ライフサイエンスコーパス: gastrointestinal transit

1 is the loss of viability during storage and gastrointestinal transit.

2 l dependence, and only limited inhibition of gastrointestinal transit.

3 on is associated with a significant delay in gastrointestinal transit.

4 s in the myenteric nerve plexus, and delayed gastrointestinal transit.

5 ty, but rotavirus infection had no effect on gastrointestinal transit.

6 into the complex spatio-temporal patterns of gastrointestinal transit.

7 survival of lipolytic activity during aboral gastrointestinal transit.

8 at may reflect neurotoxicity, and in causing gastrointestinal transit alterations in mice.

9 l dilatation are diagnosed by measurement of gastrointestinal transit and pressure profiles.

10 vorable functional outcome in in vivo liquid gastrointestinal transit and recipient solid gastric emp

11 the time to SF + D best reflects recovery of gastrointestinal transit and therefore should be conside

12 At 6 h, gastric emptying and gastrointestinal transit assessed in vivo motility, and

13 ro jejunal circular muscle contractility and gastrointestinal transit, both of which could be allevia

14 5-day baseline and 5-day treatment periods; gastrointestinal transit (by validated scintigraphy) and

15 ody weights, food intake, stool indices, and gastrointestinal transit (following Evans blue gavage) w

16 reperfusion (6 hours) significantly delayed gastrointestinal transit (GIT) compared with sham operat

17 nctional foods containing probiotics improve gastrointestinal transit, however, data are limited by s

18 ose metabolism, islet hormone secretion, and gastrointestinal transit in subjects after RYGB and in m

19 human native tissue and an in vivo model of gastrointestinal transit in the rabbit, have led to its

20 l circular muscle contractility in vitro and gastrointestinal transit in vivo.

21 ctility in vitro, and significantly improved gastrointestinal transit in vivo.

22 llections, 2) to determine the similarity of gastrointestinal transit kinetics and excretion patterns

23 r samples collected from areas closer to the gastrointestinal transit most frequently shared methylat

24 Gastrointestinal transit of radio-opaque pellets through

25 Impaired gastrointestinal transit or postoperative ileus largely

26 Gastrointestinal transit patterns were investigated with

27 ane guanylate cyclases are also important in gastrointestinal transit rate and motility.

28 n the upper or lower gastrointestinal tract, gastrointestinal transit scintigraphy is a uniquely suit

29 ence values have been developed for a single gastrointestinal transit study including esophageal tran

30 derived reference values for a comprehensive gastrointestinal transit study using (111)In-DTPA with t

31 l models have been shown to cause changes in gastrointestinal transit that depend on adaptive immune

32 ous health problems, including alteration of gastrointestinal transit, the exact mechanism of which i

33 ed from transabdominal ultrasound, and total gastrointestinal transit time (GITT) determined with rad

34 Total gastrointestinal transit time (TGTT) and colonic transit

35 gurt enters the small intestine and a slower gastrointestinal transit time allow the bacterial lactas

36 lycerol concentrations, calcium balance, and gastrointestinal transit time did not decrease as fiber

37 ility were evaluated by MTS-1, and the total gastrointestinal transit time was assessed by radiopaque

38 include dysphagia, gastroparesis, prolonged gastrointestinal transit time, constipation and difficul

39 component is based on gender differences in gastrointestinal transit time, visceral sensitivity, cen

40 82) in healthy controls (p = 0.43)--or total gastrointestinal transit time--1.6 days (range 0.5-2.9)

41 creased which negatively correlated with the gastrointestinal transit time.

42 ameliorated the surgically induced delay in gastrointestinal transit to levels achieved using 250 pp

43 We studied the effects of several drugs on gastrointestinal transit (tramadol HCl, acetaminophen wi

44 Isolated gastrointestinal transit was analyzed in animals with il

45 r systemically and fed placenta, after which gastrointestinal transit was evaluated.

46 Similarly, the ability of M6G to inhibit gastrointestinal transit was greatly diminished in these

47 Gastrointestinal transit was measured as the progression

48 ractions were measured in an organ bath, and gastrointestinal transit was measured in vivo.

49 Gastrointestinal transit was measured scintigraphically

50 Gastrointestinal transit was similar in P2X2+/+ and P2X2

51 Gastrointestinal transit was similar in P2X3+/+ and P2X3

52 cal hallmark that best reflected recovery of gastrointestinal transit was validated using data from a

53 roliferation of small intestinal mucosa, and gastrointestinal transit were evaluated.

54 yed in association with a strong decrease in gastrointestinal transit, while anandamide did not alter

55 to first flatus, best indicated recovery of gastrointestinal transit with a positive predictive valu