1 ) tract has been performed for decades using barium sulfate.

2 tudies were performed with a 50% dilution of barium sulfate.

3  sodium oleate, each mixed with 20% (wt/vol) barium sulfate.

4 radiation was attenuated 13% and 21% with 2% barium sulfate and 87% and 96% with 40% barium sulfate,

5 ight patients with Crohn disease received 2% barium sulfate and water enema.

6 h 2% barium sulfate and 87% and 96% with 40% barium sulfate, as calculated in the near and far fields

7 ession to overcome the marked radiopacity of barium sulfate in order to obtain a diagnostically usefu

8 Geochemical analyses of sedimentary barites (barium sulfates) in the geological record have yielded f

9  the conditions of this study, the effect of barium sulfate on visceral transmural wound healing in t

10 ng of tumor angiogenesis was performed using barium sulfate or isolectin microangiography and Doppler

11 r field) the water slab (eight experiments), barium sulfate slab (eight experiments), and lead sheet

12 aphy was performed with injection of 0.45 mL barium sulfate suspension at 0.7 mL/min, followed by sil

13 up 1 (n = 25) ingested 150-mL aliquots of 2% barium sulfate suspension with meals and snacks for 48 h

14 containing 315 or 630 mL of water, 2% or 40% barium sulfate suspension, and a 1-mm lead sheet were pl

15     The extrapolated attenuations for 5%-40% barium sulfate suspensions indicated that beyond a 30% s

16 oating and improved radiodensity relative to barium sulfate suspensions.

17 encapsulation method to include 10% (wt/vol) barium sulfate to create barium-alginate microcapsules (

18                                              Barium sulfate was placed into the incision before closu

19          The incisions in the rats receiving barium sulfate were compared with those in the control r

20  with water-soluble contrast material and/or barium sulfate were performed in patients during 10 year