1 lex in non-smokers also results in laryngeal spillage.

2 ecimen retrieval to prevent tumor seeding or spillage.

3 ex in all non-smokers resulting in laryngeal spillage.

4  of 15 smokers with absent RPS had laryngeal spillage.

5                               Risks of tumor spillage and fecal incontinence induced by transanal ext

6 aution must be taken to avoid tumor entry or spillage because of the potential for local recurrence,

7 fat acinar necrosis (PFAN, indicated by NEFA spillage) contributed to most of the necrosis observed i

8 anaplasia), and those reported to have tumor spillage during surgery.

9 n reduces both TmG and threshold for glucose spillage in the urine in patients with T2DM and those wi

10  glucose concentration threshold for glucose spillage in the urine similarly in individuals with T2DM

11 water contamination by stray natural gas and spillage of brine and other gas drilling-related fluids

12 eritonitis was induced by cecal ligation and spillage of cecal contents into the abdominal cavity.

13                                              Spillage of gallstones in the abdominal cavity may rarel

14 ents which started with gastric perforation, spillage of highly destructive gastric juice over the st

15 y activation of immunocytes and macrophages, spillage of intracellular constituents, and epitope mimi

16 geal penetration was not caused by premature spillage of oral fluid into the hypopharynx, delayed cle

17 the non-smokers showed evidence of laryngeal spillage of water, whereas 12 of 15 smokers with absent

18 ode involvement, and age revealed that tumor spillage remained significant.

19 mster peritoneum represents a model of tumor spillage that may occur during dissection, manipulation,

20 eritonei, but not with cyst fluid aspiration/spillage, tumor enucleation, nodal gliomatosis, or micro

21 erforation can lead to significant bacterial spillage, which may then cause septic peritonitis, chara