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PMC:539297 / 25325-25810 JSONTXT 4 Projects

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Id Subject Object Predicate Lexical cue
T5047 0-3 DT denotes The
T5049 4-12 NN denotes membrane
T5048 13-24 NN denotes trafficking
T5051 25-28 CC denotes and
T5052 29-42 JJ denotes mitochondrial
T5053 43-51 NNS denotes deficits
T5054 52-61 VBN denotes uncovered
T5055 62-64 IN denotes in
T5056 65-75 JJ denotes homozygous
T5058 76-86 NN denotes CbCln3Δex7
T5059 86-87 HYPH denotes /
T5060 87-88 CD denotes 8
T5057 89-94 NNS denotes cells
T5050 95-98 VBP denotes are
T5061 99-105 JJ denotes likely
T5062 106-108 TO denotes to
T5064 109-121 RB denotes particularly
T5063 122-128 VB denotes impact
T5065 129-137 JJ denotes neuronal
T5066 138-146 NN denotes function
T5067 146-147 . denotes .
T5068 147-304 sentence denotes Neurotransmission heavily relies on membrane vesicle transport, and a high-energy metabolism may further sensitize neurons to the loss of battenin activity.
T5069 148-165 NN denotes Neurotransmission
T5071 166-173 RB denotes heavily
T5070 174-180 VBZ denotes relies
T5072 181-183 IN denotes on
T5073 184-192 NN denotes membrane
T5074 193-200 NN denotes vesicle
T5075 201-210 NN denotes transport
T5076 210-212 , denotes ,
T5077 212-215 CC denotes and
T5078 216-217 DT denotes a
T5080 218-222 JJ denotes high
T5082 222-223 HYPH denotes -
T5081 223-229 NN denotes energy
T5079 230-240 NN denotes metabolism
T5084 241-244 MD denotes may
T5085 245-252 RB denotes further
T5083 253-262 VB denotes sensitize
T5086 263-270 NNS denotes neurons
T5087 271-273 IN denotes to
T5088 274-277 DT denotes the
T5089 278-282 NN denotes loss
T5090 283-285 IN denotes of
T5091 286-294 NN denotes battenin
T5092 295-303 NN denotes activity
T5093 303-304 . denotes .
T5094 304-485 sentence denotes Thus, our panel of wild-type, heterozygous, and homozygous CbCln3Δex7/8 cerebellar cells provide an ideal model system to further elucidate battenin function and JNCL pathogenesis.
T5095 305-309 RB denotes Thus
T5097 309-311 , denotes ,
T5098 311-314 PRP$ denotes our
T5099 315-320 NN denotes panel
T5100 321-323 IN denotes of
T5101 324-328 JJ denotes wild
T5103 328-329 HYPH denotes -
T5102 329-333 NN denotes type
T5105 333-335 , denotes ,
T5106 335-347 JJ denotes heterozygous
T5107 347-349 , denotes ,
T5108 349-352 CC denotes and
T5109 353-363 JJ denotes homozygous
T5110 364-374 NN denotes CbCln3Δex7
T5111 374-375 HYPH denotes /
T5112 375-376 CD denotes 8
T5113 377-387 JJ denotes cerebellar
T5104 388-393 NNS denotes cells
T5096 394-401 VBP denotes provide
T5114 402-404 DT denotes an
T5116 405-410 JJ denotes ideal
T5117 411-416 NN denotes model
T5115 417-423 NN denotes system
T5118 424-426 TO denotes to
T5120 427-434 RBR denotes further
T5119 435-444 VB denotes elucidate
T5121 445-453 NN denotes battenin
T5122 454-462 NN denotes function
T5123 463-466 CC denotes and
T5124 467-471 NN denotes JNCL
T5125 472-484 NN denotes pathogenesis
T5126 484-485 . denotes .
R2925 T5047 T5048 det The,trafficking
R2926 T5048 T5050 nsubj trafficking,are
R2927 T5049 T5048 compound membrane,trafficking
R2928 T5051 T5048 cc and,trafficking
R2929 T5052 T5053 amod mitochondrial,deficits
R2930 T5053 T5048 conj deficits,trafficking
R2931 T5054 T5048 acl uncovered,trafficking
R2932 T5055 T5054 prep in,uncovered
R2933 T5056 T5057 amod homozygous,cells
R2934 T5057 T5055 pobj cells,in
R2935 T5058 T5057 nmod CbCln3Δex7,cells
R2936 T5059 T5058 punct /,CbCln3Δex7
R2937 T5060 T5058 nummod 8,CbCln3Δex7
R2938 T5061 T5050 acomp likely,are
R2939 T5062 T5063 aux to,impact
R2940 T5063 T5061 xcomp impact,likely
R2941 T5064 T5063 advmod particularly,impact
R2942 T5065 T5066 amod neuronal,function
R2943 T5066 T5063 dobj function,impact
R2944 T5067 T5050 punct .,are
R2945 T5069 T5070 nsubj Neurotransmission,relies
R2946 T5071 T5070 advmod heavily,relies
R2947 T5072 T5070 prep on,relies
R2948 T5073 T5074 compound membrane,vesicle
R2949 T5074 T5075 compound vesicle,transport
R2950 T5075 T5072 pobj transport,on
R2951 T5076 T5070 punct ", ",relies
R2952 T5077 T5070 cc and,relies
R2953 T5078 T5079 det a,metabolism
R2954 T5079 T5083 nsubj metabolism,sensitize
R2955 T5080 T5081 amod high,energy
R2956 T5081 T5079 compound energy,metabolism
R2957 T5082 T5081 punct -,energy
R2958 T5083 T5070 conj sensitize,relies
R2959 T5084 T5083 aux may,sensitize
R2960 T5085 T5083 advmod further,sensitize
R2961 T5086 T5083 dobj neurons,sensitize
R2962 T5087 T5083 prep to,sensitize
R2963 T5088 T5089 det the,loss
R2964 T5089 T5087 pobj loss,to
R2965 T5090 T5089 prep of,loss
R2966 T5091 T5092 compound battenin,activity
R2967 T5092 T5090 pobj activity,of
R2968 T5093 T5083 punct .,sensitize
R2969 T5095 T5096 advmod Thus,provide
R2970 T5097 T5096 punct ", ",provide
R2971 T5098 T5099 poss our,panel
R2972 T5099 T5096 nsubj panel,provide
R2973 T5100 T5099 prep of,panel
R2974 T5101 T5102 amod wild,type
R2975 T5102 T5104 nmod type,cells
R2976 T5103 T5102 punct -,type
R2977 T5104 T5100 pobj cells,of
R2978 T5105 T5102 punct ", ",type
R2979 T5106 T5102 conj heterozygous,type
R2980 T5107 T5106 punct ", ",heterozygous
R2981 T5108 T5106 cc and,heterozygous
R2982 T5109 T5106 conj homozygous,heterozygous
R2983 T5110 T5104 nmod CbCln3Δex7,cells
R2984 T5111 T5110 punct /,CbCln3Δex7
R2985 T5112 T5110 nummod 8,CbCln3Δex7
R2986 T5113 T5104 amod cerebellar,cells
R2987 T5114 T5115 det an,system
R2988 T5115 T5096 dobj system,provide
R2989 T5116 T5115 amod ideal,system
R2990 T5117 T5115 compound model,system
R2991 T5118 T5119 aux to,elucidate
R2992 T5119 T5115 advcl elucidate,system
R2993 T5120 T5119 advmod further,elucidate
R2994 T5121 T5122 compound battenin,function
R2995 T5122 T5119 dobj function,elucidate
R2996 T5123 T5122 cc and,function
R2997 T5124 T5125 compound JNCL,pathogenesis
R2998 T5125 T5122 conj pathogenesis,function
R2999 T5126 T5096 punct .,provide