不同类型良性阵发性位置性眩晕的诊断和治疗

目的探讨不同类型良性阵发性位置性眩晕（benign paroxysmal positional vertigo，BPPV）的诊断和治疗方法。方法对我科2004年4月-2006年3月就诊的BPPV病人131例．应用红外线视频眼动记录分析变位试验诱发的眼震特点，进行分型、定侧，并采用相应的耳石复位技术治疗。结果（1）后半规管BPPV94例（71．8％），随机分组采用Epley管石复位法和Semont管石解脱法各47例。（2）水平半规管BPPV29例（22．1％），水平向地性眼震者16例，另13例为水平背地性眼震者，自行或采用Gufoni疗法后转换为水平向地性9例，方向不能转换4例。采用barbecue翻滚和／或强迫侧卧体位疗法。（3）前半规管BPPV6例（4．6％），采用Epley管石复位法。（4）混合型BPPV2例（1．5％），行上述相应半规管的疗法。1周后随访总有效率85．5％（112／131），3个月后92.4％（121／131）。结论BPPV的诊断和治疗应根据不同变位试验诱发的眼震特征判别不同半规管及不同发病机理类型，并选择合适的耳石复位技术治疗。     

无明显眼震的良性阵发性位置性眩晕患者手法复位疗效分析

目的 初步探讨无眼震良性阵发性位置性眩晕(BPPV)的治疗方法.方法 39例无明显眼震的BPPV患者(治疗组)和76例后半规管BPPV患者(对照组),采用Epley法分别进行1~3次手法复位治疗,两组均于治疗后2周复诊,比较其疗效.结果 治疗组症状立即消失21例,2周内症状消失6例,症状改善5例,7例无效,治愈率69.23%(27/39),总有效率84.62%(32/39);对照组症状立即消失36例,2周内症状消失23例,症状改善9例,8例无效,治愈率77.63%(59/76),总有效率89.47%(66/76).两组间治愈率和有效率比较差异均无统计学意义(P<0.05).结论 对不伴眼震的BPPV患者,Epley手法复位效果良好.     

李氏复位法治疗良性阵发性位置性眩晕的远期疗效分析

目的探讨良性阵发性位置性眩晕(BPPV)的临床特征,观察李氏复位法治疗BPPV的远期疗效。方法回顾分析2009年7月至2014年4月诊治的258例行李氏手法复位的单半规管BPPV患者的临床特征,并根据受累半规管的情况行李氏手法复位治疗,观察并分析远期疗效。本组资料中,后半规管BPPV72例(27.9%),水平半规管BPPV120例(46.5%),"上半规管"BPPV66例(25.6%)。结果 258例患者随访1周后痊愈196例(76.0%),有效45例(17.4%),无效17例(6.6%),总有效241例(93.4%);随访3月后痊愈209例(81.0%),有效15例(5.8%),无效15例(5.8%),复发19例(7.4%),总有效224例(86.8%)。其中经1次李氏手法复位后痊愈者163例(63.2%),有效80例(31.0%),无效15例(5.8%),1次复位总有效率为94.2%。各种类型半规管BPPV患者之间的远期总有效率无统计学差异。结论应用李氏手法复位法对BPPV患者进行治疗,疗效确切,且不需要判断眼震的有无及方向,操作简洁,过程迅速,可在临床应用。     

水平半规管良性阵发性位置性眩晕的眼震特点和治疗

目的:探讨水平半规管良性阵发性位置性眩晕(HSC-BPPV)的眼震特点和治疗方法.方法:对43例HSC-BPPV患者应用红外线视频眼动记录仪分析其变位试验诱发的眼震特点,进行分型、定侧,并采用相应的耳石复位法治疗.结果:43例患者中:①水平向地性眼震患者27例,其中19例接受Barbecue翻滚疗法,或结合强迫侧卧体位疗法,8例不适于翻滚或体位维持困难者接受AspreUa法治疗;②水平背地性眼震16例,其中自行或采用Gufoni疗法后转变为水平向地性眼震12例,方向不能转换4例,采用Barbecue翻滚和(或)强迫侧卧体位疗法.1周后随访总有效率为72.1%,3个月后总有效率为81.4%.结论:HSC-BPPV的诊断和治疗应根据不同变位试验诱发的眼震特征判别耳石位于半规管的不同部位及不同发病机制类型,并选择合适的耳石复位技术治疗.     

管石复位法治疗良性阵发性位置性眩晕

目的 探讨管石复位法治疗良性阵发性位置性眩晕(benign paroxysmal positional vertigo,BPPV)的效果与方法.方法 回顾分析了2006年4月至2010年3月间我院治疗的BPPV患者96例,其中男性34例,女性62例,年龄43～70岁(平均55.5岁),后半规管BPPV 78例,水平半规管BPPV 16例,同时合并同侧后、水平半规管BPPV 2例,分别采用Epley管石复位法、Barbecue翻滚疗法及Brandt-Daroff习服疗法治疗.结果 后半规管BPPV 78例,经用Epley管石复位法治疗1～3次眩晕消失;水平半规管BPPV 16例,14例采用Barbecue翻滚疗法治疗1～2次眩晕消失,2例复位4次仍有眩晕,考虑嵴顶结石症,改用Brandt-Daroff习服疗法治疗半月眩晕消失;2例同时合并同侧后、水平半规管BPPV患者各复位2次眩晕消失.结论 管石复位法治疗BPPV安全有效,可疑嵴顶结石症患者,改用Brandt-Daroff习服疗法治疗效果良好.     

红外视频眼震检查在良性阵发性位置性眩晕诊断的应用

目的探讨眼震视图(VNG)应用于诊断良性阵发性位置性眩晕(BPPV)的价值。方法对50例拟诊BPPV患者,在视频眼动观察记录下完成DIX_Hallpike变位及ROLL滚转试验,判别受累半规管并采取相应手法复位。结果 (1)依据眼震特点和方向判断受累半规管[1]:后半规管(PSC-BPPV)39例,占78%;水平半规管(HSC-BPPV)6例,占12%;前半规管(ASC-BPPV)1例,占2%;2个或2个以上半规管同时受累及4例,占8%;(2)以此为基础选择适当的手法进行复位治疗,1周后随访疗效:痊愈43例,有效6例,无效1例,总有效率98%。结论眼震视图对BPPV患者眼震情况的客观记录,提高了受累半规管的准确判别率,对于良性阵发性位置性眩晕诊断可以提供一种更为客观、精确的方法。     

手法复位治疗良性阵发性位置性眩晕36例

目的 评价体位治疗在良性阵发性位置性眩晕（BPPV）的应用价值。方法 回顾性分析36例原发性或继发性BPPV的临床资料,后半规管BPPV采用改良Epley手法或Semont手法复位,水平半规管采用Barbecue翻滚疗法复位治疗,评价其治疗效果。结果 33例后半规管BPPV患者应用改良Epley手法或Semont手法复位,有效率为93.9%。3例水平半规管BPPV患者采取Barbecue翻滚法复位后症状均明显改善。结论 手法复位治疗良性阵发性位置性眩晕方法简单,疗效可靠,治愈率高。     

水平半规管良性阵发性位置性眩晕手法复位中耳石移位的临床分析

目的探讨水平半规管良性阵发性位置性眩晕(HSC-BPPV)患者管结石复位过程中耳石移位误入其他半规管的发生率、识别方法和治疗策略。方法对98例HSC-BPPV患者应用红外线视频眼动记录仪分析其变位试验诱发的眼震特点,进行分型、定侧,并采用相应的耳石复位法治疗,分析复位过程中出现耳石移位误入其他半规管的情况。结果 63例水平向地性眼震(水平半规管BPPV)患者复位过程中转变为后半规管BPPV患者5例;35例水平背地性眼震患者(水平半规管嵴帽结石)在Gufoni法复位后变为管结石4例;总发生率为9.18%(9/98)。结论 HSC-BPPV患者在复位过程中可能发生耳石移位至其他半规管,可通过仔细观察并正确识别眼震方向发现;水平半规管嵴帽结石在转化为管结石后可以进行管结石复位治疗。     

上半规管良性阵发性位置性眩晕41例

目的 探讨上半规管良性阵发性位置性眩晕(BPPV)诊断和治疗的最佳方案。方法 回顾性分析41例上半规管BPPV患者的病历资料,并对所有患者的诊断及复位进行评估分析。结果 SRM-Ⅳ模拟Dix-Hallpike试验诱发出典型垂直向下眼震28例(68.3%),其中眼震伴有向地扭转的成分19例,不伴有扭转成分9例;SRM-Ⅳ上半规管BPPV诱发试验诱发出典型垂直向下眼震35例(84.6%),其中眼震伴有向地扭转的成分30例,不伴有扭转成分5例。在所有41例患者中有38例能通过两种诱发试验对受累侧别做出判断,其中因诱发眼震伴有扭转成分而判断侧别30例,单侧诱发诱发出垂直向下眼震且不伴有扭转成分3例,双侧诱发出垂直向下眼震5例,且不伴有扭转成分,但因眩晕及眼震的强度有明显差别而判断出侧别,患者对受累侧别不能判断3例。在能判断出侧别的38例患者中有左侧上半规管受累25例,右侧上半规管受累13例。对41例采用SRM-Ⅳ上半规管BPPV复位法进行治疗,通过一次治疗痊愈28例,有效12例,无效1例。结论 上半规管BPPV 临床上被越来越重视,应用SRM-ⅣBPPV诊疗系统对上半规管BPPV进行诊治效果好,应该在临床得到推广。     

1240例良性阵发性位置性眩晕患者手法复位治疗

目的 总结分析1999年12月至2008年9月期间1240例良性阵发性位置性眩晕(benign paroxysmal positional vertigo,BPPV)患者应用管石复位治疗后的短期和长期疗效.方法 对1240例BPPV患者应用改良Epley 手法和Barbecue 360°体位翻滚复位法进行手法复位治疗.并于一周后复查,随访一年.结果 1240名患者中,男500例,女740例,年龄5～92岁,平均(46.5±2.3)岁.其中单侧后半规管BPPV患者1149例,单侧水平半规管BPPV患者69例,同时性双侧后半规管BPPV患者17例,同时性双侧水平半规管BPPV患者2例,同时性后半规管与水平半规管BPPV患者3例;特发性BPPV 968例,继发性BPPV 472例,继发病因包括头部外伤、感染、各种耳部疾病、高血压、手术等.利用手法复位治疗后,首次治愈率85.6%(1062/1240),其中后半规管BPPV86.2%(991/1149),水平半规管BPPV 81.2%(56/69),混合性半规管BPPV 68.2%(15/22);观察随访1年后,总治愈率94.2%(1168/1240),复发率5.7%.结论 BPPV患者采用手法复位治疗,疗效肯定,见效快.方法 简单,短期复发率低,可作为治疗BPPV患者的首选治疗方法.     

Orthotropic nystagmus in predicting the efficacy of treatment in posterior canal benign paroxysmal positional vertigo

ObjectiveTo observe the type of nystagmus in each position of posterior semicircular canal benign paroxysmal positional vertigo (BPPV) after treatment with the Epley maneuver and analyze the relationship between the type of nystagmus in the second and third positions of the Epley maneuver and the effect of treatment. Then, the role of orthotropic nystagmus in predicting the success of posterior semicircular canal BPPV treatment was explored.MethodsTwo hundred seventy-six patients diagnosed with posterior semicircular canal BPPV who were admitted from September 2018 to October 2019 to Zhejiang Hospital were included. All patients were treated with BPPV diagnosis and treatment system (Epley maneuver). During the treatment, we observed and recorded the type of nystagmus in the second and third positions, including the direction and duration of nystagmus. One hour after the first treatment, all patients were evaluated by both the Dix-Hallpike and Roll tests to determine whether the treatment was successful. The difference in the success rate of treatment between different types of nystagmus was compared, and the differences in sensitivity and specificity of orthotropic nystagmus in the second and third positions in predicting the effect of treatment were compared.ResultsAmong the 234 patients who had successful repositioning for the first time, the proportion of orthotropic nystagmus during the third position of the Epley maneuver was 88.9%, which was significantly higher than 23% in the unsuccessful group (42 cases) (P < 0.05) The proportion of patients with reversed nystagmus (4.7% vs 33.3%, P < 0.05) and no nystagmus (6.4% vs 42.9%, P < 0.05) was lower in the successful group than in the unsuccessful group. The proportion of orthotropic nystagmus during the second position of the Epley maneuver was 50.9%, which was also higher than the 19% in the unsuccessful group (P < 0.05). The proportion of reversed nystagmus (13.7% vs 31%, P < 0.05) was lower in the successful group than in the unsuccessful group. Additionally, the proportion of no nystagmus (35.5% vs 50%, P = 0.074) was lower in the successful group than in the unsuccessful group, but the difference was not statistically significant. The sensitivity of orthotropic nystagmus in the third position (88.9%) of the Epley maneuver in predicting the efficacy of treatment was higher than that of orthotropic nystagmus in the second position (50.9%), but there was no significant difference in specificity between the two.ConclusionOrthotropic nystagmus during the Epley maneuver, especially in the third position, has certain value in predicting the efficacy of posterior semicircular canal BPPV repositioning, which is better than its predictive effect in the second position, whereas reversed nystagmus or no nystagmus in the third position is suggestive of unsuccessful repositioning. Therefore, clinicians can carry out individualized treatments based on nystagmus types during repositioning to improve the effect of treatment.     

Benign positional paroxysmal vertigo in the general ear, nose, and throat clinic

Benign positional paroxysmal vertigo is a common disease which may be caused by abnormal movement of utricular debris in the posterior semicircular canal. It is diagnosed by the Dix-Hallpike positional maneuver eliciting vertigo and nystagmus. Treatment generally consists of physical exercises with the Epley or Semont maneuvers. We review 43 consecutive patients diagnosed as BPPV in the last year and treated with physical therapy (Epley maneuvers). Results were very good, with a cure rate of 88.37% (53.5% after a single maneuver). Physical therapy is an effective treatment for BPPV.     

Benign paroxysmal positional vertigo

Benign paroxysmal positional vertigo (BPPV) is characterized by positional vertigo (brief attacks of rotatory vertigo triggered by head position changes in the direction of gravity) and is the most common peripheral cause of vertigo. There are two types of BPPV pathophysiology: canalolithiasis and cupulolithiasis. In canalolithiasis, otoconial debris is detached from the otolithic membrane and floats freely within the endolymph of the canal. In cupulolithiasis, the otoconial debris released from the otolithic membrane settles on the cupula of the semicircular canal and the specific gravity of the cupula is increased. Consensus has been reached regarding three subtypes of BPPV: posterior-canal-type BPPV (canalolithiasis), lateral-canal-type BPPV (canalolithiasis) and lateral-canal-type BPPV (cupulolithiasis). In the interview-based medical examination of BPPV, questions regarding the characteristics of vertigo, triggered movement of vertigo, duration of vertigo and cochlear symptoms during vertigo attacks are important for the diagnosis of BPPV. The Dix–Hallpike test is a positioning nystagmus test used for diagnosis of posterior-canal-type BPPV. The head roll test is a positional nystagmus test used for diagnosis of lateral-canal-type BPPV. When the Dix–Hallpike test is repeated, positional nystagmus and the feeling of vertigo typically become weaker. This phenomenon is called BPPV fatigue. The effect of BPPV fatigue typically disappears within 30 min, at which point the Dix–Hallpike test again induces clear positional nystagmus even though BPPV fatigue had previously caused the positional nystagmus to disappear. For the treatment of BPPV, sequential head movements of patients can cause the otoconial debris in the semicircular canal to move to the utricle. This series of head movements is called the canalith repositioning procedure (CRP). The appropriate type of CRP depends on the semicircular canal in which the otoconial debris is located. The CRP for posterior-canal-type BPPV is called the Epley maneuver, and the CRP for lateral-canal-type BPPV is called the Gufoni maneuver. Including a time interval between each head position in the Epley maneuver reduces the immediate effect of the maneuver. This finding can inform the development of methods for reducing the effort exerted by doctors and the discomfort experienced by patients with posterior-canal-type BPPV during the Epley maneuver.     

Success of the modified Epley maneuver in treating benign paroxysmal positional vertigo.

OBJECTIVE: Benign paroxysmal positional vertigo (BPPV) is a common condition seen by otolaryngologists. The purpose of this study is to determine the ability of the modified Epley maneuver to treat BPPV. STUDY DESIGN: Retrospective review. METHODS: A retrospective chart review of 107 patients diagnosed with BPPV at our institution between March of 1993 and June of 1995. Each patient was diagnosed with isolated BPPV by history and Hallpike-Dix maneuver. There were no other vestibular symptoms or electronystagmogram abnormalities. Patients diagnosed with BPPV received modified Epley maneuvers, were instructed to remain upright for 48 hours, and wore a soft collar for a week. Patients were followed up with repeat Hallpike-Dix maneuvers at 1 to 2 weeks. If symptoms persisted, the maneuver was repeated for up to a maximum of three times, at which point patients were considered to have failed treatment. RESULTS: The average age of patients was 57.8 years old. Thirty percent were male and the right ear was affected in 54%. The posterior semicircular canal was affected in 105 ears. The average patient received 1.23 Epley maneuvers, with a success rate of 93.4%. No successfully treated patients received mastoid vibration. Seven out of 107 patients failed after three Epley maneuvers. Two failure patients had a history of temporal bone fracture. Two failure patients were treated with posterior semicircular canal block surgery. CONCLUSION: The modified Epley maneuver is an excellent treatment for BPPV.     

Effectiveness of treatment techniques in 923 cases of benign paroxysmal positional vertigo

OBJECTIVE: To present treatment effectiveness of 923 consecutive cases of benign paroxysmal positional vertigo (BPPV) using canalith repositioning, liberatory, and log roll maneuvers combined with redistribution exercises. STUDY DESIGN: Retrospective case review. METHODS: Patients presented with either posterior semicircular canal (P-SCC) BPPV or horizontal semicircular canal (H-SCC) BPPV. Diagnosis was based on patient history of transient paroxysmal vertigo and a positive Dix-Hallpike response with either torsional or horizontal nystagmus. Patients with P-SCC BPPV numbered 840, and 83 patients had H-SCC BPPV. In the original study, there were 1,000 patients; however, 77 patients were dropped from the study because of lack of follow-through. Intervention was canalith repositioning, liberatory maneuvers, log roll maneuvers, and redistribution exercises. Patients numbering 607 were treated with canalith repositioning, 233 patients had liberatory maneuvers, and 83 received log roll maneuvers. All patients received redistribution exercises before treatment maneuvers. After intervention, patients were reassessed at 6 months. RESULTS: There were 601 women and 322 men from ages 12 to 94 (median 55) years. The average duration of symptoms before intervention was 30 months. Outcome measures were considered met when symptoms of BPPV had abated and patients demonstrated a negative Dix-Hallpike response. In the repositioning group, 94% of patients were symptom free or improved, 98% in the liberatory maneuver group and 100% in the log roll group. The average number of sessions was three for all groups. Recurrence of symptoms was demonstrated in 140 (16%) patients at 6 months. CONCLUSIONS: Treatment of BPPV can be effective using either repositioning, liberatory, or log roll maneuvers in combination with redistribution exercises.     

Efficacy of postural restriction in treating benign paroxysmal positional vertigo

OBJECTIVE: To investigate the efficacy of postural restriction after canalith repositioning in treating benign paroxysmal positional vertigo (BPPV). DESIGN: Prospective trial of patients with postural restriction vs those without postural restriction after treatment. PATIENTS: Patients with classic BPPV and with BPPV without nystagmus were treated using the modified Epley canalith repositioning procedure. Patients were randomly separated into 2 groups. The first group was instructed to wear a cervical collar and to maintain an upright head position for 2 days. The second group had no motion restriction. After 5 days, the patients were followed up and evaluated using the Dix-Hallpike test. RESULTS: In the first group, 56 of 62 ears healed after the first maneuver, and the remaining ears healed after the second. In the second group, 45 of 57 ears healed after the first maneuver, 6 after the second, and 5 (with subsequent postural restriction) after the third (1 ear did not improve). Five patients in the first group and 3 patients in the second group had BPPV without nystagmus; all of these patients healed after a single maneuver. The difference between the 2 groups in the number of maneuvers required for treatment was statistically significant (P<.05). The number of patients who required a third maneuver was significantly higher in the second group (P<.05). CONCLUSIONS: Postural restriction enhances the therapeutic effect of canalith repositioning in the treatment of posterior semicircular canal BPPV. The long-term efficacy of postural restriction in preventing BPPV recurrence has not been demonstrated.     

Benign paroxysmal positional vertigo: 10-year experience in treating 592 patients with canalith repositioning procedure

OBJECTIVE: To assess the long-term efficacy of canalith repositioning procedure (CRP) in the treatment of patients with benign paroxysmal positional vertigo (BPPV). BACKGROUND: Alternative theories for the pathophysiology of BPPV have been redefined in the past few years. CRP is considered to be the standard technique for its management. However, long-term follow-up results have been minimally reported in the literature. PATIENTS/METHODS: Five hundred ninety-two patients, 290 (49%) men and 302 (51%) women, were enrolled in this prospective study; their ages ranged from 18 to 84 (mean 59) years. At the time of their first examination, patients reported the duration of symptoms varied from 1 day to 18 months. Inclusion criteria were patient history compatible with BPPV and positive provocative maneuver (either Dix-Hallpike or Roll test). A variant of Epley and Barbeque maneuver was used. The Epley maneuver was used for posterior and anterior canal involvement, and "Barbeque roll" was used for horizontal canal involvement. Short-term follow-up was obtained 48 hours and 7 days after initial treatment, whereas long-term follow-up was obtained at repeated 6 month intervals. RESULTS: The posterior semicircular canal was involved in 521 (88%) patients treated, whereas the horizontal and anterior semicircular canals were involved in 59 (10%) and 12 (2%) patients, respectively. Symptoms subsided immediately in 497 (84%) patients. In 77 (13%) patients, the Dix-Hallpike maneuver remained positive after 48 hours, and CRP was performed again. Patients' mean follow-up was 46 months; 544 (92%) of 592 patients treated reported no symptoms of vertigo. CONCLUSION: Our data, based on long-term follow-up, suggest that CRP remains an efficient and long-lasting noninvasive treatment for BPPV.     

Diagnosis and treatment of the short-arm type posterior semicircular canal BPPV

IntroductionThe Epley maneuver is useful for the otoconia to return from the long arm of the posterior semicircular canal into the utricle. To move otoconia out of the posterior semicircular canal short arm and into the utricle, we need different maneuvers.ObjectiveTo diagnose the short-arm type BPPV of the posterior semicircular canal and treat them with bow-and-yaw maneuver.Methods171 cases were diagnosed as BPPV of the posterior semicircular canal based on a positive Dix–Hallpike maneuver. We first attempted to treat patients with the bow-and-yaw maneuver and then performed the Dix–Hallpike maneuver again. If the repeated Dix–Hallpike maneuver gave negative results, we diagnosed the patient with the short-arm type of BPPV of the posterior semicircular canal and considered the patient to have been cured by the bow-and-yaw maneuver; otherwise, probably the long-arm type BPPV of the posterior semicircular canal existed and we treated the patient with the Epley maneuver.ResultsApproximately 40% of the cases were cured by the bow-and-yaw maneuver, giving negative results on repeated Dix–Hallpike maneuvers, and were diagnosed with short-arm lithiasis.ConclusionThe short-arm type posterior semicircular canal BPPV can be diagnosed and treated in a convenient and comfortable manner.     

Surgical management for benign paroxysmal positional vertigo of the superior semicircular canal

Benign paroxysmal positional vertigo of the superior semicircular canal is a rare form of BPPV. It accounts for 1% to 3% of cases. The characteristic nystagmus is positional, down‐beating, with a torsional component elicited by the Dix‐Hallpike maneuver. Symptoms of superior semicircular canal BPPV often resolve spontaneously; however, it can be refractory to repositioning maneuvers. Surgical management is described for posterior semicircular canal BPPV. To date, however, there is only one reported case of surgical management for superior semicircular canal BPPV. Here we show video documentation of positional, down‐beating nystagmus and describe a case of superior semicircular canal BPPV requiring canal occlusion with successful resolution of symptoms. Laryngoscope, 125:1965–1967, 2015