ライフサイエンスコーパス: generating system

1 s that together create a highly robust force-generating system.

2 esses that rely on an actomyosin-based force-generating system.

3 ive inactivation of ascorbate by an H(2)O(2)-generating system.

4 ock protein (HSP)70, HSP40, HSP60 and an ATP-generating system.

5 ly modified by a reticulocyte lysate and ATP-generating system.

6 bacterial membranes fortified with an NADPH-generating system.

7 interactions necessary for an efficient ATP-generating system.

8 vocytochrome b to form the active superoxide-generating system.

9 posure to an Fe3+/ascorbic acid free radical generating system.

10 5 minutes after removal of the O2.- or ONOO- generating system.

11 ed 15 minutes after the removal of the ONOO- generating system.

12 Electrical coupling is important in rhythm generating systems.

13 ionizing radiation or to other free radical-generating systems.

14 tivity of key intracellular second messenger-generating systems.

15 dicating the existence of tissue angiotensin-generating systems.

16 of this response involves various oxyradical-generating systems.

17 (ascorbate/Fe(II)/H2O2) or a peroxyl radical generating system, 2,2'-azobis(2-amidinopropane) dihydro

18 ntial NAD(P)H oxidase superoxide anion (O2-)-generating system activated by angiotensin II (Ang II).

19 In a broken-cell O2--generating system, activity was increased in plasma memb

20 cle cells with a phorbol ester, a superoxide-generating system, an NO donor or a Jun-D antisense olig

21 tion was done centrally with a random number-generating system and an interactive internet and voice-

22 ating DNA with a Fenton-type reactive oxygen-generating system and is known to cause mutation.

23 Cross-linking was also shown with an O2--generating system and NO.

24 pecificities of individual ROS scavengers or generating systems and are important in understanding RO

25 n and cultured with and without specific ROS-generating systems and/or scavengers.

26 Incubation of LDL with isolated MPO, an H2O2-generating system, and nitrite (NO2-)-- a major end-prod

27 os of interspecies electron carriers, energy generating systems, and interspecies physical associatio

28 effect on microcirculation of a nitric-oxide-generating system applied topically to the finger and fo

29 peroxide or characterizing hydrogen peroxide-generating systems are discussed based on the spontaneou

30 and the reaction is dependent upon a CMP-Kdo-generating system, as in E. coli.

31 erebral cortex to a xanthine oxidase O(-)(2) generating system blunted mastoparan induced pial artery

32 In this hydrogen-generating system, both electron carriers act catalytica

33 that the addition of NaClO4 and a superoxide-generating system, but neither alone, prevented the incr

34 We prepared the nitric-oxide-generating system by mixing a solution of KY jelly and s

35 An exogenous ROS-generating system bypassed 67LR to induce preconditionin

36 drome, topical application of a nitric-oxide-generating system can stimulate an increase in both micr

37 scle and exposed to a hydroxyl radical (.OH)-generating system consisting of H2O2 and Fe(3+)-nitrilot

38 Our previous demonstration that a Se(0)-generating system consisting of l-selenocysteine and the

39 In a tyrosyl radical-generating system containing ascorbate (100 microM) and

40 With an HOCl-generating system containing myeloperoxidase (MPO) and H

41 at GPVI is directly associated with the TXA2 generating system during platelet-collagen interaction.

42 anging from 1 to 5 microM in all of the O2-.-generating systems examined, including xanthine oxidase

43 Various energy generating systems exist in cells but the partitioning o

44 ormation in the presence of GS-thiyl radical generating systems (Fe(2+)/ADP/H(2)O(2) + GSH or horsera

45 L84 UTPase activity may be part of an energy-generating system for helicase activity associated with

46 inas were dissociated and incubated with ROS-generating systems for hydroxyl radical, superoxide anio

47 of the cells upon exposure to a free radical-generating system (H(2)O(2)/iron).

48 ss-talk between the complement and the kinin generating systems has become particularly relevant as t

49 This study compared a hydroxyl radical-generating system (HRGS) (0.05-0.2mM Fe(3+)+0.6mM H2O2)

50 was done centrally using a validated number generating system implemented via an interactive voice o

51 Abundant proteins of the Abeta42 peptide-generating system in ADEs may sustain levels in neurons.

52 The principal energy generating system in animals is the oxidative phosphoryl

53 Mitochondria are the primary energy-generating system in most eukaryotic cells.

54 turbances in the regulation of the melatonin generating system in pregnancy and postpartum depression

55 scribe the existence of an extracellular S1P-generating system in vascular endothelial cells.

56 gainst pathogens; however, analogous oxidant-generating systems in other tissues have not been associ

57 Topical application of a superoxide generating system increased albumin permeation and blood

58 nsin-converting enzyme (ACE)-dependent AngII-generating system is a major source of intrarenal AngII

59 re reported that the chymase-dependent AngII-generating system is upregulated in the human diabetic k

60 e S-transferase-tagged ubiquitin, and an ATP-generating system leads to the ubiquitylation of nNOS.

61 growth of omics data, our method can aid in generating systems-level insights into disease progressi

62 These results indicated that cAMP-generating systems may simultaneously modulate the devel

63 In contrast to the above O2-.-generating systems, no LDCL was observed at non-redox cy

64 tuents of the amyloid beta-peptide (Abeta)42-generating system now are examined in 2 distinct sets of

65 Catalase counteracted the effect of each ROS-generating system on retinal cells, consistent with dama

66 erebral cortex to a xanthine oxidase O(-)(2) generating system (OX) reversed NMDA (10(-8), 10(-6) M)

67 te brain and indicate that the retinoic acid-generating system plays a significant role in the matura

68 alase in the presence of a hydrogen peroxide generating system produces a ferrous-NO catalase complex

69 e to the presence of a redundant malonyl-CoA generating system provided by a cytosolic acetyl-CoA car

70 In the presence of an H(2)O(2)-generating system, purified PRDX4 oxidized PDI and recon

71 hat exposure to the H2O2 + Fe3+ free radical-generating system reduces activator Ca2+ availability, w

72 ucing equivalents from a Tris-light electron generating system, reduces ferricyanide at a rate of 1.8

73 at to 26 bp; thus, the Agrobacterium hairpin-generating system represents the most compact activity o

74 76 microclusters, couple SLP-76 to the force-generating systems responsible for microcluster movement

75 l(-) and Br(-)), and a cell-free O(2)(*)(-) -generating system resulted in DNA oxidative damage.

76 e (100 micromol/L per 0.038 U/mL), an O(2-.)-generating system, resulted in a marked activation of mi

77 olomics offers an unprecedented approach for generating system-specific biochemical definitions of a

78 accelerated in the presence of a superoxide-generating system, subsequent addition of catalytic leve

79 us systems in presence of a hydroxyl radical generating system such as ascorbic/iron(II).

80 usly added transition metals or free radical generating systems, suggesting that AGE formation may co

81 Addition of hydrogen peroxide or an H(2)O(2)-generating system suppresses the sustained IL-8 mRNA and

82 ls is an inducible and mobile angiotensin II-generating system that may exert potent local vasoactive

83 Force-generating systems that act on elastic cytoskeletal elem

84 We used a commercial chemiluminescence generating system to evaluate the validity of quantitati

85 This allows the diversity-generating system to minimize variability to the subset

86 Experiments that utilized a superoxide generating system to scavenge NO showed that the magnitu

87 f all hairpin linear chromosome- and plasmid-generating systems to date.

88 ppresses the activity of the reactive oxygen-generating system used for plant defense responses.

89 A xanthine oxidase hydroxyl radical (.OH)-generating system was created for sustained in vitro pro

90 The requirement for this generating system was increased if livers from pretreate

91 ed with the control glia, glial cells in ROS-generating systems were found to be more potent inducers

92 A substrates damaged by various free radical-generating systems were used.

93 Two exogenous OFR-generating systems were used: H2O2 + Fe(3+)-nitrilotriac

94 al other systems including a novel diversity-generating system with a reverse transcriptase.

95 on of hippocampal slices with the superoxide-generating system xanthine/xanthine oxidase (X/XO) produ

96 Adventitial application of the O2--generating system xanthine/xanthine oxidase or the poten