1 ic separations in narrow channels coupled to small-bore capillaries have been demonstrated and charac

2                                              Small-bore catheter drainage of persistent pleural effus

3                                              Small-bore-catheter thoracostomy and talc pleurodesis wa

4 tomatic malignant pleural effusion underwent small-bore-catheter thoracostomy and talc pleurodesis.

5 al effusions; eight of these 25 patients had small-bore catheters inserted bilaterally.

6                             Tunneled jugular small-bore central catheters are a vein-preserving alter

7 h chronic renal insufficiency or failure, 43 small-bore central catheters were placed via the interna

8  Flow rates were documented at which certain small-bore central venous catheters should tolerate powe

9             The described method uses short, small-bore columns, high flow rates, and elevated HPLC c

10                                            A small-bore feeding tube, with stylet in place, was place

11                                 Of the seven small-bore feeding tubes tested, all were successfully p

12 feeding tubes placed (13 Salem sump tubes, 7 small-bore feeding tubes) was then studied.

13 ve intervention to reduce complications from small-bore nasogastric feeding tubes was effective.

14 oved 7-day mortality rate after CLP with the small-bore needle (23-gauge; 21.4% [rhTFPI] vs. 71.4% [c

15 y defined scaffolds to be injected through a small-bore needle with nearly complete geometric restora

16 as-phase elemental mercury diffusion through small bore needles from finite sources demonstrated mass

17 ong attachment (when pressure peeled using a small-bore pipette).

18 cted at a low flow rate (~10 nL/s) through a small bore silica capillary (ID 50 mum); inline microdia