1 ng patients about the risks of driving while sleepy.

2                       Participants felt less sleepy after on-call nights in the intervention group, w

3 A may improve sleepiness in patients who are sleepy at baseline and improve quality of life.

4  can detect an individual who is excessively sleepy before adverse outcomes become evident.

5                 Surveys of the prevalence of sleepy behavior in drivers suggest that sleepiness may b

6 al practice guidelines for the management of sleepy driving due to OSA.

7 (inability to drink, convulsions, abnormally sleepy), fever (>/=38 degrees C) and lower chest indrawi

8                              Tiliqua rugosa (sleepy lizard) is a long-lived skink (>30 years) that is

9 on, we demonstrate that, for both grumpy and sleepy, notochord differentiation can be rescued by exog

10 in state and is impaired when the subject is sleepy or tired.

11                          In our subjectively sleepy patients with an overall RDI < 10, a REM-RDI > or

12 treatment improves the functional outcome of sleepy patients with mild and moderate obstructive sleep

13 hese MRS devices as first-line treatment for sleepy patients with SAHS.

14                                In moderately sleepy patients with severe OSA, mandibular advancement

15 ed that two zebrafish loci, grumpy (gup) and sleepy (sly), encode laminin beta1 and gamma1, which are

16 ositional cloning to characterize grumpy and sleepy, two zebrafish loci known to control notochord fo