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PMC:1359071 / 4930-5152 JSONTXT

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2_test

Id Subject Object Predicate Lexical cue
16462940-12646919-86014486 5-6 12646919 denotes 5
16462940-15514893-86014487 7-8 15514893 denotes 8
16462940-11923494-86014488 23-24 11923494 denotes 9
16462940-15299141-86014488 23-24 15299141 denotes 9
16462940-15687266-86014488 23-24 15687266 denotes 9
16462940-15711547-86014488 23-24 15711547 denotes 9
16462940-15711545-86014488 23-24 15711545 denotes 9
16462940-15711544-86014488 23-24 15711544 denotes 9
16462940-15269782-86014488 23-24 15269782 denotes 9
16462940-12415114-86014488 23-24 12415114 denotes 9
T6696 5-6 12646919 denotes 5
T30843 7-8 15514893 denotes 8
T59192 23-24 11923494 denotes 9
T9450 23-24 15299141 denotes 9
T64174 23-24 15687266 denotes 9
T72429 23-24 15711547 denotes 9
T25873 23-24 15711545 denotes 9
T67278 23-24 15711544 denotes 9
T90746 23-24 15269782 denotes 9
T76675 23-24 12415114 denotes 9

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
T1891 97-103 SO:0001026 denotes genome
T1892 109-113 SO:0000704 denotes gene
T1893 109-124 GO:0010467 denotes gene expression
T1894 183-187 SO:0000704 denotes gene
T1895 183-198 GO:0010467 denotes gene expression

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
T1960 97-103 SO_EXT:0001026 denotes genome
T1961 109-113 SO_EXT:0000704 denotes gene
T1962 109-124 GO:0010467 denotes gene expression
T1963 171-179 OBI_SO_EXT:gene_or_genetic_investigation_or_genetic_process denotes genetics
T1964 183-187 SO_EXT:0000704 denotes gene
T1965 183-198 GO:0010467 denotes gene expression

craft-sa-dev

Id Subject Object Predicate Lexical cue
T2352 0-222 sentence denotes We [5,8], and others [9–17], have recently extended the power of this approach by incorporating genome-wide gene expression array analysis, which allows us to model the “genetics of gene expression” using similar methods.
T2353 1-3 PRP denotes We
T2354 44-52 VBN denotes extended
T2355 4-5 -LRB- denotes [
T2356 7-8 CD denotes 8
T2357 5-6 CD denotes 5
T2358 6-7 , denotes ,
T2359 8-9 -RRB- denotes ]
T2360 9-11 , denotes ,
T2361 11-14 CC denotes and
T2362 15-21 NNS denotes others
T2363 22-23 -LRB- denotes [
T2364 23-24 CD denotes 9
T2365 24-25 SYM denotes –
T2366 25-27 CD denotes 17
T2367 27-28 -RRB- denotes ]
T2368 28-30 , denotes ,
T2369 30-34 VBP denotes have
T2370 35-43 RB denotes recently
T2371 53-56 DT denotes the
T2372 57-62 NN denotes power
T2373 63-65 IN denotes of
T2374 66-70 DT denotes this
T2375 71-79 NN denotes approach
T2376 80-82 IN denotes by
T2377 83-96 VBG denotes incorporating
T2378 97-103 NN denotes genome
T2379 104-108 JJ denotes wide
T2380 103-104 HYPH denotes -
T2381 131-139 NN denotes analysis
T2382 109-113 NN denotes gene
T2383 114-124 NN denotes expression
T2384 125-130 NN denotes array
T2385 139-141 , denotes ,
T2386 141-146 WDT denotes which
T2387 147-153 VBZ denotes allows
T2388 154-156 PRP denotes us
T2389 160-165 VB denotes model
T2390 157-159 TO denotes to
T2391 166-169 DT denotes the
T2392 171-179 NN denotes genetics
T2393 170-171 `` denotes “
T2394 180-182 IN denotes of
T2395 183-187 NN denotes gene
T2396 188-198 NN denotes expression
T2397 198-199 '' denotes ”
T2398 200-205 VBG denotes using
T2399 206-213 JJ denotes similar
T2400 214-221 NNS denotes methods
T2401 221-222 . denotes .
R585 T2353 T2354 nsubj We,extended
R586 T2355 T2356 punct [,8
R587 T2356 T2353 parataxis 8,We
R588 T2357 T2356 nummod 5,8
R589 T2358 T2356 punct ",",8
R590 T2359 T2356 punct ],8
R591 T2360 T2353 punct ", ",We
R592 T2361 T2353 cc and,We
R593 T2362 T2353 conj others,We
R594 T2363 T2364 punct [,9
R595 T2364 T2362 parataxis 9,others
R596 T2365 T2366 punct –,17
R597 T2366 T2364 prep 17,9
R598 T2367 T2364 punct ],9
R599 T2368 T2354 punct ", ",extended
R600 T2369 T2354 aux have,extended
R601 T2370 T2354 advmod recently,extended
R602 T2371 T2372 det the,power
R603 T2372 T2354 dobj power,extended
R604 T2373 T2372 prep of,power
R605 T2374 T2375 det this,approach
R606 T2375 T2373 pobj approach,of
R607 T2376 T2354 prep by,extended
R608 T2377 T2376 pcomp incorporating,by
R609 T2378 T2379 npadvmod genome,wide
R610 T2379 T2381 amod wide,analysis
R611 T2380 T2379 punct -,wide
R612 T2381 T2377 dobj analysis,incorporating
R613 T2382 T2383 compound gene,expression
R614 T2383 T2381 compound expression,analysis
R615 T2384 T2381 compound array,analysis
R616 T2385 T2381 punct ", ",analysis
R617 T2386 T2387 dep which,allows
R618 T2387 T2381 relcl allows,analysis
R619 T2388 T2389 nsubj us,model
R620 T2389 T2387 ccomp model,allows
R621 T2390 T2389 aux to,model
R622 T2391 T2392 det the,genetics
R623 T2392 T2389 dobj genetics,model
R624 T2393 T2392 punct “,genetics
R625 T2394 T2392 prep of,genetics
R626 T2395 T2396 compound gene,expression
R627 T2396 T2394 pobj expression,of
R628 T2397 T2389 punct ”,model
R629 T2398 T2389 advcl using,model
R630 T2399 T2400 amod similar,methods
R631 T2400 T2398 dobj methods,using
R632 T2401 T2354 punct .,extended