Goal of therapy for tinnitus is to lessen symptoms
alone have chronic (lasting longer than six months) tinnitus.
It is thought that brain cells in the hearing-processing area of the brain are responsible for the sensation. Any condition that reduces hearing, such as repeated exposure to loud noise, tumors of the cochlear nerve (the nerve that goes to the ear) and medications that damage hearing can predispose a person to tinnitus. About 10 percent of people with tinnitus state that it severely affects their quality of life.
Unfortunately, for most people, there is no cure for tinnitus. The goal of therapy is to lessen symptoms and to treat any associated conditions, especially depression and sleep disturbance, both of which are common in people with severe tinnitus.
I reviewed the available medical treatments for tinnitus, and also did an internet search for natural treatments for tinnitus. Unfortunately, many of the advertised natural treatments have been studied and not been found to be effective: ginkgo biloba, melatonin, bioflavonoids and various vitamin and mineral supplements have not shown any effectiveness.
I don’t recommend any medications for treatment of the tinnitus; however, people with anxiety, depression or sleep disturbance from tinnitus may benefit from pharmacologic or other treatments of these conditions.
I strongly recommend the website of the American Tinnitus Association, www.tinnitus.org, for more information.
DEAR DR. ROACH: After seeing your recent column on pacemakers, I am wondering if you would explain the difference between a pacemaker and ICD. I had an ICD implanted in my chest a year ago. Is it to shock and start the heart if it stops? -- J.W.
ANSWER: An automated implantable cardiac defibrillator is intended to sense abnormal heart rhythms. It is put in people with a history of dangerous heart rhythms, or those at high risk for life-threatening heart rhythms, such as people with severe heart failure. AICDs have been proven to save lives, when chosen for the appropriate people.
An AICD has a system for sensing abnormal heart rhythms, and a large battery for the defibrillator.
Unlike a pacemaker, which uses a trickle of electricity to start the normal cardiac impulse, the AICD delivers a significant electric shock to the heart, in order to “reset” the system and stop the arrhythmia. I have witnessed this many times, and some people describe it as mildly annoying, whereas others get significant pain and discomfort, and a few can develop anxiety disorders or even PTSD after multiple shocks. The AICD must be properly programmed, as it sometimes can be mistaken about the heart rhythm, and deliver a shock unnecessarily.
Newer AICDs also have the ability to be a pacemaker as well as deliver the potentially lifesaving shock.