ライフサイエンスコーパス: orbicularis

1 ionally associated with positive (left/right orbicularis and left/right zygomaticus) and negative exp

2 e to stabilize, for regained strength in the orbicularis, and for improved tear film distribution.

3 unable to open his eyes because of forceful orbicularis contractions.

4 trictive function in abduction; and the zona orbicularis could be evaluated equally well in any imagi

5 ells extending through the dermis, subcutis, orbicularis muscle bundles and nerve fibers; the tumour

6 startle probes were presented and eyeblinks (orbicularis occuli) recorded.

7 he buccinator, orbicularis oris (O.oris) and orbicularis oculi (O.oculi) muscles in MuSK-MG patients

8 The rat facial nerve (CN VII) controls the orbicularis oculi (OO) muscle, which contracts to close

9 nt of the electromyogram recorded in the rat orbicularis oculi (oo) muscle, which is responsible for

10 ges in the electromyographic activity of the orbicularis oculi (OO) muscle.

11 , in part, on motoneurons that innervate the orbicularis oculi (OO) muscles.

12 gnosis of primary BSP (19 patients had tonic orbicularis oculi (OO) spasms and 18 patients had clonic

13 e functions are driven by contraction of the orbicularis oculi (OO), which is a unique skeletal muscl

14 rrelograms of EMG activity recorded from the orbicularis oculi and zygomaticus major during smiling,

15 robably contributes more to the drive to the orbicularis oculi and zygomaticus major during smiling,

16 l peak was significantly greater between the orbicularis oculi and zygomaticus major during smiling.

17 ions while heart rate, skin conductance, and orbicularis oculi electromyogram responses were measured

18 e is interpreted as a reduction in aggregate orbicularis oculi motoneuron activity.

19 istologically for the effect of Doxil on the orbicularis oculi muscle and the skin.

20 d from the electromyographic activity of the orbicularis oculi muscle and/or from eyelid position rec

21 Individual myofibers of the orbicularis oculi muscle are relatively short, end intra

22 the electromyographic (EMG) activity of the orbicularis oculi muscle during conditioning.

23 Frontalis and orbicularis oculi muscle function were evaluated pre- an

24 levator) muscle is inactivated, allowing the orbicularis oculi muscle to act.

25 e anatomy of individual myofibers within the orbicularis oculi muscle was examined to determine indiv

26 nd preseptal regions of the rabbit and human orbicularis oculi muscle, there were many clusters of ne

27 r (pseudorabies virus) was injected into the orbicularis oculi muscle.

28 h coil technique and the EMG activity of the orbicularis oculi muscle.

29 n the pretarsal and preseptal regions of the orbicularis oculi muscle.

30 ctromyographic recordings were made from the orbicularis oculi muscles of cats in order to identify d

31 After one, two, or four weeks, the orbicularis oculi muscles within the treated eyelids wer

32 ubnuclei, which innervated the frontalis and orbicularis oculi muscles, respectively.

33 traocular, levator palpebrae superioris, and orbicularis oculi muscles.

34 EMG activity recorded from the frontalis and orbicularis oculi or from the frontalis and zygomaticus

35 ing response as well as activity over the M. orbicularis oculi region which was specific to the 'imag

36 ches, which can result in brow ptosis and/or orbicularis oculi weakness.

37 responses, measured from electrodes over the orbicularis oculi.

38 lly by using electromyographic recordings of orbicularis oculi.

39 MRI demonstrated thinning of the buccinator, orbicularis oris (O.oris) and orbicularis oculi (O.oculi

40 he cortical motor representation of the left orbicularis oris muscle.

41 Mechanically evoked activity in the orbicularis oris muscles was studied in young human fema

42 Also, new techniques such as orbicularis plication, levator readaptation, and new app