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临床试验/NCT04280120
NCT04280120已完成不适用

Effect of Neural Mobilization in Bells Palsy: A Randomized Controlled Trial

Majmaah University2 个研究点 分布在 1 个国家目标入组 62 人开始时间: 2020年3月1日最近更新:
适应症
干预措施

试验速览

阶段
不适用
状态
已完成
入组人数
62
试验地点
2
主要终点
Sunnybrook facial assessment scale

研究概览

简要总结

Bells palsy is a sudden paralysis of half of the facial muscle. The BP is idiopathic and 70% responds well with drug therapy. There are many complementary therapies such as , tapping, electrical stimulation, and massage that adds to the recovery of condition. However, efficacy of neural mobilization in BP is not reported in the scientific literature.

详细描述

Bells Palsy responds well with drug therapy such as prednisolone and antiviral drugs for the duration of 10-12 days. However, the administration of these drugs produce adverse side effect. Therapist use a number of techniques to maintain the physiological properties of facial muscles. However, adding a new technique would add to the arsenal of techniques available for the therapist. The research is intended to determine the effect of adding Neural mobilization in the recovery of Bells Palsy. A randomized controlled trail is intended to include 60 participants divided into two groups. Experimental group will receive Neural Mobilization with conservative treatment and control group will receive conservative treatment only.

研究设计

研究类型
Interventional
分配方式
Randomized
干预模型
Parallel
主要目的
Treatment
盲法
Quadruple (Participant, Care Provider, Investigator, Outcomes Assessor)

盲法说明

The participants, care provider, investigator and outcome assessor will be unaware about the allocation. The therapist performing the initial assessment and the final assessment will be same but will be unaware about the patient assignment.

入排标准

年龄范围
18 Years 至 65 Years(Adult, Older Adult)
性别
All
接受健康志愿者
否

入选标准

  • •The first episode of Bell's palsy.
  • •Modified House-Brackmann scale III-IV.

排除标准

  • •Recurrent Bells palsy
  • •facial palsy
  • •History of stroke
  • •Any cerebrovascular accident

研究组 & 干预措施

Neural Mobilisation Group

Experimental
  1. Massage therapy.
  2. Faradic electrical stimulation.
  3. Exercises in front of the mirror.
  4. Neural mobilization was applied by gently holding the lower part of the ear between the index finger and thumb. The thumb was placed at the opening of the external auditory meatus and the index finger placed behind the auricle of the ear (Figure 2). The intensity of auricular traction was determined by the patient reporting the level of discomfort. The patient tolerated 3-4 sets of gentle horizontal traction and circular movement 25 times each with 5 seconds rest.

干预措施: Neural Mobilisation (Other)

Neural Mobilisation Group

Experimental
  1. Massage therapy.
  2. Faradic electrical stimulation.
  3. Exercises in front of the mirror.
  4. Neural mobilization was applied by gently holding the lower part of the ear between the index finger and thumb. The thumb was placed at the opening of the external auditory meatus and the index finger placed behind the auricle of the ear (Figure 2). The intensity of auricular traction was determined by the patient reporting the level of discomfort. The patient tolerated 3-4 sets of gentle horizontal traction and circular movement 25 times each with 5 seconds rest.

干预措施: Massage therapy (Other)

Neural Mobilisation Group

Experimental
  1. Massage therapy.
  2. Faradic electrical stimulation.
  3. Exercises in front of the mirror.
  4. Neural mobilization was applied by gently holding the lower part of the ear between the index finger and thumb. The thumb was placed at the opening of the external auditory meatus and the index finger placed behind the auricle of the ear (Figure 2). The intensity of auricular traction was determined by the patient reporting the level of discomfort. The patient tolerated 3-4 sets of gentle horizontal traction and circular movement 25 times each with 5 seconds rest.

干预措施: Faradic electrical stimulation (Diagnostic Test)

Neural Mobilisation Group

Experimental
  1. Massage therapy.
  2. Faradic electrical stimulation.
  3. Exercises in front of the mirror.
  4. Neural mobilization was applied by gently holding the lower part of the ear between the index finger and thumb. The thumb was placed at the opening of the external auditory meatus and the index finger placed behind the auricle of the ear (Figure 2). The intensity of auricular traction was determined by the patient reporting the level of discomfort. The patient tolerated 3-4 sets of gentle horizontal traction and circular movement 25 times each with 5 seconds rest.

干预措施: Exercises (Other)

Conservative group

Active Comparator
  1. Massage therapy consisting of tapping, effleurage and finger and thumb kneading for 15-16 minutes.
  2. Faradic electrical stimulation with anode electrode at the back of the neck and cathode over the nerve trunk anterior to the earlobe. The cathodic pen electrode was used to locate the facial nerve trunk for stimulation manually. (Biphasic current, pulse time 300 microseconds, frequency 60 Hz, 20 contractions, Rest 10 seconds). The total treatment time was 15 minutes.
  3. Exercises in front of the mirror like raising the eyebrow, clinching the teeth (patient trying to see his clenched teeth in the mirror), smiling and performing other facial expressions for 12-15 minutes.

干预措施: Massage therapy (Other)

Conservative group

Active Comparator
  1. Massage therapy consisting of tapping, effleurage and finger and thumb kneading for 15-16 minutes.
  2. Faradic electrical stimulation with anode electrode at the back of the neck and cathode over the nerve trunk anterior to the earlobe. The cathodic pen electrode was used to locate the facial nerve trunk for stimulation manually. (Biphasic current, pulse time 300 microseconds, frequency 60 Hz, 20 contractions, Rest 10 seconds). The total treatment time was 15 minutes.
  3. Exercises in front of the mirror like raising the eyebrow, clinching the teeth (patient trying to see his clenched teeth in the mirror), smiling and performing other facial expressions for 12-15 minutes.

干预措施: Faradic electrical stimulation (Diagnostic Test)

Conservative group

Active Comparator
  1. Massage therapy consisting of tapping, effleurage and finger and thumb kneading for 15-16 minutes.
  2. Faradic electrical stimulation with anode electrode at the back of the neck and cathode over the nerve trunk anterior to the earlobe. The cathodic pen electrode was used to locate the facial nerve trunk for stimulation manually. (Biphasic current, pulse time 300 microseconds, frequency 60 Hz, 20 contractions, Rest 10 seconds). The total treatment time was 15 minutes.
  3. Exercises in front of the mirror like raising the eyebrow, clinching the teeth (patient trying to see his clenched teeth in the mirror), smiling and performing other facial expressions for 12-15 minutes.

干预措施: Exercises (Other)

结局指标

主要结局

Sunnybrook facial assessment scale

时间窗: 1 year

Sunnybrook facial assessment scale is a scale to assess quantitatively the facial asymmetry. It is a weighted scale based on evaluation of 3 different sub-scale including resting symmetry, the symmetry of voluntary movement, and severity of synkinesis to form one single composite score from 0 to 100. Firstly, the physiotherapist assesses the symmetry of the eye (0-1), cheek (0-2), and mouth (0-1) at rest. (0=normal, the weighted factor of 5). Secondly, the Physiotherapist rates facial movements during 5 standard facial expressions: a brow lift, gentile eye closure, open mouth smile, snarl and lip pucker, on a scale of 1 to 5 (1=no movement, to 5=normal movement). The values are added together and multiplied by 4. In the 3rd step, the severity of synkinesis on a 3-point scale (0=none, to 3=severe) during the 5 expressions as in the 2nd step. The overall score is given by the symmetry value of the voluntary movements minus the resting symmetry and the synkinesis.

Kinovea© tool for facial movement analysis

时间窗: 1 year

As a secondary outcome, we used Kinovea©, a free and open-source tool for movement analysis (Kinovea©, 0.8.15 2006 to 2011; Joan Charmant \& Contrib, Bordeaux, France). From plain video-recordings of movements, the software allows measuring distances and times, manually or using semi-automated tracking to follow points and check live values or trajectories. Facial distances were measured after maximal contractions movements of 3 selected facial muscles: frontalis, orbicularis oris, zygomatic. A symmetry ratio calculated comparing sides of each movement pattern. Subjects had to look straight ahead towards a specified target fixed on the facing wall and it was asked them not to move during video acquisitions. It was asked to keep the head lean the wall, keeping firm it during the 3 tested movements.

次要结局

未报告次要终点

研究者

申办方类型
Other
责任方
Principal Investigator
主要研究者

faizan kashoo, PT

Lecturer

Majmaah University

研究点 (2)

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