1 cluding enlargement of the internal auditory meatus.

2 livocochlear bundle in the internal auditory meatus.

3 of the urine stream as it exits the urethral meatus.

4 ations in formation of the external acoustic meatus.

5 ies were derived from cultures of the middle meatus.

6 EMG and expulsion of urine from the urethral meatus.

7 ayer is contributed by the external acoustic meatus, a derivative of the first pharyngeal cleft.

8 n between formation of the external acoustic meatus and formation of the tympanic ring, a first arch-

9 at three nasal sites (anterior naris, middle meatus, and sphenoethmoidal recess).

10 n and morphogenesis of the external acoustic meatus, and that expression of the Hoxa-2 and goosecoid

11                       Cultures of the middle meatus cannot be used as a surrogate for a maxillary sin

12  by organisms that migrate from the urethral meatus-catheter interface along the external surface of

13 or staphylococcal colonization of the middle meatus in healthy adults.

14 ring the anatomical location of the urethral meatus, it is surprising that urine is normally sterile.

15 tively smooth central channels of the dorsal meatus map onto the dorsal MOB, whereas the highly convo

16 in the study rolled a Dacron swab across the meatus three times (method 1).

17 nclusion, inoculation of WT male mice in the meatus urethra with a human serovar of C. trachomatis re

18  conclusion, inoculation of male mice in the meatus urethra with C. trachomatis MoPn results in an in

19 , we inoculated C3H/HeN (H-2(k)) mice in the meatus urethra with C. trachomatis serovar D.

20 eN (H-2(k)) male mice were inoculated in the meatus urethra with doses ranging from 10(1) to 10(7) in

21 of infection, we inoculated male mice in the meatus urethra.