes H
T47580 453-454 HYPH denotes -
T47579 454-455 NN denotes F
T47581 455-456 -RRB- denotes )
T47573 457-467 NN denotes adjustment
T47582 468-470 IN denotes of
T47583 471-476 NN denotes alpha
T47584 477-483 NNS denotes levels
T47585 484-487 VBD denotes was
T47570 488-492 VBN denotes used
T47586 493-496 IN denotes for
T47587 497-500 DT denotes all
T47589 501-507 IN denotes within
T47590 507-508 HYPH denotes -
T47591 508-516 NNS denotes subjects
T47588 517-524 NNS denotes effects
T47592 525-535 VBG denotes containing
T47593 536-540 JJR denotes more
T47595 541-545 IN denotes than
T47594 546-549 CD denotes two
T47596 550-556 NNS denotes levels
T47597 556-558 , denotes ,
T47598 558-560 IN denotes in
T47599 561-566 NN denotes order
T47600 567-569 TO denotes to
T47601 570-577 VB denotes protect
T47602 578-585 IN denotes against
T47603 586-596 NNS denotes violations
T47604 597-599 IN denotes of
T47605 600-603 DT denotes the
T47607 604-614 NN denotes sphericity
T47608 614-615 HYPH denotes /
T47609 615-623 JJ denotes compound
T47610 624-632 NN denotes symmetry
T47606 633-644 NNS denotes assumptions
T47611 645-655 VBG denotes underlying
T47612 656-660 DT denotes this
T47614 661-666 NN denotes ANOVA
T47613 667-672 NN denotes model
T47615 672-673 . denotes .
T47616 673-834 sentence denotes In addition, Bonferroni correction was used when appropriate to help maintain prescribed alpha levels (e.g., p < 0.05) when multiple comparisons were conducted.
T47617 674-676 IN denotes In
T47619 677-685 NN denotes addition
T47620 685-687 , denotes ,
T47621 687-697 NNP denotes Bonferroni
T47622 698-708 NN denotes correction
T47623 709-712 VBD denotes was
T47618 713-717 VBN denotes used
T47624 718-722 WRB denotes when
T47625 723-734 JJ denotes appropriate
T47626 735-737 TO denotes to
T47627 738-742 VB denotes help
T47628 743-751 VB denotes maintain
T47629 752-762 VBN denotes prescribed
T47631 763-768 NN denotes alpha
T47630 769-775 NNS denotes levels
T47632 776-777 -LRB- denotes (
T47634 777-781 FW denotes e.g.
T47635 781-783 , denotes ,
T47633 783-784 NN denotes p
T47636 785-786 SYM denotes <
T47637 787-791 CD denotes 0.05
T47638 791-792 -RRB- denotes )
T47639 793-797 WRB denotes when
T47641 798-806 JJ denotes multiple
T47642 807-818 NNS denotes comparisons
T47643 819-823 VBD denotes were
T47640 824-833 VBN denotes conducted
T47644 833-834 . denotes .
R12068 T47484 T47485 nsubjpass Data,analyzed
R12069 T47486 T47485 auxpass were,analyzed
R12070 T47487 T47485 advcl using,analyzed
R12071 T47488 T47489 compound T,tests
R12072 T47489 T47487 dobj tests,using
R12073 T47490 T47489 punct -,tests
R12074 T47491 T47489 cc or,tests
R12075 T47492 T47489 conj ANOVAs,tests
R12076 T47493 T47494 punct (,measures
R12077 T47494 T47492 parataxis measures,ANOVAs
R12078 T47495 T47494 prep of,measures
R12079 T47496 T47497 amod general,activity
R12080 T47497 T47495 pobj activity,of
R12081 T47498 T47497 cc and,activity
R12082 T47499 T47500 compound sensorimotor,battery
R12083 T47500 T47497 conj battery,activity
R12084 T47501 T47494 punct ),measures
R12085 T47502 T47485 punct .,analyzed
R12086 T47504 T47505 det The,level
R12087 T47505 T47506 nsubjpass level,set
R12088 T47507 T47505 prep of,level
R12089 T47508 T47507 pobj significance,of
R12090 T47509 T47506 auxpass was,set
R12091 T47510 T47506 prep at,set
R12092 T47511 T47510 pobj p,at
R12093 T47512 T47513 punct <,0.05
R12094 T47513 T47511 amod 0.05,p
R12095 T47514 T47506 prep in,set
R12096 T47515 T47516 det all,cases
R12097 T47516 T47514 pobj cases,in
R12098 T47517 T47506 punct .,set
R12099 T47519 T47520 nsubjpass Data,reported
R12100 T47521 T47520 auxpass are,reported
R12101 T47522 T47520 prep as,reported
R12102 T47523 T47524 compound mean,values
R12103 T47524 T47522 pobj values,as
R12104 T47525 T47524 punct ±,values
R12105 T47526 T47524 appos SEM,values
R12106 T47527 T47520 punct ", ",reported
R12107 T47528 T47529 mark unless,noted
R12108 T47529 T47520 advcl noted,reported
R12109 T47530 T47529 advmod otherwise,noted
R12110 T47531 T47520 punct .,reported
R12111 T47533 T47534 det The,model
R12112 T47534 T47536 nsubj model,included
R12113 T47535 T47534 compound ANOVA,model
R12114 T47537 T47534 acl used,model
R12115 T47538 T47539 aux to,analyze
R12116 T47539 T47537 advcl analyze,used
R12117 T47540 T47541 det each,test
R12118 T47541 T47539 dobj test,analyze
R12119 T47542 T47541 compound sensorimotor,test
R12120 T47543 T47544 nummod one,between
R12121 T47544 T47536 dobj between,included
R12122 T47545 T47544 punct -,between
R12123 T47546 T47544 pobj subjects,between
R12124 T47547 T47544 amod variable,between
R12125 T47548 T47549 punct (,genotype
R12126 T47549 T47544 parataxis genotype,between
R12127 T47550 T47549 punct ),genotype
R12128 T47551 T47544 punct ", ",between
R12129 T47552 T47544 cc and,between
R12130 T47553 T47554 nummod one,within
R12131 T47554 T47544 conj within,between
R12132 T47555 T47554 punct -,within
R12133 T47556 T47554 pobj subjects,within
R12134 T47557 T47554 amod variable,within
R12135 T47558 T47559 punct (,trials
R12136 T47559 T47554 parataxis trials,within
R12137 T47560 T47559 punct ),trials
R12138 T47561 T47536 punct .,included
R12139 T47563 T47564 advmod When,conducted
R12140 T47564 T47570 advcl conducted,used
R12141 T47565 T47564 nsubjpass ANOVAs,conducted
R12142 T47566 T47565 prep with,ANOVAs
R12143 T47567 T47568 amod repeated,measures
R12144 T47568 T47566 pobj measures,with
R12145 T47569 T47564 auxpass were,conducted
R12146 T47571 T47570 punct ", ",used
R12147 T47572 T47573 det the,adjustment
R12148 T47573 T47570 nsubjpass adjustment,used
R12149 T47574 T47575 nmod Huynh,Feldt
R12150 T47575 T47573 nmod Feldt,adjustment
R12151 T47576 T47575 punct -,Feldt
R12152 T47577 T47575 punct (,Feldt
R12153 T47578 T47579 compound H,F
R12154 T47579 T47575 appos F,Feldt
R12155 T47580 T47579 punct -,F
R12156 T47581 T47573 punct ),adjustment
R12157 T47582 T47573 prep of,adjustment
R12158 T47583 T47584 compound alpha,levels
R12159 T47584 T47582 pobj levels,of
R12160 T47585 T47570 auxpass was,used
R12161 T47586 T47570 prep for,used
R12162 T47587 T47588 det all,effects
R12163 T47588 T47586 pobj effects,for
R12164 T47589 T47588 nmod within,effects
R12165 T47590 T47589 punct -,within
R12166 T47591 T47589 pobj subjects,within
R12167 T47592 T47588 acl containing,effects
R12168 T47593 T47594 amod more,two
R12169 T47594 T47596 nummod two,levels
R12170 T47595 T47594 quantmod than,two
R12171 T47596 T47592 dobj levels,containing
R12172 T47597 T47570 punct ", ",used
R12173 T47598 T47570 prep in,used
R12174 T47599 T47598 pobj order,in
R12175 T47600 T47601 aux to,protect
R12176 T47601 T47599 acl protect,order
R12177 T47602 T47601 prep against,protect
R12178 T47603 T47602 pobj violations,against
R12179 T47604 T47603 prep of,violations
R12180 T47605 T47606 det the,assumptions
R12181 T47606 T47604 pobj assumptions,of
R12182 T47607 T47606 nmod sphericity,assumptions
R12183 T47608 T47607 punct /,sphericity
R12184 T47609 T47610 amod compound,symmetry
R12185 T47610 T47607 appos symmetry,sphericity
R12186 T47611 T47606 acl underlying,assumptions
R12187 T47612 T47613 det this,model
R12188 T47613 T47611 dobj model,underlying
R12189 T47614 T47613 compound ANOVA,model
R12190 T47615 T47570 punct .,used
R12191 T47617 T47618 prep In,used
R12192 T47619 T47617 pobj addition,In
R12193 T47620 T47618 punct ", ",used
R12194 T47621 T47622 compound Bonferroni,correction
R12195 T47622 T47618 nsubjpass correction,used
R12196 T47623 T47618 auxpass was,used
R12197 T47624 T47625 advmod when,appropriate
R12198 T47625 T47618 advcl appropriate,used
R12199 T47626 T47627 aux to,help
R12200 T47627 T47618 advcl help,used
R12201 T47628 T47627 xcomp maintain,help
R12202 T47629 T47630 amod prescribed,levels
R12203 T47630 T47628 dobj levels,maintain
R12204 T47631 T47630 compound alpha,levels
R12205 T47632 T47633 punct (,p
R12206 T47633 T47630 parataxis p,levels
R12207 T47634 T47633 advmod e.g.,p
R12208 T47635 T47633 punct ", ",p
R12209 T47636 T47637 punct <,0.05
R12210 T47637 T47633 amod 0.05,p
R12211 T47638 T47633 punct ),p
R12212 T47639 T47640 advmod when,conducted
R12213 T47640 T47628 advcl conducted,maintain
R12214 T47641 T47642 amod multiple,comparisons
R12215 T47642 T47640 nsubjpass comparisons,conducted
R12216 T47643 T47640 auxpass were,conducted
R12217 T47644 T47618 punct .,used