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PMC:1255741 / 47700-48475 JSONTXT 5 Projects

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Id Subject Object Predicate Lexical cue
T11640 0-4 WP denotes What
T11642 5-10 MD denotes could
T11641 11-13 VB denotes be
T11643 14-17 DT denotes the
T11645 18-26 JJ denotes cellular
T11644 27-32 NN denotes basis
T11646 33-35 IN denotes of
T11647 36-39 DT denotes the
T11649 40-44 JJ denotes long
T11651 44-45 HYPH denotes -
T11650 45-49 NN denotes term
T11652 50-56 NN denotes memory
T11648 57-64 NN denotes deficit
T11653 65-72 VBN denotes brought
T11654 73-78 RP denotes about
T11655 79-81 IN denotes by
T11656 82-86 NN denotes lack
T11657 87-89 IN denotes of
T11658 90-94 NN denotes GluR
T11660 94-95 HYPH denotes -
T11659 95-96 NN denotes B
T11662 96-97 HYPH denotes -
T11661 97-107 VBG denotes containing
T11663 108-114 NNS denotes AMPARs
T11664 114-115 . denotes ?
T11665 115-234 sentence denotes For complete GluR-B knockouts, increased long-term plasticity (LTP) was reported in hippocampal field recordings [51].
T11666 116-119 IN denotes For
T11668 120-128 JJ denotes complete
T11670 129-133 NN denotes GluR
T11672 133-134 HYPH denotes -
T11671 134-135 NN denotes B
T11669 136-145 NNS denotes knockouts
T11673 145-147 , denotes ,
T11674 147-156 VBN denotes increased
T11676 157-161 JJ denotes long
T11678 161-162 HYPH denotes -
T11677 162-166 NN denotes term
T11675 167-177 NN denotes plasticity
T11679 178-179 -LRB- denotes (
T11680 179-182 NN denotes LTP
T11681 182-183 -RRB- denotes )
T11682 184-187 VBD denotes was
T11667 188-196 VBN denotes reported
T11683 197-199 IN denotes in
T11684 200-211 JJ denotes hippocampal
T11686 212-217 NN denotes field
T11685 218-228 NNS denotes recordings
T11687 229-230 -LRB- denotes [
T11688 230-232 CD denotes 51
T11689 232-233 -RRB- denotes ]
T11690 233-234 . denotes .
T11691 234-413 sentence denotes In addition, in hippocampal and amygdala pathways lacking GluR-B, an AMPAR-dependent, N-methyl-D-aspartate (NMDA) receptor-independent form of LTP can be readily induced [51,52].
T11692 235-237 IN denotes In
T11694 238-246 NN denotes addition
T11695 246-248 , denotes ,
T11696 248-250 IN denotes in
T11697 251-262 JJ denotes hippocampal
T11699 263-266 CC denotes and
T11700 267-275 NN denotes amygdala
T11698 276-284 NNS denotes pathways
T11701 285-292 VBG denotes lacking
T11702 293-297 NN denotes GluR
T11704 297-298 HYPH denotes -
T11703 298-299 NN denotes B
T11705 299-301 , denotes ,
T11706 301-303 DT denotes an
T11708 304-309 NN denotes AMPAR
T11710 309-310 HYPH denotes -
T11709 310-319 JJ denotes dependent
T11711 319-321 , denotes ,
T11712 321-322 NN denotes N
T11714 322-323 HYPH denotes -
T11715 323-329 NN denotes methyl
T11716 329-330 HYPH denotes -
T11717 330-331 NN denotes D
T11718 331-332 HYPH denotes -
T11713 332-341 NN denotes aspartate
T11719 342-343 -LRB- denotes (
T11720 343-347 NN denotes NMDA
T11721 347-348 -RRB- denotes )
T11722 349-357 NN denotes receptor
T11724 357-358 HYPH denotes -
T11723 358-369 JJ denotes independent
T11707 370-374 NN denotes form
T11725 375-377 IN denotes of
T11726 378-381 NN denotes LTP
T11727 382-385 MD denotes can
T11728 386-388 VB denotes be
T11729 389-396 RB denotes readily
T11693 397-404 VBN denotes induced
T11730 405-406 -LRB- denotes [
T11732 406-408 CD denotes 51
T11733 408-409 , denotes ,
T11731 409-411 CD denotes 52
T11734 411-412 -RRB- denotes ]
T11735 412-413 . denotes .
T11736 413-548 sentence denotes Mechanistically, this is likely to be due to Ca2+ influx through GluR-B-less AMPA channels leading to non-hebbian forms of plasticity.
T11737 414-429 RB denotes Mechanistically
T11739 429-431 , denotes ,
T11740 431-435 DT denotes this
T11738 436-438 VBZ denotes is
T11741 439-445 JJ denotes likely
T11742 446-448 TO denotes to
T11743 449-451 VB denotes be
T11744 452-455 IN denotes due
T11745 456-458 IN denotes to
T11746 459-462 NN denotes Ca2
T11748 462-463 SYM denotes +
T11747 464-470 NN denotes influx
T11749 471-478 IN denotes through
T11750 479-483 NN denotes GluR
T11752 483-484 HYPH denotes -
T11751 484-485 NN denotes B
T11754 485-486 HYPH denotes -
T11753 486-490 JJ denotes less
T11756 491-495 NN denotes AMPA
T11755 496-504 NNS denotes channels
T11757 505-512 VBG denotes leading
T11758 513-515 IN denotes to
T11759 516-527 JJ denotes non-hebbian
T11760 528-533 NNS denotes forms
T11761 534-536 IN denotes of
T11762 537-547 NN denotes plasticity
T11763 547-548 . denotes .
T11764 548-775 sentence denotes However, hebbian dependence on simultaneous pre- and postsynaptic activity is often a critical feature for memory storage (reviewed in e.g. [76]); hence, a non-hebbian form of plasticity should result in impaired memorization.
T11765 549-556 RB denotes However
T11767 556-558 , denotes ,
T11768 558-565 JJ denotes hebbian
T11769 566-576 NN denotes dependence
T11770 577-579 IN denotes on
T11771 580-592 JJ denotes simultaneous
T11773 593-596 AFX denotes pre
T11775 596-597 HYPH denotes -
T11776 598-601 CC denotes and
T11774 602-614 JJ denotes postsynaptic
T11772 615-623 NN denotes activity
T11766 624-626 VBZ denotes is
T11778 627-632 RB denotes often
T11779 633-634 DT denotes a
T11781 635-643 JJ denotes critical
T11780 644-651 NN denotes feature
T11782 652-655 IN denotes for
T11783 656-662 NN denotes memory
T11784 663-670 NN denotes storage
T11785 671-672 -LRB- denotes (
T11786 672-680 VBN denotes reviewed
T11787 681-683 IN denotes in
T11788 684-688 FW denotes e.g.
T11790 689-690 -LRB- denotes [
T11789 690-692 CD denotes 76
T11791 692-693 -RRB- denotes ]
T11792 693-694 -RRB- denotes )
T11793 694-695 : denotes ;
T11794 696-701 RB denotes hence
T11795 701-703 , denotes ,
T11796 703-704 DT denotes a
T11798 705-716 JJ denotes non-hebbian
T11797 717-721 NN denotes form
T11799 722-724 IN denotes of
T11800 725-735 NN denotes plasticity
T11801 736-742 MD denotes should
T11777 743-749 VB denotes result
T11802 750-752 IN denotes in
T11803 753-761 VBN denotes impaired
T11804 762-774 NN denotes memorization
T11805 774-775 . denotes .
R7536 T11640 T11641 dep What,be
R7537 T11642 T11641 aux could,be
R7538 T11643 T11644 det the,basis
R7539 T11644 T11641 attr basis,be
R7540 T11645 T11644 amod cellular,basis
R7541 T11646 T11644 prep of,basis
R7542 T11647 T11648 det the,deficit
R7543 T11648 T11646 pobj deficit,of
R7544 T11649 T11650 amod long,term
R7545 T11650 T11648 compound term,deficit
R7546 T11651 T11650 punct -,term
R7547 T11652 T11648 compound memory,deficit
R7548 T11653 T11648 acl brought,deficit
R7549 T11654 T11653 prt about,brought
R7550 T11655 T11653 agent by,brought
R7551 T11656 T11655 pobj lack,by
R7552 T11657 T11656 prep of,lack
R7553 T11658 T11659 compound GluR,B
R7554 T11659 T11661 npadvmod B,containing
R7555 T11660 T11659 punct -,B
R7556 T11661 T11663 amod containing,AMPARs
R7557 T11662 T11661 punct -,containing
R7558 T11663 T11657 pobj AMPARs,of
R7559 T11664 T11641 punct ?,be
R7560 T11666 T11667 prep For,reported
R7561 T11668 T11669 amod complete,knockouts
R7562 T11669 T11666 pobj knockouts,For
R7563 T11670 T11671 compound GluR,B
R7564 T11671 T11669 compound B,knockouts
R7565 T11672 T11671 punct -,B
R7566 T11673 T11667 punct ", ",reported
R7567 T11674 T11675 amod increased,plasticity
R7568 T11675 T11667 nsubjpass plasticity,reported
R7569 T11676 T11677 amod long,term
R7570 T11677 T11675 compound term,plasticity
R7571 T11678 T11677 punct -,term
R7572 T11679 T11675 punct (,plasticity
R7573 T11680 T11675 appos LTP,plasticity
R7574 T11681 T11667 punct ),reported
R7575 T11682 T11667 auxpass was,reported
R7576 T11683 T11667 prep in,reported
R7577 T11684 T11685 amod hippocampal,recordings
R7578 T11685 T11683 pobj recordings,in
R7579 T11686 T11685 compound field,recordings
R7580 T11687 T11688 punct [,51
R7581 T11688 T11667 parataxis 51,reported
R7582 T11689 T11688 punct ],51
R7583 T11690 T11667 punct .,reported
R7584 T11692 T11693 prep In,induced
R7585 T11694 T11692 pobj addition,In
R7586 T11695 T11693 punct ", ",induced
R7587 T11696 T11693 prep in,induced
R7588 T11697 T11698 amod hippocampal,pathways
R7589 T11698 T11696 pobj pathways,in
R7590 T11699 T11697 cc and,hippocampal
R7591 T11700 T11697 conj amygdala,hippocampal
R7592 T11701 T11698 acl lacking,pathways
R7593 T11702 T11703 compound GluR,B
R7594 T11703 T11701 dobj B,lacking
R7595 T11704 T11703 punct -,B
R7596 T11705 T11693 punct ", ",induced
R7597 T11706 T11707 det an,form
R7598 T11707 T11693 nsubjpass form,induced
R7599 T11708 T11709 npadvmod AMPAR,dependent
R7600 T11709 T11707 amod dependent,form
R7601 T11710 T11709 punct -,dependent
R7602 T11711 T11707 punct ", ",form
R7603 T11712 T11713 nmod N,aspartate
R7604 T11713 T11707 nmod aspartate,form
R7605 T11714 T11713 punct -,aspartate
R7606 T11715 T11713 nmod methyl,aspartate
R7607 T11716 T11713 punct -,aspartate
R7608 T11717 T11713 nmod D,aspartate
R7609 T11718 T11713 punct -,aspartate
R7610 T11719 T11713 punct (,aspartate
R7611 T11720 T11713 appos NMDA,aspartate
R7612 T11721 T11707 punct ),form
R7613 T11722 T11723 npadvmod receptor,independent
R7614 T11723 T11707 amod independent,form
R7615 T11724 T11723 punct -,independent
R7616 T11725 T11707 prep of,form
R7617 T11726 T11725 pobj LTP,of
R7618 T11727 T11693 aux can,induced
R7619 T11728 T11693 auxpass be,induced
R7620 T11729 T11693 advmod readily,induced
R7621 T11730 T11731 punct [,52
R7622 T11731 T11693 parataxis 52,induced
R7623 T11732 T11731 nummod 51,52
R7624 T11733 T11731 punct ",",52
R7625 T11734 T11731 punct ],52
R7626 T11735 T11693 punct .,induced
R7627 T11737 T11738 advmod Mechanistically,is
R7628 T11739 T11738 punct ", ",is
R7629 T11740 T11738 nsubj this,is
R7630 T11741 T11738 acomp likely,is
R7631 T11742 T11743 aux to,be
R7632 T11743 T11741 xcomp be,likely
R7633 T11744 T11743 prep due,be
R7634 T11745 T11744 pcomp to,due
R7635 T11746 T11747 nmod Ca2,influx
R7636 T11747 T11744 pobj influx,due
R7637 T11748 T11746 punct +,Ca2
R7638 T11749 T11747 prep through,influx
R7639 T11750 T11751 compound GluR,B
R7640 T11751 T11753 npadvmod B,less
R7641 T11752 T11751 punct -,B
R7642 T11753 T11755 amod less,channels
R7643 T11754 T11753 punct -,less
R7644 T11755 T11749 pobj channels,through
R7645 T11756 T11755 compound AMPA,channels
R7646 T11757 T11743 advcl leading,be
R7647 T11758 T11757 prep to,leading
R7648 T11759 T11760 amod non-hebbian,forms
R7649 T11760 T11758 pobj forms,to
R7650 T11761 T11760 prep of,forms
R7651 T11762 T11761 pobj plasticity,of
R7652 T11763 T11738 punct .,is
R7653 T11765 T11766 advmod However,is
R7654 T11766 T11777 ccomp is,result
R7655 T11767 T11766 punct ", ",is
R7656 T11768 T11769 amod hebbian,dependence
R7657 T11769 T11766 nsubj dependence,is
R7658 T11770 T11769 prep on,dependence
R7659 T11771 T11772 amod simultaneous,activity
R7660 T11772 T11770 pobj activity,on
R7661 T11773 T11774 advmod pre,postsynaptic
R7662 T11774 T11772 amod postsynaptic,activity
R7663 T11775 T11774 punct -,postsynaptic
R7664 T11776 T11774 cc and,postsynaptic
R7665 T11778 T11766 advmod often,is
R7666 T11779 T11780 det a,feature
R7667 T11780 T11766 attr feature,is
R7668 T11781 T11780 amod critical,feature
R7669 T11782 T11780 prep for,feature
R7670 T11783 T11784 compound memory,storage
R7671 T11784 T11782 pobj storage,for
R7672 T11785 T11786 punct (,reviewed
R7673 T11786 T11766 parataxis reviewed,is
R7674 T11787 T11786 prep in,reviewed
R7675 T11788 T11789 advmod e.g.,76
R7676 T11789 T11787 pobj 76,in
R7677 T11790 T11789 punct [,76
R7678 T11791 T11787 punct ],in
R7679 T11792 T11786 punct ),reviewed
R7680 T11793 T11777 punct ;,result
R7681 T11794 T11777 advmod hence,result
R7682 T11795 T11777 punct ", ",result
R7683 T11796 T11797 det a,form
R7684 T11797 T11777 nsubj form,result
R7685 T11798 T11797 amod non-hebbian,form
R7686 T11799 T11797 prep of,form
R7687 T11800 T11799 pobj plasticity,of
R7688 T11801 T11777 aux should,result
R7689 T11802 T11777 prep in,result
R7690 T11803 T11804 amod impaired,memorization
R7691 T11804 T11802 pobj memorization,in
R7692 T11805 T11777 punct .,result