PMC:509410 / 1328-4231 JSONTXT 4 Projects

Annnotations TAB TSV DIC JSON TextAE

Id Subject Object Predicate Lexical cue
T425 13-21 JJ denotes Skeletal
T427 22-28 NN denotes muscle
T426 29-35 NNS denotes fibers
T429 36-39 VBP denotes are
T430 40-49 RB denotes generally
T428 50-60 VBN denotes classified
T431 61-63 IN denotes as
T432 64-68 NN denotes type
T434 69-70 CD denotes I
T435 71-72 -LRB- denotes (
T437 72-81 JJ denotes oxidative
T438 81-82 HYPH denotes /
T436 82-86 JJ denotes slow
T439 86-87 -RRB- denotes )
T440 88-90 CC denotes or
T441 91-95 NN denotes type
T442 96-98 CD denotes II
T443 99-100 -LRB- denotes (
T445 100-110 JJ denotes glycolytic
T446 110-111 HYPH denotes /
T444 111-115 JJ denotes fast
T447 115-116 -RRB- denotes )
T433 117-123 NNS denotes fibers
T448 123-124 . denotes .
T449 124-226 sentence denotes They display marked differences in respect to contraction, metabolism, and susceptibility to fatigue.
T450 125-129 PRP denotes They
T451 130-137 VBP denotes display
T452 138-144 JJ denotes marked
T453 145-156 NNS denotes differences
T454 157-159 IN denotes in
T455 160-167 NN denotes respect
T456 168-170 IN denotes to
T457 171-182 NN denotes contraction
T458 182-184 , denotes ,
T459 184-194 NN denotes metabolism
T460 194-196 , denotes ,
T461 196-199 CC denotes and
T462 200-214 NN denotes susceptibility
T463 215-217 IN denotes to
T464 218-225 NN denotes fatigue
T465 225-226 . denotes .
T466 226-409 sentence denotes Type I fibers are mitochondria-rich and mainly use oxidative metabolism for energy production, which provides a stable and long-lasting supply of ATP, and thus are fatigue-resistant.
T467 227-231 NN denotes Type
T469 232-233 CD denotes I
T468 234-240 NNS denotes fibers
T470 241-244 VBP denotes are
T471 245-257 NNS denotes mitochondria
T473 257-258 HYPH denotes -
T472 258-262 JJ denotes rich
T474 263-266 CC denotes and
T475 267-273 RB denotes mainly
T476 274-277 VBP denotes use
T477 278-287 JJ denotes oxidative
T478 288-298 NN denotes metabolism
T479 299-302 IN denotes for
T480 303-309 NN denotes energy
T481 310-320 NN denotes production
T482 320-322 , denotes ,
T483 322-327 WDT denotes which
T484 328-336 VBZ denotes provides
T485 337-338 DT denotes a
T487 339-345 JJ denotes stable
T488 346-349 CC denotes and
T489 350-354 JJ denotes long
T491 354-355 HYPH denotes -
T490 355-362 VBG denotes lasting
T486 363-369 NN denotes supply
T492 370-372 IN denotes of
T493 373-376 NN denotes ATP
T494 376-378 , denotes ,
T495 378-381 CC denotes and
T496 382-386 RB denotes thus
T497 387-390 VBP denotes are
T498 391-398 NN denotes fatigue
T500 398-399 HYPH denotes -
T499 399-408 JJ denotes resistant
T501 408-409 . denotes .
T502 409-468 sentence denotes Type II fibers comprise three subtypes, IIa, IIx, and IIb.
T503 410-414 NN denotes Type
T505 415-417 CD denotes II
T504 418-424 NNS denotes fibers
T506 425-433 VBP denotes comprise
T507 434-439 CD denotes three
T508 440-448 NNS denotes subtypes
T509 448-450 , denotes ,
T510 450-453 NN denotes IIa
T511 453-455 , denotes ,
T512 455-458 NN denotes IIx
T513 458-460 , denotes ,
T514 460-463 CC denotes and
T515 464-467 NN denotes IIb
T516 467-468 . denotes .
T517 468-811 sentence denotes Type IIb fibers have the lowest levels of mitochondrial content and oxidative enzymes, rely on glycolytic metabolism as a major energy source, and are susceptible to fatigue, while the oxidative and contraction functions of type IIa and IIx lie between type I and IIb (Booth and Thomason 1991; Berchtold et al. 2000; Olson and Williams 2000).
T518 469-473 NN denotes Type
T519 474-477 NN denotes IIb
T520 478-484 NNS denotes fibers
T521 485-489 VBP denotes have
T522 490-493 DT denotes the
T524 494-500 JJS denotes lowest
T523 501-507 NNS denotes levels
T525 508-510 IN denotes of
T526 511-524 JJ denotes mitochondrial
T527 525-532 NN denotes content
T528 533-536 CC denotes and
T529 537-546 JJ denotes oxidative
T530 547-554 NNS denotes enzymes
T531 554-556 , denotes ,
T532 556-560 VBP denotes rely
T533 561-563 IN denotes on
T534 564-574 JJ denotes glycolytic
T535 575-585 NN denotes metabolism
T536 586-588 IN denotes as
T537 589-590 DT denotes a
T539 591-596 JJ denotes major
T540 597-603 NN denotes energy
T538 604-610 NN denotes source
T541 610-612 , denotes ,
T542 612-615 CC denotes and
T543 616-619 VBP denotes are
T544 620-631 JJ denotes susceptible
T545 632-634 IN denotes to
T546 635-642 NN denotes fatigue
T547 642-644 , denotes ,
T548 644-649 IN denotes while
T550 650-653 DT denotes the
T552 654-663 JJ denotes oxidative
T553 664-667 CC denotes and
T554 668-679 NN denotes contraction
T551 680-689 NNS denotes functions
T555 690-692 IN denotes of
T556 693-697 NN denotes type
T557 698-701 NN denotes IIa
T558 702-705 CC denotes and
T559 706-709 NN denotes IIx
T549 710-713 VBP denotes lie
T560 714-721 IN denotes between
T561 722-726 NN denotes type
T563 727-728 CD denotes I
T564 729-732 CC denotes and
T562 733-736 NN denotes IIb
T565 737-738 -LRB- denotes (
T566 738-743 NNP denotes Booth
T567 744-747 CC denotes and
T568 748-756 NNP denotes Thomason
T569 757-761 CD denotes 1991
T570 761-762 : denotes ;
T571 763-772 NNP denotes Berchtold
T572 773-775 FW denotes et
T573 776-779 FW denotes al.
T574 780-784 CD denotes 2000
T575 784-785 : denotes ;
T576 786-791 NNP denotes Olson
T577 792-795 CC denotes and
T578 796-804 NNP denotes Williams
T579 805-809 CD denotes 2000
T580 809-810 -RRB- denotes )
T581 810-811 . denotes .
T582 811-1072 sentence denotes Adult skeletal muscle shows plasticity and can undergo conversion between different fiber types in response to exercise training or modulation of motoneuron activity (Booth and Thomason 1991, Jarvis et al. 1996; Pette 1998; Olson and Williams 2000; Hood 2001).
T583 812-817 JJ denotes Adult
T585 818-826 JJ denotes skeletal
T584 827-833 NN denotes muscle
T586 834-839 VBZ denotes shows
T587 840-850 NN denotes plasticity
T588 851-854 CC denotes and
T589 855-858 MD denotes can
T590 859-866 VB denotes undergo
T591 867-877 NN denotes conversion
T592 878-885 IN denotes between
T593 886-895 JJ denotes different
T595 896-901 NN denotes fiber
T594 902-907 NNS denotes types
T596 908-910 IN denotes in
T597 911-919 NN denotes response
T598 920-922 IN denotes to
T599 923-931 NN denotes exercise
T600 932-940 NN denotes training
T601 941-943 CC denotes or
T602 944-954 NN denotes modulation
T603 955-957 IN denotes of
T604 958-968 NN denotes motoneuron
T605 969-977 NN denotes activity
T606 978-979 -LRB- denotes (
T607 979-984 NNP denotes Booth
T608 985-988 CC denotes and
T609 989-997 NNP denotes Thomason
T610 998-1002 CD denotes 1991
T611 1002-1004 , denotes ,
T612 1004-1010 NNP denotes Jarvis
T613 1011-1013 FW denotes et
T614 1014-1017 FW denotes al.
T615 1018-1022 CD denotes 1996
T616 1022-1023 : denotes ;
T617 1024-1029 NNP denotes Pette
T618 1030-1034 CD denotes 1998
T619 1034-1035 : denotes ;
T620 1036-1041 NNP denotes Olson
T621 1042-1045 CC denotes and
T622 1046-1054 NNP denotes Williams
T623 1055-1059 CD denotes 2000
T624 1059-1060 : denotes ;
T625 1061-1065 NNP denotes Hood
T626 1066-1070 CD denotes 2001
T627 1070-1071 -RRB- denotes )
T628 1071-1072 . denotes .
T629 1072-1437 sentence denotes This conversion of muscle fiber from type IIb to type IIa and type I is likely to be mediated by a calcium signaling pathway that involves calcineurin, calmodulin-dependent kinase, and the transcriptional cofactor Peroxisome proliferator-activated receptor-gamma coactivator 1α (PGC-1α) (Naya et al. 2000; Olson and Williams 2000; Lin et al. 2002; Wu et al. 2002).
T630 1073-1077 DT denotes This
T631 1078-1088 NN denotes conversion
T633 1089-1091 IN denotes of
T634 1092-1098 NN denotes muscle
T635 1099-1104 NN denotes fiber
T636 1105-1109 IN denotes from
T637 1110-1114 NN denotes type
T638 1115-1118 NN denotes IIb
T639 1119-1121 IN denotes to
T640 1122-1126 NN denotes type
T641 1127-1130 NN denotes IIa
T642 1131-1134 CC denotes and
T643 1135-1139 NN denotes type
T644 1140-1141 CD denotes I
T632 1142-1144 VBZ denotes is
T645 1145-1151 JJ denotes likely
T646 1152-1154 TO denotes to
T648 1155-1157 VB denotes be
T647 1158-1166 VBN denotes mediated
T649 1167-1169 IN denotes by
T650 1170-1171 DT denotes a
T652 1172-1179 NN denotes calcium
T653 1180-1189 NN denotes signaling
T651 1190-1197 NN denotes pathway
T654 1198-1202 WDT denotes that
T655 1203-1211 VBZ denotes involves
T656 1212-1223 NN denotes calcineurin
T657 1223-1225 , denotes ,
T658 1225-1235 NN denotes calmodulin
T660 1235-1236 HYPH denotes -
T659 1236-1245 JJ denotes dependent
T661 1246-1252 NN denotes kinase
T662 1252-1254 , denotes ,
T663 1254-1257 CC denotes and
T664 1258-1261 DT denotes the
T666 1262-1277 JJ denotes transcriptional
T665 1278-1286 NN denotes cofactor
T667 1287-1297 NN denotes Peroxisome
T668 1298-1310 NN denotes proliferator
T670 1310-1311 HYPH denotes -
T669 1311-1320 VBN denotes activated
T671 1321-1329 NN denotes receptor
T673 1329-1330 HYPH denotes -
T674 1330-1335 NN denotes gamma
T672 1336-1347 NN denotes coactivator
T675 1348-1350 CD denotes
T676 1351-1352 -LRB- denotes (
T677 1352-1355 NN denotes PGC
T679 1355-1356 HYPH denotes -
T678 1356-1358 NN denotes
T680 1358-1359 -RRB- denotes )
T681 1360-1361 -LRB- denotes (
T682 1361-1365 NNP denotes Naya
T683 1366-1368 FW denotes et
T684 1369-1372 FW denotes al.
T685 1373-1377 CD denotes 2000
T686 1377-1378 : denotes ;
T687 1379-1384 NNP denotes Olson
T688 1385-1388 CC denotes and
T689 1389-1397 NNP denotes Williams
T690 1398-1402 CD denotes 2000
T691 1402-1403 : denotes ;
T692 1404-1407 NNP denotes Lin
T693 1408-1410 FW denotes et
T694 1411-1414 FW denotes al.
T695 1415-1419 CD denotes 2002
T696 1419-1420 : denotes ;
T697 1421-1423 NNP denotes Wu
T698 1424-1426 FW denotes et
T699 1427-1430 FW denotes al.
T700 1431-1435 CD denotes 2002
T701 1435-1436 -RRB- denotes )
T702 1436-1437 . denotes .
T703 1437-1598 sentence denotes However, the targeted transcriptional factors directly responsible for reprogramming the fiber-specific contractile and metabolic genes remain to be identified.
T704 1438-1445 RB denotes However
T706 1445-1447 , denotes ,
T707 1447-1450 DT denotes the
T709 1451-1459 VBN denotes targeted
T710 1460-1475 JJ denotes transcriptional
T708 1476-1483 NNS denotes factors
T711 1484-1492 RB denotes directly
T712 1493-1504 JJ denotes responsible
T713 1505-1508 IN denotes for
T714 1509-1522 VBG denotes reprogramming
T715 1523-1526 DT denotes the
T717 1527-1532 NN denotes fiber
T719 1532-1533 HYPH denotes -
T718 1533-1541 JJ denotes specific
T720 1542-1553 JJ denotes contractile
T721 1554-1557 CC denotes and
T722 1558-1567 JJ denotes metabolic
T716 1568-1573 NNS denotes genes
T705 1574-1580 VBP denotes remain
T723 1581-1583 TO denotes to
T725 1584-1586 VB denotes be
T724 1587-1597 VBN denotes identified
T726 1597-1598 . denotes .
T727 1598-1677 sentence denotes Muscle fiber specification appears to be associated with obesity and diabetes.
T728 1599-1605 NN denotes Muscle
T730 1606-1611 NN denotes fiber
T729 1612-1625 NN denotes specification
T731 1626-1633 VBZ denotes appears
T732 1634-1636 TO denotes to
T734 1637-1639 VB denotes be
T733 1640-1650 VBN denotes associated
T735 1651-1655 IN denotes with
T736 1656-1663 NN denotes obesity
T737 1664-1667 CC denotes and
T738 1668-1676 NN denotes diabetes
T739 1676-1677 . denotes .
T740 1677-1791 sentence denotes For instance, rodents that gain the most weight on high-fat diets possess fewer type I fibers (Abou et al. 1992).
T741 1678-1681 IN denotes For
T743 1682-1690 NN denotes instance
T744 1690-1692 , denotes ,
T745 1692-1699 NNS denotes rodents
T746 1700-1704 WDT denotes that
T747 1705-1709 VBP denotes gain
T748 1710-1713 DT denotes the
T750 1714-1718 JJS denotes most
T749 1719-1725 NN denotes weight
T751 1726-1728 IN denotes on
T752 1729-1733 JJ denotes high
T754 1733-1734 HYPH denotes -
T753 1734-1737 NN denotes fat
T755 1738-1743 NNS denotes diets
T742 1744-1751 VBP denotes possess
T756 1752-1757 JJR denotes fewer
T758 1758-1762 NN denotes type
T759 1763-1764 CD denotes I
T757 1765-1771 NNS denotes fibers
T760 1772-1773 -LRB- denotes (
T761 1773-1777 NNP denotes Abou
T762 1778-1780 FW denotes et
T763 1781-1784 FW denotes al.
T764 1785-1789 CD denotes 1992
T765 1789-1790 -RRB- denotes )
T766 1790-1791 . denotes .
T767 1791-1997 sentence denotes In obese patients, skeletal muscle has been observed to have reduced oxidative capacity, increased glycolytic capacity, and a decreased percentage of type I fibers (Hickey et al. 1995; Tanner et al. 2002).
T768 1792-1794 IN denotes In
T770 1795-1800 JJ denotes obese
T771 1801-1809 NNS denotes patients
T772 1809-1811 , denotes ,
T773 1811-1819 JJ denotes skeletal
T774 1820-1826 NN denotes muscle
T775 1827-1830 VBZ denotes has
T776 1831-1835 VBN denotes been
T769 1836-1844 VBN denotes observed
T777 1845-1847 TO denotes to
T778 1848-1852 VB denotes have
T779 1853-1860 VBN denotes reduced
T781 1861-1870 JJ denotes oxidative
T780 1871-1879 NN denotes capacity
T782 1879-1881 , denotes ,
T783 1881-1890 VBN denotes increased
T785 1891-1901 JJ denotes glycolytic
T784 1902-1910 NN denotes capacity
T786 1910-1912 , denotes ,
T787 1912-1915 CC denotes and
T788 1916-1917 DT denotes a
T790 1918-1927 VBN denotes decreased
T789 1928-1938 NN denotes percentage
T791 1939-1941 IN denotes of
T792 1942-1946 NN denotes type
T794 1947-1948 CD denotes I
T793 1949-1955 NNS denotes fibers
T795 1956-1957 -LRB- denotes (
T796 1957-1963 NNP denotes Hickey
T797 1964-1966 FW denotes et
T798 1967-1970 FW denotes al.
T799 1971-1975 CD denotes 1995
T800 1975-1976 : denotes ;
T801 1977-1983 NNP denotes Tanner
T802 1984-1986 FW denotes et
T803 1987-1990 FW denotes al.
T804 1991-1995 CD denotes 2002
T805 1995-1996 -RRB- denotes )
T806 1996-1997 . denotes .
T807 1997-2105 sentence denotes Similar observations have been made in type 2 diabetic patients (Lillioja et al. 1987; Hickey et al. 1995).
T808 1998-2005 JJ denotes Similar
T809 2006-2018 NNS denotes observations
T811 2019-2023 VBP denotes have
T812 2024-2028 VBN denotes been
T810 2029-2033 VBN denotes made
T813 2034-2036 IN denotes in
T814 2037-2041 NN denotes type
T816 2042-2043 CD denotes 2
T815 2044-2052 JJ denotes diabetic
T817 2053-2061 NNS denotes patients
T818 2062-2063 -LRB- denotes (
T819 2063-2071 NNP denotes Lillioja
T820 2072-2074 FW denotes et
T821 2075-2078 FW denotes al.
T822 2079-2083 CD denotes 1987
T823 2083-2084 : denotes ;
T824 2085-2091 NNP denotes Hickey
T825 2092-2094 FW denotes et
T826 2095-2098 FW denotes al.
T827 2099-2103 CD denotes 1995
T828 2103-2104 -RRB- denotes )
T829 2104-2105 . denotes .
T830 2105-2270 sentence denotes Recently, it has been shown that increasing oxidative fibers can lead to improved insulin action and reduced adipocyte size (Luquet et al. 2003; Ryder et al. 2003).
T831 2106-2114 RB denotes Recently
T833 2114-2116 , denotes ,
T834 2116-2118 PRP denotes it
T835 2119-2122 VBZ denotes has
T836 2123-2127 VBN denotes been
T832 2128-2133 VBN denotes shown
T837 2134-2138 IN denotes that
T839 2139-2149 VBG denotes increasing
T841 2150-2159 JJ denotes oxidative
T840 2160-2166 NNS denotes fibers
T842 2167-2170 MD denotes can
T838 2171-2175 VB denotes lead
T843 2176-2178 IN denotes to
T844 2179-2187 VBN denotes improved
T846 2188-2195 NN denotes insulin
T845 2196-2202 NN denotes action
T847 2203-2206 CC denotes and
T848 2207-2214 VBN denotes reduced
T850 2215-2224 NN denotes adipocyte
T849 2225-2229 NN denotes size
T851 2230-2231 -LRB- denotes (
T852 2231-2237 NNP denotes Luquet
T853 2238-2240 FW denotes et
T854 2241-2244 FW denotes al.
T855 2245-2249 CD denotes 2003
T856 2249-2250 : denotes ;
T857 2251-2256 NNP denotes Ryder
T858 2257-2259 FW denotes et
T859 2260-2263 FW denotes al.
T860 2264-2268 CD denotes 2003
T861 2268-2269 -RRB- denotes )
T862 2269-2270 . denotes .
T863 2270-2528 sentence denotes We have previously established that peroxisome proliferator-activated receptor (PPAR) δ is a major transcriptional regulator of fat burning in adipose tissue through activation of enzymes associated with long-chain fatty-acid β-oxidation (Wang et al. 2003).
T864 2271-2273 PRP denotes We
T866 2274-2278 VBP denotes have
T867 2279-2289 RB denotes previously
T865 2290-2301 VBN denotes established
T868 2302-2306 IN denotes that
T870 2307-2317 NN denotes peroxisome
T871 2318-2330 NN denotes proliferator
T873 2330-2331 HYPH denotes -
T872 2331-2340 VBN denotes activated
T874 2341-2349 NN denotes receptor
T875 2350-2351 -LRB- denotes (
T876 2351-2355 NN denotes PPAR
T877 2355-2356 -RRB- denotes )
T878 2357-2358 SYM denotes δ
T869 2359-2361 VBZ denotes is
T879 2362-2363 DT denotes a
T881 2364-2369 JJ denotes major
T882 2370-2385 JJ denotes transcriptional
T880 2386-2395 NN denotes regulator
T883 2396-2398 IN denotes of
T884 2399-2402 NN denotes fat
T885 2403-2410 NN denotes burning
T886 2411-2413 IN denotes in
T887 2414-2421 NN denotes adipose
T888 2422-2428 NN denotes tissue
T889 2429-2436 IN denotes through
T890 2437-2447 NN denotes activation
T891 2448-2450 IN denotes of
T892 2451-2458 NNS denotes enzymes
T893 2459-2469 VBN denotes associated
T894 2470-2474 IN denotes with
T895 2475-2479 JJ denotes long
T897 2479-2480 HYPH denotes -
T896 2480-2485 NN denotes chain
T899 2486-2491 JJ denotes fatty
T901 2491-2492 HYPH denotes -
T900 2492-2496 NN denotes acid
T902 2497-2498 NN denotes β
T903 2498-2499 HYPH denotes -
T898 2499-2508 NN denotes oxidation
T904 2509-2510 -LRB- denotes (
T905 2510-2514 NNP denotes Wang
T906 2515-2517 FW denotes et
T907 2518-2521 FW denotes al.
T908 2522-2526 CD denotes 2003
T909 2526-2527 -RRB- denotes )
T910 2527-2528 . denotes .
T911 2528-2649 sentence denotes Although PPARδ is the predominant PPAR isoform present in skeletal muscle, its in vivo function has not been determined.
T912 2529-2537 IN denotes Although
T914 2538-2543 NN denotes PPARδ
T913 2544-2546 VBZ denotes is
T916 2547-2550 DT denotes the
T918 2551-2562 JJ denotes predominant
T919 2563-2567 NN denotes PPAR
T917 2568-2575 NN denotes isoform
T920 2576-2583 JJ denotes present
T921 2584-2586 IN denotes in
T922 2587-2595 JJ denotes skeletal
T923 2596-2602 NN denotes muscle
T924 2602-2604 , denotes ,
T925 2604-2607 PRP$ denotes its
T927 2608-2610 FW denotes in
T928 2611-2615 FW denotes vivo
T926 2616-2624 NN denotes function
T929 2625-2628 VBZ denotes has
T930 2629-2632 RB denotes not
T931 2633-2637 VBN denotes been
T915 2638-2648 VBN denotes determined
T932 2648-2649 . denotes .
T933 2649-2903 sentence denotes Our current study uncovers PPARδ as the first transcription factor able to drive the formation of functional type I muscle fibers, whose activation entrains complex pathways both enhancing physical performance and creating a state of obesity resistance.
T934 2650-2653 PRP$ denotes Our
T936 2654-2661 JJ denotes current
T935 2662-2667 NN denotes study
T937 2668-2676 VBZ denotes uncovers
T938 2677-2682 NN denotes PPARδ
T939 2683-2685 IN denotes as
T940 2686-2689 DT denotes the
T942 2690-2695 JJ denotes first
T943 2696-2709 NN denotes transcription
T941 2710-2716 NN denotes factor
T944 2717-2721 JJ denotes able
T945 2722-2724 TO denotes to
T946 2725-2730 VB denotes drive
T947 2731-2734 DT denotes the
T948 2735-2744 NN denotes formation
T949 2745-2747 IN denotes of
T950 2748-2758 JJ denotes functional
T952 2759-2763 NN denotes type
T953 2764-2765 CD denotes I
T954 2766-2772 NN denotes muscle
T951 2773-2779 NNS denotes fibers
T955 2779-2781 , denotes ,
T956 2781-2786 WP$ denotes whose
T957 2787-2797 NN denotes activation
T958 2798-2806 VBZ denotes entrains
T959 2807-2814 JJ denotes complex
T960 2815-2823 NNS denotes pathways
T961 2824-2828 CC denotes both
T962 2829-2838 VBG denotes enhancing
T963 2839-2847 JJ denotes physical
T964 2848-2859 NN denotes performance
T965 2860-2863 CC denotes and
T966 2864-2872 VBG denotes creating
T967 2873-2874 DT denotes a
T968 2875-2880 NN denotes state
T969 2881-2883 IN denotes of
T970 2884-2891 NN denotes obesity
T971 2892-2902 NN denotes resistance
T972 2902-2903 . denotes .
R190 T425 T426 amod Skeletal,fibers
R191 T426 T428 nsubjpass fibers,classified
R192 T427 T426 compound muscle,fibers
R193 T429 T428 auxpass are,classified
R194 T430 T428 advmod generally,classified
R195 T431 T428 prep as,classified
R196 T432 T433 nmod type,fibers
R197 T433 T431 pobj fibers,as
R198 T434 T432 nummod I,type
R199 T435 T436 punct (,slow
R200 T436 T432 parataxis slow,type
R201 T437 T436 amod oxidative,slow
R202 T438 T436 punct /,slow
R203 T439 T436 punct ),slow
R204 T440 T432 cc or,type
R205 T441 T432 conj type,type
R206 T442 T441 nummod II,type
R207 T443 T444 punct (,fast
R208 T444 T441 parataxis fast,type
R209 T445 T444 amod glycolytic,fast
R210 T446 T444 punct /,fast
R211 T447 T444 punct ),fast
R212 T448 T428 punct .,classified
R213 T450 T451 nsubj They,display
R214 T452 T453 amod marked,differences
R215 T453 T451 dobj differences,display
R216 T454 T451 prep in,display
R217 T455 T454 pobj respect,in
R218 T456 T455 prep to,respect
R219 T457 T456 pobj contraction,to
R220 T458 T457 punct ", ",contraction
R221 T459 T457 conj metabolism,contraction
R222 T460 T459 punct ", ",metabolism
R223 T461 T459 cc and,metabolism
R224 T462 T459 conj susceptibility,metabolism
R225 T463 T462 prep to,susceptibility
R226 T464 T463 pobj fatigue,to
R227 T465 T451 punct .,display
R228 T467 T468 nmod Type,fibers
R229 T468 T470 nsubj fibers,are
R230 T469 T467 nummod I,Type
R231 T471 T472 npadvmod mitochondria,rich
R232 T472 T470 acomp rich,are
R233 T473 T472 punct -,rich
R234 T474 T470 cc and,are
R235 T475 T476 advmod mainly,use
R236 T476 T470 conj use,are
R237 T477 T478 amod oxidative,metabolism
R238 T478 T476 dobj metabolism,use
R239 T479 T476 prep for,use
R240 T480 T481 compound energy,production
R241 T481 T479 pobj production,for
R242 T482 T476 punct ", ",use
R243 T483 T484 dep which,provides
R244 T484 T476 ccomp provides,use
R245 T485 T486 det a,supply
R246 T486 T484 dobj supply,provides
R247 T487 T486 amod stable,supply
R248 T488 T487 cc and,stable
R249 T489 T490 amod long,lasting
R250 T490 T487 conj lasting,stable
R251 T491 T490 punct -,lasting
R252 T492 T486 prep of,supply
R253 T493 T492 pobj ATP,of
R254 T494 T476 punct ", ",use
R255 T495 T476 cc and,use
R256 T496 T497 advmod thus,are
R257 T497 T476 conj are,use
R258 T498 T499 npadvmod fatigue,resistant
R259 T499 T497 acomp resistant,are
R260 T500 T499 punct -,resistant
R261 T501 T470 punct .,are
R262 T503 T504 nmod Type,fibers
R263 T504 T506 nsubj fibers,comprise
R264 T505 T503 nummod II,Type
R265 T507 T508 nummod three,subtypes
R266 T508 T506 dobj subtypes,comprise
R267 T509 T508 punct ", ",subtypes
R268 T510 T508 appos IIa,subtypes
R269 T511 T510 punct ", ",IIa
R270 T512 T510 conj IIx,IIa
R271 T513 T512 punct ", ",IIx
R272 T514 T512 cc and,IIx
R273 T515 T512 conj IIb,IIx
R274 T516 T506 punct .,comprise
R275 T518 T519 compound Type,IIb
R276 T519 T520 compound IIb,fibers
R277 T520 T521 nsubj fibers,have
R278 T522 T523 det the,levels
R279 T523 T521 dobj levels,have
R280 T524 T523 amod lowest,levels
R281 T525 T523 prep of,levels
R282 T526 T527 amod mitochondrial,content
R283 T527 T525 pobj content,of
R284 T528 T527 cc and,content
R285 T529 T530 amod oxidative,enzymes
R286 T530 T527 conj enzymes,content
R287 T531 T521 punct ", ",have
R288 T532 T521 conj rely,have
R289 T533 T532 prep on,rely
R290 T534 T535 amod glycolytic,metabolism
R291 T535 T533 pobj metabolism,on
R292 T536 T532 prep as,rely
R293 T537 T538 det a,source
R294 T538 T536 pobj source,as
R295 T539 T538 amod major,source
R296 T540 T538 compound energy,source
R297 T541 T532 punct ", ",rely
R298 T542 T532 cc and,rely
R299 T543 T532 conj are,rely
R300 T544 T543 acomp susceptible,are
R301 T545 T544 prep to,susceptible
R302 T546 T545 pobj fatigue,to
R303 T547 T521 punct ", ",have
R304 T548 T549 mark while,lie
R305 T549 T521 advcl lie,have
R306 T550 T551 det the,functions
R307 T551 T549 nsubj functions,lie
R308 T552 T551 amod oxidative,functions
R309 T553 T552 cc and,oxidative
R310 T554 T552 conj contraction,oxidative
R311 T555 T551 prep of,functions
R312 T556 T557 compound type,IIa
R313 T557 T555 pobj IIa,of
R314 T558 T557 cc and,IIa
R315 T559 T557 conj IIx,IIa
R316 T560 T549 prep between,lie
R317 T561 T562 nmod type,IIb
R318 T562 T560 pobj IIb,between
R319 T563 T562 nummod I,IIb
R320 T564 T562 cc and,IIb
R321 T565 T566 punct (,Booth
R322 T566 T549 meta Booth,lie
R323 T567 T566 cc and,Booth
R324 T568 T566 conj Thomason,Booth
R325 T569 T568 nummod 1991,Thomason
R326 T570 T568 punct ;,Thomason
R327 T571 T568 conj Berchtold,Thomason
R328 T572 T571 nmod et,Berchtold
R329 T573 T571 nmod al.,Berchtold
R330 T574 T571 nummod 2000,Berchtold
R331 T575 T571 punct ;,Berchtold
R332 T576 T571 conj Olson,Berchtold
R333 T577 T576 cc and,Olson
R334 T578 T576 conj Williams,Olson
R335 T579 T578 nummod 2000,Williams
R336 T580 T578 punct ),Williams
R337 T581 T521 punct .,have
R338 T583 T584 amod Adult,muscle
R339 T584 T586 nsubj muscle,shows
R340 T585 T584 amod skeletal,muscle
R341 T587 T586 dobj plasticity,shows
R342 T588 T586 cc and,shows
R343 T589 T590 aux can,undergo
R344 T590 T586 conj undergo,shows
R345 T591 T590 dobj conversion,undergo
R346 T592 T591 prep between,conversion
R347 T593 T594 amod different,types
R348 T594 T592 pobj types,between
R349 T595 T594 compound fiber,types
R350 T596 T590 prep in,undergo
R351 T597 T596 pobj response,in
R352 T598 T597 prep to,response
R353 T599 T600 compound exercise,training
R354 T600 T598 pobj training,to
R355 T601 T600 cc or,training
R356 T602 T600 conj modulation,training
R357 T603 T602 prep of,modulation
R358 T604 T605 compound motoneuron,activity
R359 T605 T603 pobj activity,of
R360 T606 T607 punct (,Booth
R361 T607 T590 meta Booth,undergo
R362 T608 T607 cc and,Booth
R363 T609 T607 conj Thomason,Booth
R364 T610 T609 nummod 1991,Thomason
R365 T611 T609 punct ", ",Thomason
R366 T612 T609 conj Jarvis,Thomason
R367 T613 T612 nmod et,Jarvis
R368 T614 T612 nmod al.,Jarvis
R369 T615 T612 nummod 1996,Jarvis
R370 T616 T612 punct ;,Jarvis
R371 T617 T612 conj Pette,Jarvis
R372 T618 T617 nummod 1998,Pette
R373 T619 T617 punct ;,Pette
R374 T620 T617 conj Olson,Pette
R375 T621 T620 cc and,Olson
R376 T622 T620 conj Williams,Olson
R377 T623 T622 nummod 2000,Williams
R378 T624 T622 punct ;,Williams
R379 T625 T622 conj Hood,Williams
R380 T626 T625 nummod 2001,Hood
R381 T627 T625 punct ),Hood
R382 T628 T586 punct .,shows
R383 T630 T631 det This,conversion
R384 T631 T632 nsubj conversion,is
R385 T633 T631 prep of,conversion
R386 T634 T635 compound muscle,fiber
R387 T635 T633 pobj fiber,of
R388 T636 T631 prep from,conversion
R389 T637 T638 compound type,IIb
R390 T638 T636 pobj IIb,from
R391 T639 T631 prep to,conversion
R392 T640 T641 compound type,IIa
R393 T641 T639 pobj IIa,to
R394 T642 T641 cc and,IIa
R395 T643 T641 conj type,IIa
R396 T644 T643 nummod I,type
R397 T645 T632 acomp likely,is
R398 T646 T647 aux to,mediated
R399 T647 T645 xcomp mediated,likely
R400 T648 T647 auxpass be,mediated
R401 T649 T647 agent by,mediated
R402 T650 T651 det a,pathway
R403 T651 T649 pobj pathway,by
R404 T652 T651 compound calcium,pathway
R405 T653 T651 compound signaling,pathway
R406 T654 T655 dep that,involves
R407 T655 T651 relcl involves,pathway
R408 T656 T655 dobj calcineurin,involves
R409 T657 T656 punct ", ",calcineurin
R410 T658 T659 npadvmod calmodulin,dependent
R411 T659 T661 amod dependent,kinase
R412 T660 T659 punct -,dependent
R413 T661 T656 conj kinase,calcineurin
R414 T662 T661 punct ", ",kinase
R415 T663 T661 cc and,kinase
R416 T664 T665 det the,cofactor
R417 T665 T661 conj cofactor,kinase
R418 T666 T665 amod transcriptional,cofactor
R419 T667 T668 compound Peroxisome,proliferator
R420 T668 T669 npadvmod proliferator,activated
R421 T669 T671 amod activated,receptor
R422 T670 T669 punct -,activated
R423 T671 T672 compound receptor,coactivator
R424 T672 T665 appos coactivator,cofactor
R425 T673 T672 punct -,coactivator
R426 T674 T672 compound gamma,coactivator
R427 T675 T672 nummod 1α,coactivator
R428 T676 T672 punct (,coactivator
R429 T677 T678 compound PGC,1α
R430 T678 T672 appos 1α,coactivator
R431 T679 T678 punct -,1α
R432 T680 T672 punct ),coactivator
R433 T681 T682 punct (,Naya
R434 T682 T655 meta Naya,involves
R435 T683 T682 nmod et,Naya
R436 T684 T682 nmod al.,Naya
R437 T685 T682 nummod 2000,Naya
R438 T686 T682 punct ;,Naya
R439 T687 T682 conj Olson,Naya
R440 T688 T687 cc and,Olson
R441 T689 T687 conj Williams,Olson
R442 T690 T689 nummod 2000,Williams
R443 T691 T689 punct ;,Williams
R444 T692 T689 conj Lin,Williams
R445 T693 T692 nmod et,Lin
R446 T694 T692 nmod al.,Lin
R447 T695 T692 nummod 2002,Lin
R448 T696 T692 punct ;,Lin
R449 T697 T692 conj Wu,Lin
R450 T698 T697 nmod et,Wu
R451 T699 T697 nmod al.,Wu
R452 T700 T697 nummod 2002,Wu
R453 T701 T697 punct ),Wu
R454 T702 T632 punct .,is
R455 T704 T705 advmod However,remain
R456 T706 T705 punct ", ",remain
R457 T707 T708 det the,factors
R458 T708 T705 nsubj factors,remain
R459 T709 T708 amod targeted,factors
R460 T710 T708 amod transcriptional,factors
R461 T711 T712 advmod directly,responsible
R462 T712 T708 amod responsible,factors
R463 T713 T712 prep for,responsible
R464 T714 T713 pcomp reprogramming,for
R465 T715 T716 det the,genes
R466 T716 T714 dobj genes,reprogramming
R467 T717 T718 npadvmod fiber,specific
R468 T718 T716 amod specific,genes
R469 T719 T718 punct -,specific
R470 T720 T716 amod contractile,genes
R471 T721 T720 cc and,contractile
R472 T722 T720 conj metabolic,contractile
R473 T723 T724 aux to,identified
R474 T724 T705 xcomp identified,remain
R475 T725 T724 auxpass be,identified
R476 T726 T705 punct .,remain
R477 T728 T729 compound Muscle,specification
R478 T729 T731 nsubj specification,appears
R479 T730 T729 compound fiber,specification
R480 T732 T733 aux to,associated
R481 T733 T731 xcomp associated,appears
R482 T734 T733 auxpass be,associated
R483 T735 T733 prep with,associated
R484 T736 T735 pobj obesity,with
R485 T737 T736 cc and,obesity
R486 T738 T736 conj diabetes,obesity
R487 T739 T731 punct .,appears
R488 T741 T742 prep For,possess
R489 T743 T741 pobj instance,For
R490 T744 T742 punct ", ",possess
R491 T745 T742 nsubj rodents,possess
R492 T746 T747 dep that,gain
R493 T747 T745 relcl gain,rodents
R494 T748 T749 det the,weight
R495 T749 T747 dobj weight,gain
R496 T750 T749 amod most,weight
R497 T751 T747 prep on,gain
R498 T752 T753 amod high,fat
R499 T753 T755 compound fat,diets
R500 T754 T753 punct -,fat
R501 T755 T751 pobj diets,on
R502 T756 T757 amod fewer,fibers
R503 T757 T742 dobj fibers,possess
R504 T758 T757 nmod type,fibers
R505 T759 T758 nummod I,type
R506 T760 T761 punct (,Abou
R507 T761 T742 meta Abou,possess
R508 T762 T761 nmod et,Abou
R509 T763 T761 nmod al.,Abou
R510 T764 T761 nummod 1992,Abou
R511 T765 T761 punct ),Abou
R512 T766 T742 punct .,possess
R513 T768 T769 prep In,observed
R514 T770 T771 amod obese,patients
R515 T771 T768 pobj patients,In
R516 T772 T769 punct ", ",observed
R517 T773 T774 amod skeletal,muscle
R518 T774 T769 nsubjpass muscle,observed
R519 T775 T769 aux has,observed
R520 T776 T769 auxpass been,observed
R521 T777 T778 aux to,have
R522 T778 T769 xcomp have,observed
R523 T779 T780 amod reduced,capacity
R524 T780 T778 dobj capacity,have
R525 T781 T780 amod oxidative,capacity
R526 T782 T780 punct ", ",capacity
R527 T783 T784 amod increased,capacity
R528 T784 T780 conj capacity,capacity
R529 T785 T784 amod glycolytic,capacity
R530 T786 T784 punct ", ",capacity
R531 T787 T784 cc and,capacity
R532 T788 T789 det a,percentage
R533 T789 T784 conj percentage,capacity
R534 T790 T789 amod decreased,percentage
R535 T791 T789 prep of,percentage
R536 T792 T793 nmod type,fibers
R537 T793 T791 pobj fibers,of
R538 T794 T792 nummod I,type
R539 T795 T796 punct (,Hickey
R540 T796 T769 meta Hickey,observed
R541 T797 T796 nmod et,Hickey
R542 T798 T796 nmod al.,Hickey
R543 T799 T796 nummod 1995,Hickey
R544 T800 T796 punct ;,Hickey
R545 T801 T796 nmod Tanner,Hickey
R546 T802 T796 nmod et,Hickey
R547 T803 T796 nmod al.,Hickey
R548 T804 T796 nummod 2002,Hickey
R549 T805 T796 punct ),Hickey
R550 T806 T769 punct .,observed
R551 T808 T809 amod Similar,observations
R552 T809 T810 nsubjpass observations,made
R553 T811 T810 aux have,made
R554 T812 T810 auxpass been,made
R555 T813 T810 prep in,made
R556 T814 T815 npadvmod type,diabetic
R557 T815 T817 amod diabetic,patients
R558 T816 T814 nummod 2,type
R559 T817 T813 pobj patients,in
R560 T818 T819 punct (,Lillioja
R561 T819 T810 meta Lillioja,made
R562 T820 T819 nmod et,Lillioja
R563 T821 T819 nmod al.,Lillioja
R564 T822 T819 nummod 1987,Lillioja
R565 T823 T819 punct ;,Lillioja
R566 T824 T819 nmod Hickey,Lillioja
R567 T825 T819 nmod et,Lillioja
R568 T826 T819 nmod al.,Lillioja
R569 T827 T819 nummod 1995,Lillioja
R570 T828 T819 punct ),Lillioja
R571 T829 T810 punct .,made
R572 T831 T832 advmod Recently,shown
R573 T833 T832 punct ", ",shown
R574 T834 T832 nsubjpass it,shown
R575 T835 T832 aux has,shown
R576 T836 T832 auxpass been,shown
R577 T837 T838 mark that,lead
R578 T838 T832 ccomp lead,shown
R579 T839 T840 amod increasing,fibers
R580 T840 T838 nsubj fibers,lead
R581 T841 T840 amod oxidative,fibers
R582 T842 T838 aux can,lead
R583 T843 T838 prep to,lead
R584 T844 T845 amod improved,action
R585 T845 T843 pobj action,to
R586 T846 T845 compound insulin,action
R587 T847 T845 cc and,action
R588 T848 T849 amod reduced,size
R589 T849 T845 conj size,action
R590 T850 T849 compound adipocyte,size
R591 T851 T852 punct (,Luquet
R592 T852 T832 meta Luquet,shown
R593 T853 T852 nmod et,Luquet
R594 T854 T852 nmod al.,Luquet
R595 T855 T852 nummod 2003,Luquet
R596 T856 T852 punct ;,Luquet
R597 T857 T852 nmod Ryder,Luquet
R598 T858 T852 nmod et,Luquet
R599 T859 T852 nmod al.,Luquet
R600 T860 T852 nummod 2003,Luquet
R601 T861 T852 punct ),Luquet
R602 T862 T832 punct .,shown
R603 T864 T865 nsubj We,established
R604 T866 T865 aux have,established
R605 T867 T865 advmod previously,established
R606 T868 T869 mark that,is
R607 T869 T865 ccomp is,established
R608 T870 T871 compound peroxisome,proliferator
R609 T871 T872 npadvmod proliferator,activated
R610 T872 T874 amod activated,receptor
R611 T873 T872 punct -,activated
R612 T874 T869 nsubj receptor,is
R613 T875 T874 punct (,receptor
R614 T876 T874 appos PPAR,receptor
R615 T877 T874 punct ),receptor
R616 T878 T874 punct δ,receptor
R617 T879 T880 det a,regulator
R618 T880 T869 attr regulator,is
R619 T881 T880 amod major,regulator
R620 T882 T880 amod transcriptional,regulator
R621 T883 T880 prep of,regulator
R622 T884 T885 compound fat,burning
R623 T885 T883 pobj burning,of
R624 T886 T869 prep in,is
R625 T887 T888 compound adipose,tissue
R626 T888 T886 pobj tissue,in
R627 T889 T869 prep through,is
R628 T890 T889 pobj activation,through
R629 T891 T890 prep of,activation
R630 T892 T891 pobj enzymes,of
R631 T893 T892 acl associated,enzymes
R632 T894 T893 prep with,associated
R633 T895 T896 amod long,chain
R634 T896 T898 nmod chain,oxidation
R635 T897 T896 punct -,chain
R636 T898 T894 pobj oxidation,with
R637 T899 T900 amod fatty,acid
R638 T900 T898 compound acid,oxidation
R639 T901 T900 punct -,acid
R640 T902 T898 compound β,oxidation
R641 T903 T898 punct -,oxidation
R642 T904 T905 punct (,Wang
R643 T905 T865 meta Wang,established
R644 T906 T905 nmod et,Wang
R645 T907 T905 nmod al.,Wang
R646 T908 T905 nummod 2003,Wang
R647 T909 T905 punct ),Wang
R648 T910 T865 punct .,established
R649 T912 T913 mark Although,is
R650 T913 T915 advcl is,determined
R651 T914 T913 nsubj PPARδ,is
R652 T916 T917 det the,isoform
R653 T917 T913 attr isoform,is
R654 T918 T917 amod predominant,isoform
R655 T919 T917 compound PPAR,isoform
R656 T920 T917 amod present,isoform
R657 T921 T920 prep in,present
R658 T922 T923 amod skeletal,muscle
R659 T923 T921 pobj muscle,in
R660 T924 T915 punct ", ",determined
R661 T925 T926 poss its,function
R662 T926 T915 nsubjpass function,determined
R663 T927 T928 nmod in,vivo
R664 T928 T926 nmod vivo,function
R665 T929 T915 aux has,determined
R666 T930 T915 neg not,determined
R667 T931 T915 auxpass been,determined
R668 T932 T915 punct .,determined
R669 T934 T935 poss Our,study
R670 T935 T937 nsubj study,uncovers
R671 T936 T935 amod current,study
R672 T938 T937 dobj PPARδ,uncovers
R673 T939 T937 prep as,uncovers
R674 T940 T941 det the,factor
R675 T941 T939 pobj factor,as
R676 T942 T941 amod first,factor
R677 T943 T941 compound transcription,factor
R678 T944 T941 amod able,factor
R679 T945 T946 aux to,drive
R680 T946 T944 xcomp drive,able
R681 T947 T948 det the,formation
R682 T948 T946 dobj formation,drive
R683 T949 T948 prep of,formation
R684 T950 T951 amod functional,fibers
R685 T951 T949 pobj fibers,of
R686 T952 T951 nmod type,fibers
R687 T953 T952 nummod I,type
R688 T954 T951 compound muscle,fibers
R689 T955 T941 punct ", ",factor
R690 T956 T957 poss whose,activation
R691 T957 T958 dep activation,entrains
R692 T958 T941 relcl entrains,factor
R693 T959 T960 amod complex,pathways
R694 T960 T958 dobj pathways,entrains
R695 T961 T962 preconj both,enhancing
R696 T962 T960 acl enhancing,pathways
R697 T963 T964 amod physical,performance
R698 T964 T962 dobj performance,enhancing
R699 T965 T962 cc and,enhancing
R700 T966 T962 conj creating,enhancing
R701 T967 T968 det a,state
R702 T968 T966 dobj state,creating
R703 T969 T968 prep of,state
R704 T970 T971 compound obesity,resistance
R705 T971 T969 pobj resistance,of
R706 T972 T937 punct .,uncovers