acoustic neuromas

He said the results suggest there is no major risk of acoustic neuromas in the first ten years of using cell phones.

Conclusion: E2 of NF2 gene mutation might be one of the critical factor in the tumorogenesis of acoustic neuromas .

Acoustic neuromas affect fewer than one in one hundred thousand people a year.

Conclusion MRI was an effective method in detecting acoustic neuromas.

The article generalizes the position changes of nerves and vessels of acoustic neuromas and protective skills during the operation.

Radiological study of 37 acoustic neuromas with compare to 12 CPA meningiomas were analysed. The differential diagnosis was discussed.

Some acoustic neuromas do not grow or grow very slowly.

Objective: To investigate the microsurgery treatment of large acoustic neuromas and the preservation of facial nerves.

large acoustic neuromas; microsurgical operation; cooperation.

But they say acoustic neuromas would be the most likely because they grow close to where people hold cell phones.

Objective To evaluate the application of microsurgical techniques to the treatment of large and giant acoustic neuromas.

Methods 12 cases of acoustic neuromas were microsurgically removed by brainstem auditory evoked potential and electromyography.

Objective To improve the quality for microsurgical removal for large acoustic neuromas.

But they say acoustic neuromas would be the most likely because they grow closed to where people hold cell phones.

Acoustic neuromas develop on the nerve linking the brain and the inner ear.

Protection and Treatment of Blood Vessels Around Tumors during Microneurosurgery for Acoustic Neuromas

Management of internal acoustic meatus and facial nerve preservation in operations of acoustic neuromas

Hearing Preservation and Influence Factors in Microsurgery of Middle Acoustic Neuromas

Preventive management of cerebrospinal fluid leakage in the removal of large acoustic neuromas by enlarged translabyrinthine approach

Clinical classification of facial nerve injures after excision of acoustic neuromas

The enlarged translabyrinthine removal of large acoustic neuromas accompanied with chronic otitis media

Complications of Surgery for Large Acoustic Neuromas and Their Prevention

Clinical experience in 36 cases of using of the extended translabyrinthine technique for the treatment of large acoustic neuromas

Comprehensive Nursing in the Peri-operation Period of Removing Large Acoustic Neuromas by Enlarged labyrinthine Approach

Clinical study on improving suboccipital retrosigmoid sinus approach for acoustic neuromas

Progress in hearing preservation of acoustic neuromas surgery

Analysis of Curative Effect of Gamma-knife Radiosurgery on Acoustic Neuromas

Removal of large acoustic neuromas by enlarged translabyrinthine approach

Skill for microsurgical removal and preservation of facial nerve and hearing for large acoustic neuromas

Surgical approaches for acoustic neuromas

Microsurgery of recurrence acoustic neuromas after gamma knife treatment (4 cases report)

Strategy of Surgical Treatment for Huge Acoustic Neuromas

Operative microsurgical anatomy of large acoustic neuromas

Microsurgical anatomy and clinical significanceof facial nerve in relation to acoustic neuromas

Microanatomy of facial nerve segment related to acoustic neuromas

Resection of large acoustic neuromas via suboccipital-retrosigmoid approach: Report of 105 cases

The enlarged translabyrinthine removal of large acoustic neuromas: 18 cases report

The study of MRI examination of acoustic neuromas