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PMC:329117 / 2016-2664 JSONTXT 4 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T496 0-11 NNS denotes Conclusions
T497 11-118 sentence denotes Our cDNA collection confirms olfactory function of over one-third of the intact mouse olfactory receptors.
T498 12-15 PRP$ denotes Our
T500 16-20 NN denotes cDNA
T499 21-31 NN denotes collection
T501 32-40 VBZ denotes confirms
T502 41-50 JJ denotes olfactory
T503 51-59 NN denotes function
T504 60-62 IN denotes of
T505 63-67 IN denotes over
T506 68-71 CD denotes one
T507 71-72 HYPH denotes -
T508 72-77 NN denotes third
T509 78-80 IN denotes of
T510 81-84 DT denotes the
T512 85-91 JJ denotes intact
T513 92-97 NN denotes mouse
T514 98-107 JJ denotes olfactory
T511 108-117 NNS denotes receptors
T515 117-118 . denotes .
T516 118-224 sentence denotes Most of these genes were previously annotated as olfactory receptors based solely on sequence similarity.
T517 119-123 JJS denotes Most
T519 124-126 IN denotes of
T520 127-132 DT denotes these
T521 133-138 NNS denotes genes
T522 139-143 VBD denotes were
T523 144-154 RB denotes previously
T518 155-164 VBN denotes annotated
T524 165-167 IN denotes as
T525 168-177 JJ denotes olfactory
T526 178-187 NNS denotes receptors
T527 188-193 VBN denotes based
T528 194-200 RB denotes solely
T529 201-203 IN denotes on
T530 204-212 NN denotes sequence
T531 213-223 NN denotes similarity
T532 223-224 . denotes .
T533 224-391 sentence denotes Our finding that different olfactory receptors have different expression levels is intriguing given the one-neuron, one-gene expression regime of olfactory receptors.
T534 225-228 PRP$ denotes Our
T535 229-236 NN denotes finding
T537 237-241 IN denotes that
T539 242-251 JJ denotes different
T541 252-261 JJ denotes olfactory
T540 262-271 NNS denotes receptors
T538 272-276 VBP denotes have
T542 277-286 JJ denotes different
T544 287-297 NN denotes expression
T543 298-304 NNS denotes levels
T536 305-307 VBZ denotes is
T545 308-318 JJ denotes intriguing
T546 319-324 VBN denotes given
T547 325-328 DT denotes the
T549 329-332 CD denotes one
T551 332-333 HYPH denotes -
T550 333-339 NN denotes neuron
T552 339-341 , denotes ,
T553 341-344 CD denotes one
T555 344-345 HYPH denotes -
T554 345-349 NN denotes gene
T556 350-360 NN denotes expression
T548 361-367 NN denotes regime
T557 368-370 IN denotes of
T558 371-380 JJ denotes olfactory
T559 381-390 NNS denotes receptors
T560 390-391 . denotes .
T561 391-648 sentence denotes We provide 5' untranslated region sequences and candidate promoter regions for more than 300 olfactory receptors, valuable resources for computational regulatory motif searches and for designing olfactory receptor microarrays and other experimental probes.
T562 392-394 PRP denotes We
T563 395-402 VBP denotes provide
T564 403-404 CD denotes 5
T566 404-405 SYM denotes '
T567 406-418 JJ denotes untranslated
T565 419-425 NN denotes region
T568 426-435 NNS denotes sequences
T569 436-439 CC denotes and
T570 440-449 NN denotes candidate
T572 450-458 NN denotes promoter
T571 459-466 NNS denotes regions
T573 467-470 IN denotes for
T574 471-475 JJR denotes more
T576 476-480 IN denotes than
T575 481-484 CD denotes 300
T578 485-494 JJ denotes olfactory
T577 495-504 NNS denotes receptors
T579 504-506 , denotes ,
T580 506-514 JJ denotes valuable
T581 515-524 NNS denotes resources
T582 525-528 IN denotes for
T583 529-542 JJ denotes computational
T585 543-553 JJ denotes regulatory
T584 554-559 NN denotes motif
T586 560-568 NNS denotes searches
T587 569-572 CC denotes and
T588 573-576 IN denotes for
T589 577-586 VBG denotes designing
T590 587-596 JJ denotes olfactory
T591 597-605 NN denotes receptor
T592 606-617 NNS denotes microarrays
T593 618-621 CC denotes and
T594 622-627 JJ denotes other
T596 628-640 JJ denotes experimental
T595 641-647 NNS denotes probes
T597 647-648 . denotes .
R183 T498 T499 poss Our,collection
R184 T499 T501 nsubj collection,confirms
R185 T500 T499 compound cDNA,collection
R186 T502 T503 amod olfactory,function
R187 T503 T501 dobj function,confirms
R188 T504 T503 prep of,function
R189 T505 T506 quantmod over,one
R190 T506 T504 pobj one,of
R191 T507 T506 punct -,one
R192 T508 T506 quantmod third,one
R193 T509 T506 prep of,one
R194 T510 T511 det the,receptors
R195 T511 T509 pobj receptors,of
R196 T512 T511 amod intact,receptors
R197 T513 T511 nmod mouse,receptors
R198 T514 T511 amod olfactory,receptors
R199 T515 T501 punct .,confirms
R200 T517 T518 nsubjpass Most,annotated
R201 T519 T517 prep of,Most
R202 T520 T521 det these,genes
R203 T521 T519 pobj genes,of
R204 T522 T518 auxpass were,annotated
R205 T523 T518 advmod previously,annotated
R206 T524 T518 prep as,annotated
R207 T525 T526 amod olfactory,receptors
R208 T526 T524 pobj receptors,as
R209 T527 T518 prep based,annotated
R210 T528 T529 advmod solely,on
R211 T529 T527 prep on,based
R212 T530 T531 compound sequence,similarity
R213 T531 T529 pobj similarity,on
R214 T532 T518 punct .,annotated
R215 T534 T535 poss Our,finding
R216 T535 T536 nsubj finding,is
R217 T537 T538 mark that,have
R218 T538 T535 acl have,finding
R219 T539 T540 amod different,receptors
R220 T540 T538 nsubj receptors,have
R221 T541 T540 amod olfactory,receptors
R222 T542 T543 amod different,levels
R223 T543 T538 dobj levels,have
R224 T544 T543 compound expression,levels
R225 T545 T536 acomp intriguing,is
R226 T546 T536 prep given,is
R227 T547 T548 det the,regime
R228 T548 T546 pobj regime,given
R229 T549 T550 nummod one,neuron
R230 T550 T548 nmod neuron,regime
R231 T551 T550 punct -,neuron
R232 T552 T550 punct ", ",neuron
R233 T553 T554 nummod one,gene
R234 T554 T550 appos gene,neuron
R235 T555 T554 punct -,gene
R236 T556 T548 compound expression,regime
R237 T557 T548 prep of,regime
R238 T558 T559 amod olfactory,receptors
R239 T559 T557 pobj receptors,of
R240 T560 T536 punct .,is
R241 T562 T563 nsubj We,provide
R242 T564 T565 nummod 5,region
R243 T565 T568 compound region,sequences
R244 T566 T564 punct ',5
R245 T567 T565 amod untranslated,region
R246 T568 T563 dobj sequences,provide
R247 T569 T568 cc and,sequences
R248 T570 T571 compound candidate,regions
R249 T571 T568 conj regions,sequences
R250 T572 T571 compound promoter,regions
R251 T573 T568 prep for,sequences
R252 T574 T575 amod more,300
R253 T575 T577 nummod 300,receptors
R254 T576 T575 quantmod than,300
R255 T577 T573 pobj receptors,for
R256 T578 T577 amod olfactory,receptors
R257 T579 T568 punct ", ",sequences
R258 T580 T581 amod valuable,resources
R259 T581 T568 appos resources,sequences
R260 T582 T581 prep for,resources
R261 T583 T584 amod computational,motif
R262 T584 T586 compound motif,searches
R263 T585 T584 amod regulatory,motif
R264 T586 T582 pobj searches,for
R265 T587 T582 cc and,for
R266 T588 T582 conj for,for
R267 T589 T588 pcomp designing,for
R268 T590 T591 amod olfactory,receptor
R269 T591 T592 compound receptor,microarrays
R270 T592 T589 dobj microarrays,designing
R271 T593 T592 cc and,microarrays
R272 T594 T595 amod other,probes
R273 T595 T592 conj probes,microarrays
R274 T596 T595 amod experimental,probes
R275 T597 T563 punct .,provide