ライフサイエンスコーパス: hypermetabolic

1 s), and posterior cerebellum were relatively hypermetabolic.

2 hibit increased fatty acid oxidation and are hypermetabolic.

3 nt to high-fat diet-induced weight gain, and hypermetabolic.

4 ometabolic, whereas E2+/p- mice are lean and hypermetabolic.

5 Mice lacking SCD-1 were lean and hypermetabolic.

6 characteristic curve (AUCs) for determining hypermetabolic (18)F-FDG PET/CT foci that were suspiciou

7 390 enrolled patients, 49% of subjects were hypermetabolic, 30% of subjects were normometabolic, and

8 PET identified focal hypermetabolic abnormalities in 19 of 22 intracranial me

9 In particular, the hypermetabolic abnormalities in the brain, evaluated by(

10 In all seven PET scans, the uniform hypermetabolic activity associated with the demarcation

11 that also demonstrates a symmetrical rimlike hypermetabolic activity seen on PET scans.

12 tabolic adrenal masses, gastric ulcer, small hypermetabolic adenopathies, multiple focal bone marrow

13 18F-FDG PET/CT showed bilateral hypermetabolic adrenal masses, gastric ulcer, small hype

14 Critically ill children are hypermetabolic and in negative NB.

15 is unique population due to their underlying hypermetabolic and inflammatory response following burn

16 glucose levels of 130 mg/dL exert attenuated hypermetabolic and inflammatory responses, as well as si

17 ween 1,5-InsP8 and 5-InsP7 as drivers of the hypermetabolic and p53-elevated phenotypes, we used IP6K

18 biology (immunogenic, benign NF2 wild-type, hypermetabolic and proliferative) that informed therapeu

19 atum, which was heavily weighted (relatively hypermetabolic) and appeared to provide a disease-specif

20 The lean, hypermetabolic, and insulin-sensitive E2+/p- phenotype a

21 In contrast, BalphaKO mice are hypermetabolic, and similar to whole body PGC-1alpha nul

22 In SPM single-subject analysis, the hypermetabolic areas were detected only in patients with

23 In SPM single subject analysis the hypermetabolic areas were detected only in patients with

24 ngside (18)F-FDG normalization in previously hypermetabolic areas, was observed after intravenous imm

25 Thus, instead of being hypermetabolic, as commonly assumed, solid tumours gener

26 +/p- mice are hypermetabolic at both ambient temperature (21 degrees C

27 peated exposure shifted the hippocampus to a hypermetabolic basal state with concurrent atrophy and p

28 r understand the motor clinical relevance of hypermetabolic brain regions in HD.

29 central in trauma-, burn-, or cancer-induced hypermetabolic catabolism, the mediators are essentially

30 demonstrate that active UC colonoids exhibit hypermetabolic features and cellular stress, specificall

31 The UHR PET image of 1 patient revealed hypermetabolic foci in the cerebellum that were not disc

32 ely shunt oxygenated blood to the imminently hypermetabolic focus or may be due to small local decrea

33 Homozygous mutants are small, hypermetabolic, hyperactive, and infertile, with markedl

34 hermal injury, ameliorates the hyperdynamic, hypermetabolic, hypercatabolic, and osteopenic responses

35 Further, they are hypermetabolic, hyperphagic and hyperthermic, all consis

36 In this hypermetabolic, hypoglycaemic state, propranolol stimula

37 ling of REE suggests that skeletal muscle is hypermetabolic in patients with HIV lipoatrophy.

38 Seriously injured patients are hypermetabolic in the early postinjury period.

39 At FDG PET, 46 hypermetabolic lesions consistent with tumor were depict

40 Fifty-nine hypermetabolic lesions identified on 7 min/bed position

41 eatures on (18)F-FDG PET/CT, such as intense hypermetabolic lesions in lymph nodes and multiple organ

42 y (PET) -computed tomography showed multiple hypermetabolic lesions involving subcutaneous tissue, mu

43 that of PET/CT in allowing the detection of hypermetabolic lesions suspicious for malignancy in pati

44 allows detection and localization of foci of hypermetabolic lesions with high sensitivity because of

45 (7 per patient) were analyzed for number of hypermetabolic lesions.

46 s] had the strongest rhythms, while the most hypermetabolic line had the weakest rhythms.

47 d to predict the presence of vaccine-induced hypermetabolic lymph nodes (v-HLNs) on (18)F-FDG PET/CT

48 ypeptide VGF (nonacronymic) produces a lean, hypermetabolic mouse.

49 many ways mechanistically distinct from both hypermetabolic muscle wasting and denervation-induced mu

50 Hypermetabolic, normometabolic, and hypometabolic patien

51 In hypermetabolic patients (eg, burns, cancer), the brownin

52 Hypermetabolic patients, compared with normometabolic pa

53 Small, non-avid tumors and those within the hypermetabolic, PET-avid brain were falsely negative.

54 The genomic pattern for liver in the hypermetabolic phase after the burn injury involves tran

55 Finally, before hypometabolism, a hypermetabolic phase was identified for some cortical re

56 toward AD involves three adaptive events: a hypermetabolic phase, a prolonged prodromal phase, and a

57 -induced obesity, thereby recapitulating the hypermetabolic phenotype of global SCD1 deficiency.

58 t a disease-associated, cholesterol-related, hypermetabolic phenotype of PMS iNSCs that leads to neur

59 h, endurance, and morphology, attenuates the hypermetabolic phenotype, and enhances insulin sensitivi

60 MEFs lacking Rev-erba exhibited a hypermetabolic phenotype, demonstrating increased levels

61 s metabolism-associated miRNAs, and causes a hypermetabolic phenotype.

62 stored p53 expression but did not affect the hypermetabolic phenotype.

63 SOD1) mouse models of familial ALS possess a hypermetabolic phenotype.

64 uring early adolescence yields a distinctive hypermetabolic prefrontal cortex state that was not obse

65 ly, and the usual interpretation is that the hypermetabolic region represents a seizure focus.

66 re (SPM5) was used to identify all hypo- and hypermetabolic regions in patients with HD relative to c

67 IGF-I/BP-3 attenuates the hypermetabolic response after thermal injury and may imp

68 rly enteral tube feedings, will decrease the hypermetabolic response and the incidence of sepsis that

69 evere burns are associated with a persistent hypermetabolic response characterized by hyperdynamic ci

70 show that female children exert a decreased hypermetabolic response compared with male children, whi

71 atients exert an attenuated inflammatory and hypermetabolic response compared with males.

72 , early wound closure, and modulation of the hypermetabolic response have decreased morbidity and mor

73 Severe burns trigger a hypermetabolic response that persists for up to 2 years

74 e, nonsurvivors exhibited a vastly increased hypermetabolic response that was associated with increas

75 The hypermetabolic response to severe burn is associated wit

76 The catecholamine-mediated hypermetabolic response to severe burns causes increased

77 These findings suggest that the hypermetabolic response to thermal injury is maximal in

78 ndrome of skeletal muscle that presents as a hypermetabolic response to volatile anesthetic gases, wh

79 activation during HIV-1 infection induces a hypermetabolic response with increased glucose uptake.

80 nteral nutrition in burn patients blunts the hypermetabolic response.

81 of constitutive proteins, and modulated the hypermetabolic response.

82 tcomes, infection, sepsis, inflammatory, and hypermetabolic responses were determined.

83 with extreme and prolonged inflammatory and hypermetabolic responses, resulting in significant catab

84 ver injury, and that hypoxia subsequent to a hypermetabolic state caused by activated Kupffer cells i

85 ed liver injury, and hypoxia subsequent to a hypermetabolic state caused by activated Kupffer cells p

86 ed, results do not support the notion that a hypermetabolic state contributes to unexplained weight l

87 es the metabolic rate and contributes to the hypermetabolic state in severe illness.

88 putative negative regulator of VDAC1, and a hypermetabolic state that amplified Treg inflammatory re

89 Thus, we define a hypermetabolic state that incites changes in the epigene

90 pharmacogenetic disorder that manifests as a hypermetabolic state when carriers are exposed to haloge

91 injury and major surgical stress result in a hypermetabolic state with accelerated breakdown of prote

92 he traditional view is that cocaine causes a hypermetabolic state with increased heat production.

93 creased in the septic patients, suggesting a hypermetabolic state with increased protein breakdown.

94 itically ill patients are characterized by a hypermetabolic state, a catabolic response, higher nutri

95 If amyloid were found to induce a hypermetabolic state, this would suggest an alternative

96 Thermal injury induces a hypermetabolic state, which is reported to increase with

97 oxidation and the detrimental induction of a hypermetabolic state.

98 abolic ceilings vary with respect to whether hypermetabolic states involve relatively short bouts of

99 ue inflammasome and migratory activities and hypermetabolic states.

100 KSHV-MCD activity was associated with hypermetabolic symmetric lymphadenopathy (median maximal

101 an anesthetic-drug-induced, life-threatening hypermetabolic syndrome caused by abnormal calcium regul

102 Approximately half (n = 11) were hypermetabolic; TEE was not different in those with hype

103 All patients were markedly hypermetabolic throughout acute hospital stay and had si

104 PET/CT showed hypermetabolic uptake in the skin in all patients, in th

105 The hypermetabolic uptake of FDG fell to background levels w

106 ALS patients are hypermetabolic with increased resting energy expenditure