ライフサイエンスコーパス: anticarcinogenic

1 ds are polyphenolic compounds proposed to be anticarcinogenic.

2 lls, which mechanistically may explain their anticarcinogenic actions.

3 Genistein is known to exhibit anticarcinogenic activities and inhibit tyrosine kinase

4 Retinoic acid (RA) displays pronounced anticarcinogenic activities in several types of cancer.

5 Here we show that the anticarcinogenic activities of CRABP2 are mediated by bo

6 The anticarcinogenic activities of retinoic acid (RA) are be

7 Retinoic acid (RA) displays potent anticarcinogenic activities that are mediated by the nuc

8 Leguminosae), exhibits antiproliferative and anticarcinogenic activities through a mechanism that is

9 tor retinoid X receptor (RXR) display potent anticarcinogenic activities, but the mechanisms by which

10 ds, dietary components with several putative anticarcinogenic activities, may be associated with lowe

11 rest due to their antioxidative and possible anticarcinogenic activities.

12 of other LOXs (e.g., 5-LOX) have preclinical anticarcinogenic activity and are being developed for cl

13 ctal studies, 15-LOX very recently has shown anticarcinogenic activity in esophageal and prostatic ca

14 The potent anticarcinogenic activity of 9-cis-RA in the rat prostat

15 The anticarcinogenic activity of hydroxytyrosyl ethyl ether

16 questioned the role of PHS inhibition in the anticarcinogenic activity of NSAIDs by showing that some

17 The mechanisms underlying the anticarcinogenic activity of retinoids appear to be asso

18 been shown in laboratory studies to possess anticarcinogenic activity.

19 cluding plants of the ginger family, possess anticarcinogenic activity.

20 Kennedy), and studies to evaluate BBIC as an anticarcinogenic agent in human populations began.

21 o control PCA is to define a mechanism-based anticarcinogenic agent(s).

22 RXR tetramers may comprise a novel class of anticarcinogenic agents.

23 ts synthetic analogs have great potential as anticarcinogenic agents.

24 f selenium compounds in antiinflammatory and anticarcinogenic agents.

25 provide in part the molecular basis for the anticarcinogenic and anti-inflammatory effects of silyma

26 The anticarcinogenic and anti-inflammatory properties of cur

27 including sun exposure, skin phototype, and anticarcinogenic and procarcinogenic effects of vitamin

28 modulators, i.e., agents that can induce the anticarcinogenic and/or inhibit the procarcinogenic LOXs

29 a longa) with antioxidant, antiinflammatory, anticarcinogenic, and antimutagenic effects.

30 attention because of its cardio-protective, anticarcinogenic, and antioxidant properties.

31 This may explain its cell growth modulatory, anticarcinogenic, and radiosensitizing effects previousl

32 Resveratrol's anticarcinogenic, anti-inflammatory, and growth-modulato

33 eybee hives, is known to have antimitogenic, anticarcinogenic, antiinflammatory, and immunomodulatory

34 Curcumin's broad spectrum of antioxidant, anticarcinogenic, antimutagenic, and anti-inflammatory p

35 received much attention due to its potential anticarcinogenic, antiproliferative effects and its pote

36 t are not PHS inhibitors can induce the same anticarcinogenic changes in cell cycle and apoptotic res

37 ryo fibroblasts suggesting that they possess anticarcinogenic characteristics.

38 nverse correlation is attributed to brassica anticarcinogenic components, especially isothiocyanates

39 ea infusion is a beverage that also contains anticarcinogenic compounds, mainly represented by flavan

40 hibitors originally synthesized as potential anticarcinogenic compounds.

41 After further adjusting for potentially anticarcinogenic constituents of these foods, high carot

42 uts and could easily provide the recommended anticarcinogenic dose range from 1.5 to 2.0mg/kg of body

43 the development of FABP5 inhibitors as novel anticarcinogenic drugs.

44 ts suggest that silymarin may exert a strong anticarcinogenic effect against PCA and that this effect

45 Additionally, the infusion anticarcinogenic effect as to their ability to (a) scave

46 n vitro studies have provided evidence of an anticarcinogenic effect of active ingredients in garlic.

47 Finally, the anticarcinogenic effect of flavokawain A was evident in

48 The mechanism of the anticarcinogenic effect of these drugs is not known, but

49 Isothiocyanates exert strong anticarcinogenic effects in a number of animal models of

50 nonsteroidal anti-inflammatory drug, display anticarcinogenic effects in experimental models.

51 pirin, appear to have clinically significant anticarcinogenic effects in the gastrointestinal tract.

52 how that Nrf2 is responsible for most of the anticarcinogenic effects of CR, but is dispensable for i

53 athway that dissociates the prolongevity and anticarcinogenic effects of CR.

54 xperimental studies have suggested potential anticarcinogenic effects of flavonoids, although epidemi

55 Evidence on the anticarcinogenic effects of nuts is somewhat limited bec

56 tiviral, antibacterial, antiinflammatory and anticarcinogenic effects, as well as the ability to modu

57 n environmental and dietary agent with known anticarcinogenic effects, but protection against breast

58 nment seem to define whether PAF has pro- or anticarcinogenic effects.

59 f an order of magnitude sufficient to elicit anticarcinogenic effects.

60 which may explain its anti-inflammatory and anticarcinogenic effects.

61 Green tea catechins are known to have anticarcinogenic effects.

62 and radical scavenging properties as well as anticarcinogenic effects.

63 ti-inflammatory, cell growth-modulatory, and anticarcinogenic effects.

64 t has anti-inflammatory, cytoprotective, and anticarcinogenic effects.

65 Moreover, the total loss of anticarcinogenic efficacy of oltipraz in the nrf2-disrup

66 While different forms of Se vary in their anticarcinogenic efficacy, Se-methylselenocysteine (SeMS

67 es (LOXs), including 5-, 8-, and 12-LOX, and anticarcinogenic LOXs, including 15-LOX-1 and possibly 1

68 ce of LOX activities from procarcinogenic to anticarcinogenic metabolism of polyunsaturated fatty aci

69 6alpha-hydroxyestrogen, and lower amounts of anticarcinogenic metabolites, 2-hydroxyestrogens, have b

70 known to be involved in many antioxidant and anticarcinogenic pathways.

71 dietary exposure, but also contain putative anticarcinogenic phytochemicals), dietary cadmium intake

72 CLA has anticarcinogenic properties and has been identified in h

73 a strong antioxidant, has antigenotoxic and anticarcinogenic properties currently being investigated

74 Evidence indicates that vitamin E has anticarcinogenic properties for gastrointestinal cancers

75 been shown to possess anti-inflammatory and anticarcinogenic properties in experimental animals.

76 ids are found in a variety of foods and have anticarcinogenic properties in experimental models.

77 used food preservative, is reported to have anticarcinogenic properties in some animal models.

78 The antioxidant and anticarcinogenic properties of chlorogenic acid have bee

79 ochemicals are known to exhibit a variety of anticarcinogenic properties.

80 toestrogens that has both antiestrogenic and anticarcinogenic properties.

81 erbivore and plant-pathogen interactions and anticarcinogenic properties.

82 imental evidence suggests that vitamin D has anticarcinogenic properties; however, a nested case-cont

83 The anticarcinogenic property of NSAIDs has been shown in ep

84 al response, contrasting with its role as an anticarcinogenic response in animals.

85 In this REVIEW, we discuss the pro- and anticarcinogenic role of the microbiota, as well as high

86 g., tobacco or asbestos) to intervening with anticarcinogenic strategies (behavioral modifications ,

87 g., tobacco or asbestos) to intervening with anticarcinogenic strategies (behavioral modifications, s

88 we will examine the evidence that NSAIDs are anticarcinogenic, the evidence supporting PHS as the tar

89 Chlorophyllin (CHL), an antimutagenic and anticarcinogenic water-soluble derivative of chlorophyll