Documenting an ear exam means recording your findings in a structured sequence: the external ear, the ear canal, the tympanic membrane and its landmarks, and any functional hearing assessment. A thorough note moves from outside to inside, describing both normal anatomy and any abnormalities using consistent, specific terminology. Whether you’re writing a brief normal exam or detailing pathology, the goal is a note that another clinician could read and picture exactly what you saw.
Start With the External Ear and Canal
Your documentation begins before the otoscope is even in the ear. Note the appearance of the pinna (the outer ear) and whether there is tenderness when you move it or press on the tragus. Tragal tenderness is a hallmark of outer ear infections and distinguishes them from middle ear problems. If the patient winces during pinna manipulation, that finding belongs in your note.
Next, describe the external auditory canal. The key descriptors are whether it appears normal, erythematous (red), edematous (swollen), or if there is discharge. If discharge is present, characterize it: clear, purulent (pus-like), bloody, or dry and flaky. For outer ear infections, you might document something like “EAC erythematous and edematous with mild purulent discharge.” Canal skin that looks dry and flaky with clear drainage suggests a chronic or fungal process. Also note whether you see any foreign bodies or fungal growth.
Cerumen deserves its own mention. If earwax is present, document how much of the canal and eardrum it obscures. A practical classification system uses four levels: minimal wax that doesn’t interfere with your view, partial obstruction, occluding wax where you can see very little or none of the tympanic membrane but a gap remains between the wax and canal wall, and fully occluding wax where the canal is completely blocked with no view of the eardrum at all. If wax prevents you from completing the exam, say so explicitly rather than leaving the tympanic membrane description blank.
Documenting the Tympanic Membrane
The tympanic membrane (TM) is the centerpiece of any ear exam note. A complete description covers its color, translucency, position, and integrity.
For color, a normal TM is pearly gray. Document deviations: erythematous (red), white, yellow, or amber. For translucency, note whether it’s translucent (you can see structures behind it), opaque, or cloudy. Position refers to whether the membrane sits in its normal neutral position, is retracted (pulled inward), or is bulging outward. And integrity means whether the membrane is intact or perforated. If there’s a perforation, note its location and approximate size.
When the TM looks normal, a standard short-form note might read: “TMs pearly gray, translucent, intact bilaterally with normal landmarks.” For abnormal findings, be specific: “Right TM erythematous, bulging, opaque. Left TM pearly gray, intact, with normal landmarks.”
Naming Landmarks Accurately
A thorough exam note references the anatomical landmarks visible through the otoscope. The most important ones form a mental map of the eardrum. The malleus is the first bone of the middle ear, and its handle (the manubrium) attaches to the inner surface of the TM, creating a visible line called the malleolar stria that runs from the top of the membrane downward. At the bottom of this line sits the umbo, the point of deepest concavity on the membrane.
Above the manubrium, a small bump called the malleolar prominence marks where the malleus pushes outward. The membrane above this point is looser and called the pars flaccida. Everything below it is taut and called the pars tensa. The light reflex, also known as the cone of light, radiates forward and downward from the umbo in a normal ear. Its presence and sharpness are worth documenting because a diminished or absent light reflex can signal fluid behind the membrane or a change in its position.
Clinicians divide the TM into four quadrants using two imaginary lines: one along the manubrium and one perpendicular to it through the umbo. This gives you the anterosuperior, anteroinferior, posterosuperior, and posteroinferior quadrants. When you spot a perforation, retraction pocket, or other finding, localize it to a quadrant so your note is precise enough for someone else to find the same thing on follow-up.
Recording Mobility With Pneumatic Otoscopy
If you use a pneumatic otoscope, you’re testing how the TM moves when you apply gentle positive and negative pressure through a sealed speculum. This is especially important when you suspect fluid behind the eardrum. A normal membrane responds with brisk, symmetric movement, concaving inward when you squeeze the bulb. Document mobility as normal, decreased (sluggish), or absent (immobile).
Decreased or absent mobility is the most reliable sign of middle ear effusion. A bulging, opaque, erythematous, and immobile TM points toward acute otitis media. A retracted membrane with decreased mobility suggests chronic fluid or negative middle ear pressure. Your note should tie these findings together: “Right TM retracted with decreased mobility on pneumatic otoscopy, amber fluid visible behind membrane.”
Documenting Common Pathology
Different conditions produce characteristic exam findings, and your documentation should capture the details that support or rule out each one.
For acute otitis media, the American Academy of Pediatrics diagnostic criteria require moderate to severe bulging of the TM, or new drainage not caused by an outer ear infection, or mild bulging with recent onset of ear pain or redness. Your note should directly address these elements: the degree of bulging, any visible fluid (and its character, whether serous, purulent, or absent), the color of the membrane, and whether landmarks are obscured. Loss of visible landmarks suggests significant bulging or thickening.
Chronic serous otitis media looks different. You’ll typically see thick, amber-colored fluid behind the membrane and a retracted rather than bulging TM. Air-fluid levels or bubbles behind the membrane are also common and worth documenting.
For otitis externa, the focus shifts to the canal and external structures. A complete note includes canal edema and erythema, the type and amount of discharge, whether the TM is visible and intact (it may be obscured by swelling), and findings from your head and neck exam: lymph node status, cranial nerve function, and whether the mastoid area is tender or swollen. These extra details matter because they help distinguish uncomplicated infections from more serious ones.
Tympanostomy Tubes and Surgical Findings
If a patient has pressure equalization (PE) tubes, document their presence, location within the membrane, and whether they appear patent (open) or occluded. Note any drainage coming through the tube and whether the surrounding membrane looks healthy. If a tube has extruded and is sitting in the canal or is missing entirely, record that along with the status of the membrane underneath, including whether the perforation from the tube has closed.
For patients with prior ear surgery such as tympanoplasty or mastoidectomy, describe the graft or surgical site appearance, any retraction pockets, and whether the anatomy has been altered in a way that affects your standard landmark assessment.
Tuning Fork Tests
When you perform bedside hearing tests, document the results with clear lateralization language. The Weber test places a vibrating tuning fork on the midline of the forehead. Record whether the sound is heard equally in both ears (midline) or lateralizes to one side. Sound lateralizing to the affected ear suggests conductive hearing loss on that side, while lateralization to the opposite ear suggests sensorineural loss in the affected ear.
The Rinne test compares how long the patient hears the fork on the mastoid bone versus held next to the ear canal. A normal (positive) result means air conduction is louder and lasts roughly twice as long as bone conduction. A negative Rinne, where bone conduction is louder, indicates conductive hearing loss on that side. Document each ear separately: “Rinne positive bilaterally, Weber midline” for a normal exam, or “Rinne negative right ear, Weber lateralizes to the right” for right-sided conductive loss.
Pediatric Documentation Differences
Ear exams in infants and young children require a few additional documentation considerations. The ear canal in infants angles differently than in adults, so you’ll often need to pull the pinna downward and backward rather than upward and backward to visualize the TM. Note whether you achieved adequate visualization, because a squirming child may limit your exam, and that limitation should be recorded honestly rather than glossed over.
Document the presence of cerumen or drainage, any PE tubes (common in this age group), and TM findings just as you would for adults. If a formal hearing assessment was performed, the testing method varies by age: visual reinforcement audiometry for children roughly 6 to 30 months, conditioned play audiometry for kids 30 months to 4 years, and conventional hand-raise testing for children 4 and older. Note which method was used and whether the child was cooperative enough for reliable results.
Putting It All Together
A normal bilateral ear exam in a clinical note might read: “External ears normal bilaterally. Canals clear without erythema, edema, or discharge. TMs pearly gray, translucent, intact bilaterally. Landmarks well-visualized with normal cone of light. TM mobility brisk bilaterally on pneumatic otoscopy.”
An abnormal note for a right ear infection could look like: “Right pinna nontender. Right EAC mildly erythematous. Right TM erythematous, bulging, opaque with loss of landmarks and absent light reflex. Immobile on pneumatic otoscopy. No perforation or otorrhea. Left ear normal.” The key is moving systematically from external to internal, using precise descriptors for color, position, mobility, and integrity, and localizing any focal findings by quadrant. A well-documented ear exam tells a story that any reader can follow from the outside in.