Week 8 HEENT Flashcards
What subjective data do we want to know about when assessing the head and face
- headaches (new or intense)
- head injury
- head or neck surgery
- traumatic brain injury
- dizziness (syncope v. near syncope v. vertigo)
- lumps or masses
- surgery (trauma to head or face)
- scalp/hair issues
- new or old issues with face (lumps, skin, etc)
- allergies
- meds and or treatments used
- immunizations
- family history
What is the difference between primary and secondary headaches? What other conditions should you rule out first
Primary = no organic reason for having a headache Secondary = arises from other conditions
Rule out life-threatening causes such as:
- aneurysm
- CVA
- meningitis (stiff neck, nuchal rigidity, light sensitivity, fever, rash)
- subdural or intracranial hemorrhage
- tumor
What are the headache red flags
- recent onset
- > 50 years age (increased risk of stroke)
- acute onset like thunderclap
- markedly elevated blood pressure
- presence of rash or signs of infection (meningitis)
- presence of cancer, HIV, or pregnancy
- vomiting, especially projectile (seen with intracranial pressure)
- recent head trauma
What are we looking for when inspecting the head and scalp?
- hair: quality, quantity, distribution, texture
- scalp: lumps, nevi (moles), scaling, dandruff, nits
- skull: size (normocephalic, microcephalic, macrocephalic) and contour (deformities, lumps, depressions, suture lines, tenderness, protrusions
What are we looking at when inspecting, palpating the face
- facial structures (eyebrows, palpebral fissures, nasolabial folds, symmetry)
- facial expression (formed by facial muscles and facial nerve VII, looking for symmetry) (smile, frown, puff out cheeks)
- TMJ: clench teeth and palpate muscles above and below joint; palpate joint anterior to tragus during opening and closing of mouth
What assessments should you perform facial expression (cranial nerve 7)
- smile
- puff cheeks
- show teeth
- wrinkle brow
- squeeze eyes shut against resistance
What subjective data do we want to know about when gathering a history of the neck
- stiffness, pain
- injury
- meds
- neck masses
- swollen glands (fixed, immobile, larger than 1.5cm, widespread)
- swollen thyroid (goiter)
- surgery
What objective information are you assessing for with palpation and inspection of the neck
- symmetry: palpate trachea and assess deviation which could be pneumothorax and obvious masses
- musculature (MSK): palpate shoulders, turn head against resistance, bend neck forward and back, side to side, rotation (ROM)
- blood supply (CV/PV system): carotid pulses, and jugular distention (R sided heart failure)
- glands: salivary and thyroid (lower 1/3 of neck)
- lymph nodes
What subjective data do we want to know about related to the ears
- pain
- hearing loss (use of assistive devices)
- discharge (otorrhea)
- tinnitus (ringing in ears)
- vertigo (intense spinning)
- trauma, noise overexposure
- medications (ototoxic meds such as vancomycin or aspirin)
- URI/allergy symptoms (nasal congestion, fever, sore throat, jaw/tooth pain, referred ear pain due to increased pressure)
- history of infections (OM, OE), surgery (tubes)
- family history (presbycusis = loss of hearing with age, especially high pitched)
What objective data are we looking for when inspecting and palpating the ears
- external ear: collects sound and supports inner structures, inspect pinna, palpate pinna (move/pull and assess for canal tenderness), external auditory canal (S shaped, 2.5 cm long in adults)
- palpate mastoid process and tragus
- inspect tympanic membrane
How do you inspect the ears using the otoscope
Exam:
- pull ear up and back in adults to straighten canal
- pull ear down and back in children
Auditory canal:
- color, edema, discharge, cerumen (wax)
Tympanic membrane:
- color, +/- perforation, bulge (otitis media)
What is the outer ear structure and function
- gather sounds and funnels to middle ear
- skin glands produce protective ear wax
What is the structure and function of the middle ear
- conducts sound, equalizes air pressure and reduces loudness
- auditory ossicles (malleus, incus, stapes) which transmits vibration from TM to inner ear
- eustachian tube which equalizes air pressure from middle ear to nasopharynx; more horizontal in child; more angled in adult
What is the structure and function of the inner ear
- labyrinth: semicircular canals, vestibule, and cochlea responsible for balance and transmission of sound
- cochlea converts vibrations and sends through cochlear nerve to brain
Name and explain the different types of hearing loss and what causes them
Conductive loss:
- mechanical dysfunction in external or middle ear
- foreign object in canal, perforated TM, otosclerosis (bones get hardened due to repeat infection)
- always outer ear
Sensorineural loss;
- cochlear, auditory nerve damage or auditory area of cerebral cortex damage
- presbycusis = loss of high frequency sound due to aging
- inner ear disease, ototoxic drugs
- always inner ear
Mixed loss