ライフサイエンスコーパス: lithogenic

1 is that ERs play a pivotal role in mediating lithogenic actions of estrogen and to dissect the potent

2 xpression of ERalpha but not ERbeta, and the lithogenic actions of estrogen can be blocked completely

3 The mouse is refractory to lithogenic agents active in rats and humans, and so has

4 About 90% of the lithogenic and biogenic iron ingested by krill is passed

5 In most cholesterol gallstone-prone humans, lithogenic bile carries large quantities of hepatic chol

6 ce to the farnesoid X receptor, leading to a lithogenic bile salt profile.

7 ution between mixed micelles and vesicles in lithogenic bile, both ultracentrifugation and gel chroma

8 ith respect to cholesterol and production of lithogenic bile.

9 2 weeks on either a standard mouse chow or a lithogenic diet (containing 1% cholesterol, 0.5% cholic

10 When fed a lithogenic diet (LD) for 2 weeks, 90% Apobec-1(-/-) mice

11 wildtype (WT) mice a cholesterol/cholic acid lithogenic diet (LD) for up to 56 days and documented bi

12 d in C57L/J mice whether the components of a lithogenic diet (LD; 1.0% cholesterol, 0.5% cholic acid

13 e gallstone-susceptible C57L mice were fed a lithogenic diet and concomitantly administered with ezet

14 and CGD-sensitive C57L mice were placed on a lithogenic diet and then analyzed for CGD at the biochem

15 before (day 0, on chow) and at 4 weeks on a lithogenic diet containing 1% cholesterol and 0.5% choli

16 paticus and Helicobacter rodentium and fed a lithogenic diet developed cholesterol gallstones at 80%

17 Naturally resistant (Nramp1(+/+)) mice fed a lithogenic diet developed cholesterol gallstones that su

18 at 0, 3, or 6 microg/day and that were fed a lithogenic diet for 12 weeks.

19 When fed a lithogenic diet for 8 weeks, wild-type mice developed si

20 G2A(-/-) mice fed a lithogenic diet had rapid gallstone formation, an increa

21 The lithogenic diet induced 3-fold higher expression levels

22 cter spp or left uninfected and fed either a lithogenic diet or standard mouse chow for 8 and 18 week

23 CG5(-/-)/G8(-/-), and ABCG8 (-/-) mice fed a lithogenic diet or varying amounts of cholesterol, treat

24 Analysis of mice on either the chow or the lithogenic diet revealed that CCK-1R(-/-) animals had la

25 Finally, feeding a modified lithogenic diet supplemented with milk fat, instead of c

26 /48) mice, regardless of whether chow or the lithogenic diet was administered.

27 e mice regardless of whether the chow or the lithogenic diet was fed.

28 As a result, after twelve weeks on a lithogenic diet, all of the LIRKO mice develop gallstone

29 At 4 weeks on the lithogenic diet, mucin accumulation was found in all MUC

30 ompared with Apob(48/48) and wild-type mice, lithogenic diet-fed Apob(100/100) mice displayed signifi

31 Lithogenic diet-fed PKCbeta(-/-) mice also displayed dec

32 Loss of PXR sensitized mice to lithogenic diet-induced CGD, characterized by decreases

33 or liver X receptor (LXR) sensitized mice to lithogenic diet-induced gallbladder cholesterol crystall

34 o development of cholesterol gallstones on a lithogenic diet.

35 function of G2A in mice fed either a chow or lithogenic diet.

36 allele (Apob+/+) before and during an 8-week lithogenic diet.

37 mistry of cholelithiasis during feeding of a lithogenic diet.

38 acid pool size in PXR-/- mice that received lithogenic diets was associated with reduced expression

39 ng 0.5% cholic acid or 1.25% cholesterol, or lithogenic diets.

40 Interestingly, the lithogenic effect of LXR was completely abolished in the

41 We propose that LXR is a lithogenic factor and that the LXR transgenic mice may o

42 various heterogeneously distributed pools of lithogenic, free organic, occluded, adsorbed, and precip

43 cean productivity in a warming climate where lithogenic iron inputs from deserts, glaciers, and river

44 , dissolution) from particulate iron-notably lithogenic-likely dominates.

45 biliary sterols, which is independent of the lithogenic mechanism of the ABCG5/G8 pathway.

46 Lead concentrations were normalized to lithogenic metals and organic matter to account for proc

47 the appearance of cholesterol crystals from lithogenic model bile, an effect that was both time and

48 gia (Southern Ocean) ingest large amounts of lithogenic particles and contain 3-fold higher iron conc

49 Lithogenic particles deriving from aeolian dust depositi

50 ly thought to continental erosion (providing lithogenic particles to the ocean), particle transport w

51 opic abundances of silicon from biogenic and lithogenic particulate matter and from dissolved silicon

52 sion: The current study has revealed a novel lithogenic role of LXR as well as a functional interplay

53 augmenting formation of deoxycholate, a pro-lithogenic secondary bile salt, and increasing the fract

54 table littoral benthic diatom assemblage and lithogenic sediments with 'interglacial' characteristics

55 Suspect higher lithogenic states when calcium stone formers have serum

56 genes involved in renal tubular handling of lithogenic substrates, such as calcium, oxalate, and pho

57 A lithogenic variant in the gene that encodes the hepatobi

58 om glacial ice melt with solute sources from lithogenic weathering and a minor seawater component.