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PubMed:7559881 JSONTXT

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jnlpba-st-training

Id Subject Object Predicate Lexical cue
T1 20-65 RNA denotes vitamin D receptor messenger ribonucleic acid
T2 354-383 DNA denotes vitamin D receptor (VDR) gene
T3 528-568 DNA denotes restriction fragment length polymorphism
T4 618-626 DNA denotes VDR gene
T5 819-822 protein denotes VDR
T6 920-937 RNA denotes VDR messenger RNA
T7 977-989 DNA denotes DNA sequence
T8 1317-1320 protein denotes VDR
T9 1352-1364 DNA denotes VDR genotype

DisGeNET5_gene_disease

Id Subject Object Predicate Lexical cue
7559881-0#20#38#gene7421 20-38 gene7421 denotes vitamin D receptor
7559881-0#93#107#diseaseC0020438 93-107 diseaseC0020438 denotes hypercalciuria
20#38#gene742193#107#diseaseC0020438 7559881-0#20#38#gene7421 7559881-0#93#107#diseaseC0020438 associated_with vitamin D receptor,hypercalciuria

genia-medco-coref

Id Subject Object Predicate Lexical cue
C1 82-107 NP denotes absorptive hypercalciuria
C2 109-162 NP denotes Absorptive hypercalciuria (a stone-forming condition)
C3 183-255 NP denotes gut hyperabsorption of calcium, hypercalciuria, and reduced bone density
C4 269-283 NP denotes these features
C5 350-383 NP denotes the vitamin D receptor (VDR) gene
C6 423-432 NP denotes this gene
C7 453-490 NP denotes intestinal hyperabsorption of calcium
C9 614-626 NP denotes the VDR gene
C8 593-626 NP denotes different alleles of the VDR gene
C10 630-697 NP denotes a group of 33 well characterized absorptive hypercalciuric patients
C11 702-761 NP denotes a group of 36 normal race- and age-matched control subjects
C12 815-830 NP denotes the VDR alleles
C13 834-856 NP denotes the patient population
C14 876-897 NP denotes the normal population
C15 1148-1190 NP denotes the enhanced intestinal calcium absorption
C16 1210-1235 NP denotes absorptive hypercalciuria
C17 1262-1275 NP denotes this disorder
R1 C2 C1 coref-ident Absorptive hypercalciuria (a stone-forming condition),absorptive hypercalciuria
R2 C4 C3 coref-ident these features,"gut hyperabsorption of calcium, hypercalciuria, and reduced bone density"
R3 C6 C5 coref-ident this gene,the vitamin D receptor (VDR) gene
R4 C9 C6 coref-ident the VDR gene,this gene
R5 C12 C8 coref-ident the VDR alleles,different alleles of the VDR gene
R6 C13 C10 coref-ident the patient population,a group of 33 well characterized absorptive hypercalciuric patients
R7 C14 C11 coref-ident the normal population,a group of 36 normal race- and age-matched control subjects
R8 C15 C7 coref-ident the enhanced intestinal calcium absorption,intestinal hyperabsorption of calcium
R9 C16 C2 coref-ident absorptive hypercalciuria,Absorptive hypercalciuria (a stone-forming condition)
R10 C17 C16 coref-ident this disorder,absorptive hypercalciuria

pubmed-sentences-benchmark

Id Subject Object Predicate Lexical cue
S1 0-108 Sentence denotes Evidence for normal vitamin D receptor messenger ribonucleic acid and genotype in absorptive hypercalciuria.
S2 109-256 Sentence denotes Absorptive hypercalciuria (a stone-forming condition) is characterized by gut hyperabsorption of calcium, hypercalciuria, and reduced bone density.
S3 257-491 Sentence denotes Inasmuch as these features implicate enhanced calcitriol action in gut and bone, we analyzed the vitamin D receptor (VDR) gene to ascertain whether an abnormality of this gene marks patients with intestinal hyperabsorption of calcium.
S4 492-762 Sentence denotes We have compared the frequency of a restriction fragment length polymorphism (Bsm I) associated with different alleles of the VDR gene in a group of 33 well characterized absorptive hypercalciuric patients and a group of 36 normal race- and age-matched control subjects.
S5 763-898 Sentence denotes There was no difference between the distribution of the VDR alleles in the patient population when compared with the normal population.
S6 899-1100 Sentence denotes The coding region of VDR messenger RNA was also normal, as determined by both DNA sequence analysis and chemical mismatch cleavage analysis of copy DNA from 11 index absorptive hypercalciuric patients.
S7 1101-1365 Sentence denotes On the basis of these results, we propose that the enhanced intestinal calcium absorption invariably seen in absorptive hypercalciuria and attendant symptoms of this disorder are not attributable to mutations of the VDR and are not linked to a common VDR genotype.

GENIAcorpus

Id Subject Object Predicate Lexical cue
T1 20-38 protein_family_or_group denotes vitamin D receptor
T2 93-107 other_name denotes hypercalciuria
T3 109-119 other_name denotes Absorptive
T4 120-134 other_name denotes hypercalciuria
T5 138-161 other_name denotes stone-forming condition
T6 183-186 body_part denotes gut
T7 206-213 atom denotes calcium
T8 215-229 other_name denotes hypercalciuria
T9 243-255 other_name denotes bone density
T10 303-313 lipid denotes calcitriol
T11 324-327 body_part denotes gut
T12 332-336 body_part denotes bone
T13 354-372 protein_family_or_group denotes vitamin D receptor
T14 374-377 protein_family_or_group denotes VDR
T15 439-447 multi_cell denotes patients
T16 453-479 other_name denotes intestinal hyperabsorption
T17 483-490 atom denotes calcium
T18 528-568 DNA_domain_or_region denotes restriction fragment length polymorphism
T19 570-575 DNA_substructure denotes Bsm I
T20 618-621 protein_family_or_group denotes VDR
T21 663-688 multi_cell denotes absorptive hypercalciuric
T22 689-697 multi_cell denotes patients
T23 745-761 multi_cell denotes control subjects
T24 819-822 protein_family_or_group denotes VDR
T25 838-856 other_name denotes patient population
T26 880-897 other_name denotes normal population
T27 920-923 protein_family_or_group denotes VDR
T28 977-989 DNA_domain_or_region denotes DNA sequence
T29 1059-1090 multi_cell denotes index absorptive hypercalciuric
T30 1091-1099 multi_cell denotes patients
T31 1161-1171 other_name denotes intestinal
T32 1172-1179 atom denotes calcium
T33 1210-1220 other_name denotes absorptive
T34 1221-1235 other_name denotes hypercalciuria
T35 1240-1258 other_name denotes attendant symptoms
T36 1317-1320 protein_family_or_group denotes VDR
T37 1352-1355 protein_family_or_group denotes VDR