HemeOnc
Neck Masses in Adults
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Neck Masses in Adults
, Neck Mass in the Adult, Adult Neck Mass, Neck Mass
See Also
Causes of Neck Mass in Adults
Lymphadenopathy of the Head and Neck
Lymphadenopathy
Neck Masses in Children
Epidemiology
Thyroid Nodule
s are among the most common Neck Masses and are benign in 95% of cases
Non-thyroid Neck Masses in Adults: 80% of solid, persistent, lateral Neck Masses are neoplasms
80% malignant
Of new head and neck cancers, 70% are HPV-related oropharyngeal
Squamous Cell Carcinoma
80% of
Salivary Gland Tumor
s are in the parotid
80% of
Parotid Gland
tumors benign
80% mixed tumors
Causes
Causes of Neck Mass in Adults
History
Age over 45 is most important predictor of malignancy
Size and duration of Neck Mass
Timing of onset
Acute presentations are more likely due to infections or
Trauma
Subacute presentations are more likely to be neoplasms
Symptom duration >2 weeks without signs of infectious cause
Symptoms that help localize primary diagnosis
Pharynx
Pharyngitis
Dysphagia
Otalgia
Larynx
Hoarseness
Voice quality change
Otalgia
(Referred via
Cranial Nerve
s from
Larynx
)
Cranial Nerve 9
Cranial Nerve 10
Habits with increased malignancy risk
Tobacco Abuse
Alcohol Abuse
Miscellaneous symptoms
Fever
without obvious source
Unexplained Weight Loss
Night Sweats
Neck Pain
Cough
Exposure history
Tuberculosis
exposure
Foreign travel
Occupation
Head or neck
Trauma
Neck
Hematoma
Pulsatile masses or vascular complications (e.g. pseudoaneurysm, AV fistula)
Insect Bite
Sexual History
Human Papilloma
Virus
is a risk for head and neck
Squamous Cell Carcinoma
(including cystic lesions)
HIV Infection
is associated with head and neck cancer (
Kaposi's Sarcoma
,
Lymphoma
)
Exposure to pets or farm animals
See
Pet-Borne Parasitic Zoonoses
Exam
Skin exam of the face, scalp and neck
Oropharyngeal exam
See
Mouth Exam
Neck Exam
See
Submandibular Exam
Lymphadenopathy
red flags
See
Lymphadenopathy of the Head and Neck
Persistent
Lymphadenopathy
>6 weeks
Fixed, firm non-mobile
Lymph Node
s >1.5 cm
Neck Mass
Abnormal lesion, visible or palpable (or seen on imaging)
Neck region includes between
Mandible
and clavicle
Nasolaryngoscopy
(if available)
Nasal mucosa
Tongue
base
Larynx
Imaging
CT Neck with contrast
First-line imaging for most persistent Neck Masses in Adults (present >3-4 weeks)
Confirm patient can tolerate supine position for CT (esp.
Hoarseness
in Emergency Department)
Large airway mass may obstruct airway in flat, supine position
Contraindications to CT contrast
See
CT Intravenous Contrast
for a complete list of contraindications
Salivary Gland
mass (contrast obscures
Sialolith
identification)
Thyroid
mass or metastatic
Thyroid Cancer
(iodinated contrast may stimulate growth)
Ultrasound
First-line study for children with Neck Mass (reduces risk of
CT-associated Radiation Exposure
)
Distinguishes cystic from solid lesions
Evaluates
Vascular Malformation
flow rates
Guides fine needle aspirate biopsy
CT Angiography
First line study for pulsatile Neck Mass
MRI with contrast
Consider when
Cranial Nerve I
nvolvement is present
Evaluation
Approach
See
Lymphadenopathy
for other approach
Congenital Anomaly
suspected
Obtain CT neck with contrast
Consider ENT referral
Neoplasm suspected
Cyst
ic Neck Masses in age >40 years old are malignant in 80%
Obtain CT neck with contrast
Fine-needle aspiration of mass
Cranial Nerve I
nvolvement
MRI with contrast
Fine-needle aspiration of mass
Inflammatory or infectious process suspected
Consider testing for cause (e.g. EBV, CMV, HIV)
Consider empiric trial of broad-spectrum
Antibiotic
(if
Bacteria
l cause is suspected)
Only pursue trial
Antibiotic
s if specific
Bacterial Infection
diagnosis suspected
AAO-HNS does not recommend routine trial of
Antibiotic
s otherwise
Delays diagnosis of malignancy in >20% of cases
No improvement at re-evaluation in 3-4 weeks
Obtain
Chest XRay
Place PPD
Tuberculin Skin Test
(or
Quantiferon-TB
)
Consider CT neck with contrast
Consider fine needle aspirate of mass
References
Broder (2021) Crit Dec Emerg Med 35(10): 10-1
Fedok in Noble (2001) Primary Care Medicine, p. 1767-73
Haynes (2015) Am Fam Physician 91(10): 698-706 [PubMed]
McGuirt (1999) Med Clin North Am 83(1):219-34 [PubMed]
Schwetschenau (2002) Am Fam Physician 66(5):831-8 [PubMed]
Wilbur (2026) Am Fam Physician 113(2): 156-65 [PubMed]
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