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PMC:509410 / 16709-18115 JSONTXT

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craft-sa-dev

Id Subject Object Predicate Lexical cue
T3182 0-3 PRP$ denotes Our
T3183 4-8 NNS denotes data
T3184 9-15 VBP denotes reveal
T3185 16-20 IN denotes that
T3186 66-74 VB denotes regulate
T3187 21-22 DT denotes a
T3188 54-61 NN denotes pathway
T3189 23-28 NN denotes PPARδ
T3190 29-37 VBN denotes mediated
T3191 28-29 HYPH denotes -
T3192 38-53 JJ denotes transcriptional
T3193 62-65 MD denotes can
T3194 75-81 NN denotes muscle
T3195 82-87 NN denotes fiber
T3196 88-101 NN denotes specification
T3197 101-103 , denotes ,
T3198 103-111 VBG denotes enabling
T3199 112-115 DT denotes the
T3200 116-126 NN denotes generation
T3201 127-129 IN denotes of
T3202 130-131 DT denotes a
T3203 132-138 NN denotes strain
T3204 139-141 IN denotes of
T3205 142-146 NNS denotes mice
T3206 147-151 IN denotes with
T3207 152-153 DT denotes a
T3208 178-187 NN denotes phenotype
T3209 154-155 `` denotes “
T3210 155-159 JJ denotes long
T3211 160-168 NN denotes distance
T3212 159-160 HYPH denotes -
T3213 169-176 NN denotes running
T3214 176-177 '' denotes ”
T3215 187-188 . denotes .
T3216 188-472 sentence denotes We show that targeted expression of an activated form of PPARδ produces profound and coordinated increases in oxidation enzymes, mitochondrial biogenesis, and production of specialized type I fiber contractile proteins—the three hallmarks for muscle fiber type switching (Figure 6C).
T3217 189-191 PRP denotes We
T3218 192-196 VBP denotes show
T3219 197-201 IN denotes that
T3220 252-260 VBZ denotes produces
T3221 202-210 VBN denotes targeted
T3222 211-221 NN denotes expression
T3223 222-224 IN denotes of
T3224 225-227 DT denotes an
T3225 238-242 NN denotes form
T3226 228-237 JJ denotes activated
T3227 243-245 IN denotes of
T3228 246-251 NN denotes PPARδ
T3229 261-269 JJ denotes profound
T3230 286-295 NNS denotes increases
T3231 270-273 CC denotes and
T3232 274-285 VBN denotes coordinated
T3233 296-298 IN denotes in
T3234 299-308 NN denotes oxidation
T3235 309-316 NNS denotes enzymes
T3236 316-318 , denotes ,
T3237 318-331 JJ denotes mitochondrial
T3238 332-342 NN denotes biogenesis
T3239 342-344 , denotes ,
T3240 344-347 CC denotes and
T3241 348-358 NN denotes production
T3242 359-361 IN denotes of
T3243 362-373 VBN denotes specialized
T3244 399-407 NN denotes proteins
T3245 374-378 NN denotes type
T3246 381-386 NN denotes fiber
T3247 379-380 CD denotes I
T3248 387-398 JJ denotes contractile
T3249 407-408 : denotes —
T3250 408-411 DT denotes the
T3251 418-427 NNS denotes hallmarks
T3252 412-417 CD denotes three
T3253 428-431 IN denotes for
T3254 432-438 NN denotes muscle
T3255 439-444 NN denotes fiber
T3256 450-459 NN denotes switching
T3257 445-449 NN denotes type
T3258 460-461 -LRB- denotes (
T3259 461-467 NN denotes Figure
T3260 468-470 CD denotes 6C
T3261 470-471 -RRB- denotes )
T3262 471-472 . denotes .
T3263 472-730 sentence denotes While induction of muscle oxidation enzymes by PPARδ has been seen both in vivo and in vitro (Muoio et al. 2002; Dressel et al. 2003; Luquet et al. 2003; Tanaka et al. 2003; Wang et al. 2003), its effects shown here on muscle fiber switching are unexpected.
T3264 473-478 IN denotes While
T3265 535-539 VBN denotes seen
T3266 479-488 NN denotes induction
T3267 489-491 IN denotes of
T3268 492-498 NN denotes muscle
T3269 509-516 NNS denotes enzymes
T3270 499-508 NN denotes oxidation
T3271 517-519 IN denotes by
T3272 520-525 NN denotes PPARδ
T3273 526-529 VBZ denotes has
T3274 530-534 VBN denotes been
T3275 715-718 VBP denotes are
T3276 540-544 CC denotes both
T3277 548-552 FW denotes vivo
T3278 545-547 FW denotes in
T3279 553-556 CC denotes and
T3280 557-559 FW denotes in
T3281 560-565 FW denotes vitro
T3282 566-567 -LRB- denotes (
T3283 567-572 NNP denotes Muoio
T3284 573-575 FW denotes et
T3285 576-579 FW denotes al.
T3286 580-584 CD denotes 2002
T3287 584-585 : denotes ;
T3288 586-593 NNP denotes Dressel
T3289 594-596 FW denotes et
T3290 597-600 FW denotes al.
T3291 601-605 CD denotes 2003
T3292 605-606 : denotes ;
T3293 607-613 NNP denotes Luquet
T3294 614-616 FW denotes et
T3295 617-620 FW denotes al.
T3296 621-625 CD denotes 2003
T3297 625-626 : denotes ;
T3298 627-633 NNP denotes Tanaka
T3299 634-636 FW denotes et
T3300 637-640 FW denotes al.
T3301 641-645 CD denotes 2003
T3302 645-646 : denotes ;
T3303 647-651 NNP denotes Wang
T3304 652-654 FW denotes et
T3305 655-658 FW denotes al.
T3306 659-663 CD denotes 2003
T3307 663-664 -RRB- denotes )
T3308 664-666 , denotes ,
T3309 666-669 PRP$ denotes its
T3310 670-677 NNS denotes effects
T3311 678-683 VBN denotes shown
T3312 684-688 RB denotes here
T3313 689-691 IN denotes on
T3314 692-698 NN denotes muscle
T3315 699-704 NN denotes fiber
T3316 705-714 NN denotes switching
T3317 719-729 JJ denotes unexpected
T3318 729-730 . denotes .
T3319 730-919 sentence denotes These progressive changes in oxidative capacity in conjunction with eventual changes in type I muscle fiber lead to a dramatically improved exercise profile and protection against obesity.
T3320 731-736 DT denotes These
T3321 749-756 NNS denotes changes
T3322 737-748 JJ denotes progressive
T3323 839-843 VBP denotes lead
T3324 757-759 IN denotes in
T3325 760-769 JJ denotes oxidative
T3326 770-778 NN denotes capacity
T3327 779-781 IN denotes in
T3328 782-793 NN denotes conjunction
T3329 794-798 IN denotes with
T3330 799-807 JJ denotes eventual
T3331 808-815 NNS denotes changes
T3332 816-818 IN denotes in
T3333 819-823 NN denotes type
T3334 833-838 NN denotes fiber
T3335 824-825 CD denotes I
T3336 826-832 NN denotes muscle
T3337 844-846 IN denotes to
T3338 847-848 DT denotes a
T3339 880-887 NN denotes profile
T3340 849-861 RB denotes dramatically
T3341 862-870 VBN denotes improved
T3342 871-879 NN denotes exercise
T3343 888-891 CC denotes and
T3344 892-902 NN denotes protection
T3345 903-910 IN denotes against
T3346 911-918 NN denotes obesity
T3347 918-919 . denotes .
T3348 919-1174 sentence denotes This does not solely depend on achieving a directed muscle fiber type switch but also requires all the associated changes in neural innervation, motor neuron function, and peripheral metabolic adaptation to enable a new integrated physiological response.
T3349 920-924 DT denotes This
T3350 941-947 VB denotes depend
T3351 925-929 VBZ denotes does
T3352 930-933 RB denotes not
T3353 934-940 RB denotes solely
T3354 948-950 IN denotes on
T3355 951-960 VBG denotes achieving
T3356 961-962 DT denotes a
T3357 990-996 NN denotes switch
T3358 963-971 VBN denotes directed
T3359 972-978 NN denotes muscle
T3360 979-984 NN denotes fiber
T3361 985-989 NN denotes type
T3362 997-1000 CC denotes but
T3363 1001-1005 RB denotes also
T3364 1006-1014 VBZ denotes requires
T3365 1015-1018 PDT denotes all
T3366 1034-1041 NNS denotes changes
T3367 1019-1022 DT denotes the
T3368 1023-1033 VBN denotes associated
T3369 1042-1044 IN denotes in
T3370 1045-1051 JJ denotes neural
T3371 1052-1063 NN denotes innervation
T3372 1063-1065 , denotes ,
T3373 1065-1070 NN denotes motor
T3374 1071-1077 NN denotes neuron
T3375 1078-1086 NN denotes function
T3376 1086-1088 , denotes ,
T3377 1088-1091 CC denotes and
T3378 1092-1102 JJ denotes peripheral
T3379 1113-1123 NN denotes adaptation
T3380 1103-1112 JJ denotes metabolic
T3381 1124-1126 TO denotes to
T3382 1127-1133 VB denotes enable
T3383 1134-1135 DT denotes a
T3384 1165-1173 NN denotes response
T3385 1136-1139 JJ denotes new
T3386 1140-1150 VBN denotes integrated
T3387 1151-1164 JJ denotes physiological
T3388 1173-1174 . denotes .
T3389 1174-1313 sentence denotes Accordingly, activation of muscle PPARδ essentially recapitulates the effects of exercise training even in the absence of training itself.
T3390 1175-1186 RB denotes Accordingly
T3391 1227-1240 VBZ denotes recapitulates
T3392 1186-1188 , denotes ,
T3393 1188-1198 NN denotes activation
T3394 1199-1201 IN denotes of
T3395 1202-1208 NN denotes muscle
T3396 1209-1214 NN denotes PPARδ
T3397 1215-1226 RB denotes essentially
T3398 1241-1244 DT denotes the
T3399 1245-1252 NNS denotes effects
T3400 1253-1255 IN denotes of
T3401 1256-1264 NN denotes exercise
T3402 1265-1273 NN denotes training
T3403 1274-1278 RB denotes even
T3404 1279-1281 IN denotes in
T3405 1282-1285 DT denotes the
T3406 1286-1293 NN denotes absence
T3407 1294-1296 IN denotes of
T3408 1297-1305 VBG denotes training
T3409 1306-1312 PRP denotes itself
T3410 1312-1313 . denotes .
T3411 1313-1406 sentence denotes To our knowledge, this has not been directly described for any other transcriptional factor.
T3412 1314-1316 IN denotes To
T3413 1359-1368 VBN denotes described
T3414 1317-1320 PRP$ denotes our
T3415 1321-1330 NN denotes knowledge
T3416 1330-1332 , denotes ,
T3417 1332-1336 DT denotes this
T3418 1337-1340 VBZ denotes has
T3419 1341-1344 RB denotes not
T3420 1345-1349 VBN denotes been
T3421 1350-1358 RB denotes directly
T3422 1369-1372 IN denotes for
T3423 1373-1376 DT denotes any
T3424 1399-1405 NN denotes factor
T3425 1377-1382 JJ denotes other
T3426 1383-1398 JJ denotes transcriptional
T3427 1405-1406 . denotes .
R2169 T3182 T3183 poss Our,data
R2170 T3183 T3184 nsubj data,reveal
R2171 T3185 T3186 mark that,regulate
R2172 T3186 T3184 ccomp regulate,reveal
R2173 T3187 T3188 det a,pathway
R2174 T3188 T3186 nsubj pathway,regulate
R2175 T3189 T3190 npadvmod PPARδ,mediated
R2176 T3190 T3188 amod mediated,pathway
R2177 T3191 T3190 punct -,mediated
R2178 T3192 T3188 amod transcriptional,pathway
R2179 T3193 T3186 aux can,regulate
R2180 T3194 T3195 compound muscle,fiber
R2181 T3195 T3196 compound fiber,specification
R2182 T3196 T3186 dobj specification,regulate
R2183 T3197 T3186 punct ", ",regulate
R2184 T3198 T3186 advcl enabling,regulate
R2185 T3199 T3200 det the,generation
R2186 T3200 T3198 dobj generation,enabling
R2187 T3201 T3200 prep of,generation
R2188 T3202 T3203 det a,strain
R2189 T3203 T3201 pobj strain,of
R2190 T3204 T3203 prep of,strain
R2191 T3205 T3204 pobj mice,of
R2192 T3206 T3203 prep with,strain
R2193 T3207 T3208 det a,phenotype
R2194 T3208 T3206 pobj phenotype,with
R2195 T3209 T3208 punct “,phenotype
R2196 T3210 T3211 amod long,distance
R2197 T3211 T3213 nmod distance,running
R2198 T3212 T3211 punct -,distance
R2199 T3213 T3208 nmod running,phenotype
R2200 T3214 T3208 punct ”,phenotype
R2201 T3215 T3184 punct .,reveal
R2202 T3217 T3218 nsubj We,show
R2203 T3219 T3220 mark that,produces
R2204 T3220 T3218 ccomp produces,show
R2205 T3221 T3222 amod targeted,expression
R2206 T3222 T3220 nsubj expression,produces
R2207 T3223 T3222 prep of,expression
R2208 T3224 T3225 det an,form
R2209 T3225 T3223 pobj form,of
R2210 T3226 T3225 amod activated,form
R2211 T3227 T3225 prep of,form
R2212 T3228 T3227 pobj PPARδ,of
R2213 T3229 T3230 amod profound,increases
R2214 T3230 T3220 dobj increases,produces
R2215 T3231 T3229 cc and,profound
R2216 T3232 T3229 conj coordinated,profound
R2217 T3233 T3230 prep in,increases
R2218 T3234 T3235 compound oxidation,enzymes
R2219 T3235 T3233 pobj enzymes,in
R2220 T3236 T3235 punct ", ",enzymes
R2221 T3237 T3238 amod mitochondrial,biogenesis
R2222 T3238 T3235 conj biogenesis,enzymes
R2223 T3239 T3238 punct ", ",biogenesis
R2224 T3240 T3238 cc and,biogenesis
R2225 T3241 T3238 conj production,biogenesis
R2226 T3242 T3241 prep of,production
R2227 T3243 T3244 amod specialized,proteins
R2228 T3244 T3242 pobj proteins,of
R2229 T3245 T3246 nmod type,fiber
R2230 T3246 T3244 nmod fiber,proteins
R2231 T3247 T3245 nummod I,type
R2232 T3248 T3244 amod contractile,proteins
R2233 T3249 T3235 punct —,enzymes
R2234 T3250 T3251 det the,hallmarks
R2235 T3251 T3235 appos hallmarks,enzymes
R2236 T3252 T3251 nummod three,hallmarks
R2237 T3253 T3251 prep for,hallmarks
R2238 T3254 T3255 compound muscle,fiber
R2239 T3255 T3256 compound fiber,switching
R2240 T3256 T3253 pobj switching,for
R2241 T3257 T3256 compound type,switching
R2242 T3258 T3259 punct (,Figure
R2243 T3259 T3220 parataxis Figure,produces
R2244 T3260 T3259 nummod 6C,Figure
R2245 T3261 T3259 punct ),Figure
R2246 T3262 T3218 punct .,show
R2247 T3264 T3265 mark While,seen
R2248 T3265 T3275 advcl seen,are
R2249 T3266 T3265 nsubjpass induction,seen
R2250 T3267 T3266 prep of,induction
R2251 T3268 T3269 compound muscle,enzymes
R2252 T3269 T3267 pobj enzymes,of
R2253 T3270 T3269 compound oxidation,enzymes
R2254 T3271 T3266 prep by,induction
R2255 T3272 T3271 pobj PPARδ,by
R2256 T3273 T3265 aux has,seen
R2257 T3274 T3265 auxpass been,seen
R2258 T3276 T3277 preconj both,vivo
R2259 T3277 T3265 advmod vivo,seen
R2260 T3278 T3277 advmod in,vivo
R2261 T3279 T3277 cc and,vivo
R2262 T3280 T3281 advmod in,vitro
R2263 T3281 T3277 conj vitro,vivo
R2264 T3282 T3283 punct (,Muoio
R2265 T3283 T3265 meta Muoio,seen
R2266 T3284 T3283 nmod et,Muoio
R2267 T3285 T3283 nmod al.,Muoio
R2268 T3286 T3283 nummod 2002,Muoio
R2269 T3287 T3283 punct ;,Muoio
R2270 T3288 T3283 nmod Dressel,Muoio
R2271 T3289 T3283 nmod et,Muoio
R2272 T3290 T3283 nmod al.,Muoio
R2273 T3291 T3283 nummod 2003,Muoio
R2274 T3292 T3283 punct ;,Muoio
R2275 T3293 T3283 nmod Luquet,Muoio
R2276 T3294 T3283 nmod et,Muoio
R2277 T3295 T3283 nmod al.,Muoio
R2278 T3296 T3283 nummod 2003,Muoio
R2279 T3297 T3283 punct ;,Muoio
R2280 T3298 T3283 nmod Tanaka,Muoio
R2281 T3299 T3283 nmod et,Muoio
R2282 T3300 T3283 nmod al.,Muoio
R2283 T3301 T3283 nummod 2003,Muoio
R2284 T3302 T3283 punct ;,Muoio
R2285 T3303 T3283 nmod Wang,Muoio
R2286 T3304 T3283 nmod et,Muoio
R2287 T3305 T3283 nmod al.,Muoio
R2288 T3306 T3283 nummod 2003,Muoio
R2289 T3307 T3283 punct ),Muoio
R2290 T3308 T3275 punct ", ",are
R2291 T3309 T3310 poss its,effects
R2292 T3310 T3275 nsubj effects,are
R2293 T3311 T3310 acl shown,effects
R2294 T3312 T3311 advmod here,shown
R2295 T3313 T3311 prep on,shown
R2296 T3314 T3315 compound muscle,fiber
R2297 T3315 T3316 compound fiber,switching
R2298 T3316 T3313 pobj switching,on
R2299 T3317 T3275 acomp unexpected,are
R2300 T3318 T3275 punct .,are
R2301 T3320 T3321 det These,changes
R2302 T3321 T3323 nsubj changes,lead
R2303 T3322 T3321 amod progressive,changes
R2304 T3324 T3321 prep in,changes
R2305 T3325 T3326 amod oxidative,capacity
R2306 T3326 T3324 pobj capacity,in
R2307 T3327 T3321 prep in,changes
R2308 T3328 T3327 pobj conjunction,in
R2309 T3329 T3328 prep with,conjunction
R2310 T3330 T3331 amod eventual,changes
R2311 T3331 T3329 pobj changes,with
R2312 T3332 T3331 prep in,changes
R2313 T3333 T3334 nmod type,fiber
R2314 T3334 T3332 pobj fiber,in
R2315 T3335 T3333 nummod I,type
R2316 T3336 T3334 compound muscle,fiber
R2317 T3337 T3323 prep to,lead
R2318 T3338 T3339 det a,profile
R2319 T3339 T3337 pobj profile,to
R2320 T3340 T3341 advmod dramatically,improved
R2321 T3341 T3339 amod improved,profile
R2322 T3342 T3339 compound exercise,profile
R2323 T3343 T3339 cc and,profile
R2324 T3344 T3339 conj protection,profile
R2325 T3345 T3344 prep against,protection
R2326 T3346 T3345 pobj obesity,against
R2327 T3347 T3323 punct .,lead
R2328 T3349 T3350 nsubj This,depend
R2329 T3351 T3350 aux does,depend
R2330 T3352 T3350 neg not,depend
R2331 T3353 T3350 advmod solely,depend
R2332 T3354 T3350 prep on,depend
R2333 T3355 T3354 pcomp achieving,on
R2334 T3356 T3357 det a,switch
R2335 T3357 T3355 dobj switch,achieving
R2336 T3358 T3357 amod directed,switch
R2337 T3359 T3360 compound muscle,fiber
R2338 T3360 T3357 compound fiber,switch
R2339 T3361 T3357 compound type,switch
R2340 T3362 T3350 cc but,depend
R2341 T3363 T3364 advmod also,requires
R2342 T3364 T3350 conj requires,depend
R2343 T3365 T3366 predet all,changes
R2344 T3366 T3364 dobj changes,requires
R2345 T3367 T3366 det the,changes
R2346 T3368 T3366 amod associated,changes
R2347 T3369 T3366 prep in,changes
R2348 T3370 T3371 amod neural,innervation
R2349 T3371 T3369 pobj innervation,in
R2350 T3372 T3371 punct ", ",innervation
R2351 T3373 T3374 compound motor,neuron
R2352 T3374 T3375 compound neuron,function
R2353 T3375 T3371 conj function,innervation
R2354 T3376 T3375 punct ", ",function
R2355 T3377 T3375 cc and,function
R2356 T3378 T3379 amod peripheral,adaptation
R2357 T3379 T3375 conj adaptation,function
R2358 T3380 T3379 amod metabolic,adaptation
R2359 T3381 T3382 aux to,enable
R2360 T3382 T3364 advcl enable,requires
R2361 T3383 T3384 det a,response
R2362 T3384 T3382 dobj response,enable
R2363 T3385 T3384 amod new,response
R2364 T3386 T3384 amod integrated,response
R2365 T3387 T3384 amod physiological,response
R2366 T3388 T3350 punct .,depend
R2367 T3390 T3391 advmod Accordingly,recapitulates
R2368 T3392 T3391 punct ", ",recapitulates
R2369 T3393 T3391 nsubj activation,recapitulates
R2370 T3394 T3393 prep of,activation
R2371 T3395 T3396 compound muscle,PPARδ
R2372 T3396 T3394 pobj PPARδ,of
R2373 T3397 T3391 advmod essentially,recapitulates
R2374 T3398 T3399 det the,effects
R2375 T3399 T3391 dobj effects,recapitulates
R2376 T3400 T3399 prep of,effects
R2377 T3401 T3402 compound exercise,training
R2378 T3402 T3400 pobj training,of
R2379 T3403 T3404 advmod even,in
R2380 T3404 T3391 prep in,recapitulates
R2381 T3405 T3406 det the,absence
R2382 T3406 T3404 pobj absence,in
R2383 T3407 T3406 prep of,absence
R2384 T3408 T3407 pobj training,of
R2385 T3409 T3408 appos itself,training
R2386 T3410 T3391 punct .,recapitulates
R2387 T3412 T3413 prep To,described
R2388 T3414 T3415 poss our,knowledge
R2389 T3415 T3412 pobj knowledge,To
R2390 T3416 T3413 punct ", ",described
R2391 T3417 T3413 nsubjpass this,described
R2392 T3418 T3413 aux has,described
R2393 T3419 T3413 neg not,described
R2394 T3420 T3413 auxpass been,described
R2395 T3421 T3413 advmod directly,described
R2396 T3422 T3413 prep for,described
R2397 T3423 T3424 det any,factor
R2398 T3424 T3422 pobj factor,for
R2399 T3425 T3424 amod other,factor
R2400 T3426 T3424 amod transcriptional,factor
R2401 T3427 T3413 punct .,described

2_test

Id Subject Object Predicate Lexical cue
15328533-12118038-84708281 580-584 12118038 denotes 2002
15328533-14525954-84708282 601-605 14525954 denotes 2003
15328533-14525942-84708283 621-625 14525942 denotes 2003
15328533-14676330-84708284 641-645 14676330 denotes 2003
15328533-12705865-84708285 659-663 12705865 denotes 2003
T88229 580-584 12118038 denotes 2002
T92978 601-605 14525954 denotes 2003
T44137 621-625 14525942 denotes 2003
T54414 641-645 14676330 denotes 2003
T67140 659-663 12705865 denotes 2003

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
T3049 23-28 PR_EXT:000013057 denotes PPARδ
T3050 38-53 GO_EXT:transcription denotes transcriptional
T3051 66-74 GO:0065007 denotes regulate
T3052 75-81 UBERON_EXT:muscle_structure_or_tissue denotes muscle
T3053 75-87 CL:0000187 denotes muscle fiber
T3054 142-146 NCBITaxon:10088 denotes mice
T3055 211-221 GO:0010467 denotes expression
T3056 246-251 PR_EXT:000013057 denotes PPARδ
T3057 299-308 MOP:0000568 denotes oxidation
T3058 309-316 CHEBI_GO_SO_EXT:enzyme denotes enzymes
T3059 318-331 GO:0005739 denotes mitochondrial
T3060 332-342 GO_EXT:biogenesis_or_biosynthesis denotes biogenesis
T3061 348-361 _FRAGMENT denotes production of
T3062 399-407 GO:0006412 denotes proteins
T3063 374-386 CL:0002211 denotes type I fiber
T3064 387-398 GO:0006936 denotes contractile
T3065 399-407 CHEBI_PR_EXT:protein denotes proteins
T3066 432-438 UBERON_EXT:muscle_structure_or_tissue denotes muscle
T3067 432-444 CL:0000187 denotes muscle fiber
T3068 492-498 UBERON_EXT:muscle_structure_or_tissue denotes muscle
T3069 499-508 MOP:0000568 denotes oxidation
T3070 509-516 CHEBI_GO_SO_EXT:enzyme denotes enzymes
T3089 1383-1398 GO_EXT:transcription denotes transcriptional
T3071 520-525 PR_EXT:000013057 denotes PPARδ
T3072 692-698 UBERON_EXT:muscle_structure_or_tissue denotes muscle
T3073 692-704 CL:0000187 denotes muscle fiber
T3074 760-769 MOP:0000568 denotes oxidative
T3075 819-838 CL:0002211 denotes type I muscle fiber
T3076 826-832 UBERON_EXT:muscle_structure_or_tissue denotes muscle
T3077 963-971 GO_EXT:biological_direction_or_guidance denotes directed
T3078 972-978 UBERON_EXT:muscle_structure_or_tissue denotes muscle
T3079 972-984 CL:0000187 denotes muscle fiber
T3080 1045-1051 UBERON_EXT:neural_tissue_or_nerve_or_nervous_system denotes neural
T3081 1052-1063 GO_UBERON_EXT:innervation_entity_or_process denotes innervation
T3082 1065-1070 GO_EXT:biological_movement_or_translocation_process denotes motor
T3083 1065-1077 CL:0000100 denotes motor neuron
T3084 1103-1112 GO:0008152 denotes metabolic
T3085 1151-1164 GO_PATO_EXT:physiological_process_or_quality denotes physiological
T3086 1165-1173 GO_EXT:reaction_or_response denotes response
T3087 1202-1208 UBERON_EXT:muscle_structure_or_tissue denotes muscle
T3088 1209-1214 PR_EXT:000013057 denotes PPARδ
R2167 T3062 T3061 _lexicallyChainedTo proteins,production of

craft-ca-core-dev

Below, discontinuous spans are shown in the chain model. You can change it to the bag model.

Id Subject Object Predicate Lexical cue
T2968 23-28 PR:000013057 denotes PPARδ
T2969 66-74 GO:0065007 denotes regulate
T2970 75-87 CL:0000187 denotes muscle fiber
T2971 142-146 NCBITaxon:10088 denotes mice
T2972 211-221 GO:0010467 denotes expression
T2973 246-251 PR:000013057 denotes PPARδ
T2974 299-308 MOP:0000568 denotes oxidation
T2975 318-331 GO:0005739 denotes mitochondrial
T2976 348-361 _FRAGMENT denotes production of
T2977 399-407 GO:0006412 denotes proteins
T2978 374-386 CL:0002211 denotes type I fiber
T2979 387-398 GO:0006936 denotes contractile
T2980 432-444 CL:0000187 denotes muscle fiber
T2981 499-508 MOP:0000568 denotes oxidation
T2982 520-525 PR:000013057 denotes PPARδ
T2983 692-704 CL:0000187 denotes muscle fiber
T2984 760-769 MOP:0000568 denotes oxidative
T2985 819-838 CL:0002211 denotes type I muscle fiber
T2986 972-984 CL:0000187 denotes muscle fiber
T2987 1065-1077 CL:0000100 denotes motor neuron
T2988 1103-1112 GO:0008152 denotes metabolic
T2989 1209-1214 PR:000013057 denotes PPARδ
R2165 T2977 T2976 _lexicallyChainedTo proteins,production of