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PMC:2791889 / 4771-5179 JSONTXT

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bionlp-st-ge-2016-uniprot

Id Subject Object Predicate Lexical cue
T1179 233-238 P22301 denotes IL-10

bionlp-st-ge-2016-reference

Id Subject Object Predicate Lexical cue Speculation
T1091 233-238 Protein denotes IL-10
T1092 239-247 Gene_expression denotes produced
T1093 279-306 Regulation denotes act as a feedback regulator true
R796 T1091 T1092 themeOf IL-10,produced
R797 T1091 T1093 causeOf IL-10,act as a feedback regulator
R798 T1092 T1093 themeOf produced,act as a feedback regulator

2_test

Id Subject Object Predicate Lexical cue
19646904-10898785-46582683 226-230 10898785 denotes 2007
19646904-17433650-46582683 226-230 17433650 denotes 2007
T36969 226-230 10898785 denotes 2007
T64928 226-230 17433650 denotes 2007

bionlp-st-ge-2016-spacy-parsed

Id Subject Object Predicate Lexical cue
T1923 0-7 IN denotes Because
T1924 8-11 NNP denotes Th1
T1925 12-15 CC denotes and
T1926 16-19 NNP denotes Th2
T1927 20-25 NNS denotes cells
T1928 26-31 VBP denotes cross
T1929 32-40 VB denotes regulate
T1930 41-45 DT denotes each
T1931 46-51 JJ denotes other
T1932 51-53 POS denotes 's
T1933 54-65 NN denotes development
T1934 66-69 CC denotes and
T1935 70-78 NN denotes function
T1936 79-82 CC denotes and
T1937 83-86 MD denotes can
T1938 87-95 VB denotes suppress
T1939 96-100 NNP denotes Th17
T1940 101-105 NN denotes cell
T1941 106-115 NNS denotes responses
T1942 115-116 , denotes ,
T1943 117-120 CC denotes and
T1944 121-124 DT denotes all
T1945 125-138 NN denotes differentiate
T1946 139-144 IN denotes along
T1947 145-153 JJ denotes distinct
T1948 154-163 VBG denotes signaling
T1949 164-172 NNS denotes pathways
T1950 173-174 -LRB- denotes (
T1951 174-182 NNP denotes Glimcher
T1952 183-186 CC denotes and
T1953 187-193 NNP denotes Murphy
T1954 193-194 , denotes ,
T1955 195-199 CD denotes 2000
T1956 199-200 : denotes ;
T1957 201-211 NNP denotes Stockinger
T1958 212-215 CC denotes and
T1959 216-224 NNP denotes Veldhoen
T1960 224-225 , denotes ,
T1961 226-230 CD denotes 2007
T1962 230-231 -RRB- denotes )
T1963 231-232 , denotes ,
T1964 233-238 JJ denotes IL-10
T1965 239-247 VBN denotes produced
T1966 248-250 IN denotes by
T1967 251-254 DT denotes all
T1968 255-260 DT denotes these
T1969 261-263 NNP denotes Th
T1970 264-269 NNS denotes cells
T1971 270-273 MD denotes may
T1972 274-278 RB denotes thus
T1973 279-282 VB denotes act
T1974 283-285 IN denotes as
T1975 286-287 DT denotes a
T1976 288-296 NN denotes feedback
T1977 297-306 NN denotes regulator
T1978 307-309 TO denotes to
T1979 310-317 VB denotes control
T1980 318-321 DT denotes the
T1981 322-331 NN denotes pathology
T1982 332-342 VBN denotes associated
T1983 343-347 IN denotes with
T1984 348-350 DT denotes an
T1985 351-364 NN denotes overexuberant
T1986 364-365 , denotes ,
T1987 366-372 IN denotes albeit
T1988 373-384 JJ denotes efficacious
T1989 384-385 , denotes ,
T1990 386-398 JJ denotes inflammatory
T1991 399-407 NN denotes response
T1992 407-408 . denotes .
R1513 T1923 T1928 mark Because,cross
R1516 T1924 T1927 nmod Th1,cells
R1517 T1925 T1924 cc and,Th1
R1520 T1926 T1924 conj Th2,Th1
R1523 T1927 T1928 nsubj cells,cross
R1524 T1928 T1973 advcl cross,act
R1526 T1929 T1928 conj regulate,cross
R1527 T1930 T1931 det each,other
R1535 T1931 T1933 poss other,development
R1539 T1932 T1931 case 's,other
R1544 T1933 T1929 dobj development,regulate
R1548 T1934 T1933 cc and,development
R1552 T1935 T1933 conj function,development
R1556 T1936 T1929 cc and,regulate
R1557 T1937 T1938 aux can,suppress
R1558 T1938 T1929 conj suppress,regulate
R1559 T1939 T1941 compound Th17,responses
R1560 T1940 T1941 compound cell,responses
R1561 T1953 T1951 conj Murphy,Glimcher
R1562 T1954 T1953 punct ",",Murphy
R1563 T1941 T1938 dobj responses,suppress
R1564 T1955 T1953 npadvmod 2000,Murphy
R1565 T1956 T1953 punct ;,Murphy
R1566 T1942 T1938 punct ",",suppress
R1567 T1957 T1953 conj Stockinger,Murphy
R1568 T1958 T1957 cc and,Stockinger
R1569 T1959 T1957 conj Veldhoen,Stockinger
R1570 T1943 T1938 cc and,suppress
R1571 T1960 T1959 punct ",",Veldhoen
R1572 T1944 T1945 det all,differentiate
R1573 T1961 T1959 npadvmod 2007,Veldhoen
R1574 T1962 T1959 punct ),Veldhoen
R1575 T1963 T1973 punct ",",act
R1576 T1964 T1973 nsubj IL-10,act
R1577 T1945 T1938 conj differentiate,suppress
R1578 T1965 T1964 acl produced,IL-10
R1579 T1966 T1965 agent by,produced
R1580 T1946 T1945 prep along,differentiate
R1581 T1967 T1970 predet all,cells
R1582 T1968 T1970 det these,cells
R1583 T1969 T1970 compound Th,cells
R1584 T1970 T1966 pobj cells,by
R1585 T1971 T1973 aux may,act
R1586 T1972 T1973 advmod thus,act
R1587 T1947 T1949 amod distinct,pathways
R1588 T1973 T1973 ROOT act,act
R1589 T1974 T1973 prep as,act
R1590 T1975 T1977 det a,regulator
R1591 T1948 T1949 compound signaling,pathways
R1592 T1976 T1977 compound feedback,regulator
R1593 T1977 T1974 pobj regulator,as
R1594 T1949 T1946 pobj pathways,along
R1595 T1950 T1973 punct (,act
R1596 T1951 T1973 nsubj Glimcher,act
R1597 T1978 T1979 aux to,control
R1598 T1979 T1977 relcl control,regulator
R1599 T1952 T1951 cc and,Glimcher
R1600 T1980 T1981 det the,pathology
R1601 T1981 T1979 dobj pathology,control
R1602 T1982 T1981 acl associated,pathology
R1604 T1983 T1982 prep with,associated
R1605 T1984 T1985 det an,overexuberant
R1607 T1985 T1983 pobj overexuberant,with
R1608 T1986 T1985 punct ",",overexuberant
R1609 T1987 T1991 advmod albeit,response
R1610 T1988 T1991 amod efficacious,response
R1612 T1989 T1991 punct ",",response
R1613 T1990 T1991 amod inflammatory,response
R1614 T1991 T1985 appos response,overexuberant
R1616 T1992 T1973 punct .,act

GO-BP

Id Subject Object Predicate Lexical cue
T2135 386-407 http://purl.obolibrary.org/obo/GO_0006954 denotes inflammatory response
T2167 54-65 http://purl.obolibrary.org/obo/GO_0032502 denotes development
T2158 154-163 http://purl.obolibrary.org/obo/GO_0023052 denotes signaling
T2161 154-172 http://purl.obolibrary.org/obo/GO_0007165 denotes signaling pathways

GO-MF

Id Subject Object Predicate Lexical cue
T2198 233-238 http://purl.obolibrary.org/obo/GO_0005141 denotes IL-10

GO-CC

Id Subject Object Predicate Lexical cue
T2236 101-105 http://purl.obolibrary.org/obo/GO_0005623 denotes cell

sentences

Id Subject Object Predicate Lexical cue
T1129 0-408 Sentence denotes Because Th1 and Th2 cells cross regulate each other's development and function and can suppress Th17 cell responses, and all differentiate along distinct signaling pathways (Glimcher and Murphy, 2000; Stockinger and Veldhoen, 2007), IL-10 produced by all these Th cells may thus act as a feedback regulator to control the pathology associated with an overexuberant, albeit efficacious, inflammatory response.
T25 0-408 Sentence denotes Because Th1 and Th2 cells cross regulate each other's development and function and can suppress Th17 cell responses, and all differentiate along distinct signaling pathways (Glimcher and Murphy, 2000; Stockinger and Veldhoen, 2007), IL-10 produced by all these Th cells may thus act as a feedback regulator to control the pathology associated with an overexuberant, albeit efficacious, inflammatory response.

events-check-again

Id Subject Object Predicate Lexical cue Speculation
T2528 233-238 Protein denotes IL-10
T2529 239-247 Gene_expression denotes produced
T2530 279-306 Regulation denotes act as a feedback regulator true
R1942 T2528 T2529 themeOf IL-10,produced
R1946 T2528 T2530 causeOf IL-10,act as a feedback regulator
R1947 T2529 T2530 themeOf produced,act as a feedback regulator

bionlp-st-ge-2016-reference-tees

Id Subject Object Predicate Lexical cue
T2633 233-238 Protein denotes IL-10
T2634 239-247 Gene_expression denotes produced
R1995 T2633 T2634 themeOf IL-10,produced

test2

Id Subject Object Predicate Lexical cue
T985 233-238 Protein denotes IL-10
T986 239-247 Gene_expression denotes produced
T987 283-287 Positive_regulation denotes as a
T988 288-296 Regulation denotes feedback
T989 297-306 Positive_regulation denotes regulator
R725 T985 T986 themeOf IL-10,produced