More commonly known as a nosebleed.
Can bleed from the anterior or posterior region.
Anterior bleeds:
More common.
Originate from the Kiesselbach plexus.
Easier to locate and treat.
Posterior bleeds:
Can be severe and difficult to control.
Blood vessels are larger.
Dry, cracked mucous membranes, trauma, forceful nose blowing, nose picking, and tumors.
Anything that reduces the blood’s ability to clot:
Hemophilia: genetic disorder where clotting factors are missing.
Leukemia: affects platelet production.
Regular aspirin use.
Anticoagulant therapy.
Chemotherapy.
Cocaine use.
Instruct patient to sit in a chair and lean forward slightly to avoid aspirating or swallowing blood.
Apply direct pressure for 5-10 minutes.
Ice packs to nose/eye area will cause constriction of bleeding vessels.
Nasal packing with petroleum gauze.
Nasal balloon catheter such as the Rapid Rhino:
Inflated balloon places pressure on the bleeding vessels to stop the bleeding.
Vasoconstrictive agent like Afrin nasal spray.
Electrocautery if the bleeding vessel can be located and other measures have not worked.
Monitor amount and color of bleeding.
Monitor vital signs.
Monitor hemoglobin level.
Once bleeding is controlled:
HCP will remove packing.
Caution patient not to blow nose for up to 48 hours.
Avoid nose picking.
Avoid bending over.
Use nasal saline spray or humidifier if bleeding was caused by dryness.
Nasal septum is off center
Symptoms:
Chronically stuffy nose.
Blocked sinus drainage.
Headaches.
Sinus infections.
Nosebleeds.
Treatment:
Nasoseptoplasty – involves revising or removing the deviated portion; nasal packing is then placed to reduce bleeding; typically done as an outpatient surgical procedure under local anesthesia.
Monitor Vital Signs/Bleeding
Report Excess Swallowing
Excessive swallowing should alert you to check for blood running down the back of the throat
Monitor Dressing for Excess Bleeding
Patient will have a nasal packing in place and a “mustache dressing” of folded gauze under the nose to catch drainage
Discharge Teaching:
Maintain semi-Fowler’s position at all times
Avoid anything that might increase pressure and cause bleeding:
Sneezing, coughing, straining for bowel movements
Avoid aspirin and related medications
Return in 24-48 hrs to have packing removed
Read Box 30.1 on page 520 for patient education following nasal surgery
Inflammation of Sinus Mucosa
Acute or Chronic
Chronic sinusitis is diagnosed if symptoms have existed for more than 3 months and are unresponsive to treatment
Ethmoid (between the eyes) and maxillary (behind the maxilla) – most commonly affected
Can be the result of a bacterial infection caused by Streptococcus pneumonia and H. influenza OR may follow a cold or other viral upper respiratory illness
Pain over region of affected sinuses
Purulent nasal drainage
Pain over cheek and upper teeth (maxillary sinus)
Pain between and behind eyes (ethmoid sinus)
Pain in the forehead typically indicates frontal sinusitis
Fever present in acute infection, with or without generalized fatigue and foul breath
Osteomyelitis in surrounding areas
Cellulitis of the orbit (infection of the soft tissues around the eye)
Abscess
Meningitis
Asthma symptoms
The patient who has received inadequate treatment or who has not been compliant with treatment is at risk for these complications
Saline Irrigation
Intranasal Corticosteroids (i.e., Flonase)
Decongestants
Warm Moist Packs (1-2 hrs. BID)
Acetaminophen or Ibuprofen for pain & fever
Treatment is aimed at relieving pain and promoting sinus drainage
Humidification
Oral Fluids (8-10 glasses/day)
Positioning (Semi- Fowler’s)
Antibiotics
Surgical Drainage if more conservative treatments have been unsuccessful
Apnea During Sleep (most often supine)
Transient hypoxemia results, and a signal to take a breath causes a sudden, loud inhalation (as many as 100 x hour)
Men affected more than women
Risk Factors:
Obesity The muscles of the throat relax, the tongue and soft tissues fall back to obstruct the airway
High Palate
Receded Mandible
Smoking
OSA increases the risk for:
Heart Disease
Hypertension
Stroke
Diabetes
Signs & Symptoms:
Loud snoring followed by periods of total silence
Daytime Sleepiness
Headache
Memory and Attention Problems
Nocturnal Polysomnography aka Sleep Study
During a sleep study, the patient is hooked up to an EEG, EKG, EMG, oxygen saturation, and eye movement monitors and then observed while sleeping
Avoid alcohol and HS sedatives (these can worsen apnea by increasing relaxation of the muscles in the pharynx)
Lose Weight and Smoking Cessation
Nasal Patch (Provent)-holds airways open during exhalation
CPAP or BiPAP machines
Use of a mandibular advancement device
Mandibular advancement device is a mouthpiece to pull the mandible forward so the tongue doesn’t fall back obstructing the airway
Viral Rhinitis/Common Cold
Pharyngitis
Laryngitis
Tonsillitis/Adenoiditis
Influenza (flu) and Coronavirus (COVID-19)
Inflammation of the nasal mucous membranes most commonly caused by the rhinovirus
Release of histamine and other substances causes vasodilation and edema
May occur as a reaction to allergens (pollen, dust, molds, some foods)
Nasal congestion
Localized itching
Sneezing
Sore throat
Nasal discharge
May see fever and generalized fatigue
BUT…is an antibiotic needed??
Treatment is symptomatic
Antibiotics are ineffective because the cause is viral
Acetaminophen for generalized discomfort
Decongestants to relieve nasal congestion
Rest and fluids are the most effective treatment
Inflammation of the pharynx
Caused by bacterial or viral infection
5-15% of cases are caused by beta-hemolytic streptococci (strep throat)
This type of infection MUST be treated with antibiotics, or it can lead to rheumatic fever, glomerulonephritis, or other serious complications
Sore throat
Dysphagia
Throat appears red and swollen
Exudate may be present
This usually signals bacterial infection and may be accompanied by fever, chills, headache, generalized fatigue, vomiting
Rapid streptococcal antigen test OR
Throat culture and sensitivity test to identify the causative organism and determine which antibiotic will be effective
If the cause is bacterial – antibiotics ordered
Penicillin most commonly prescribed
Acetaminophen or throat lozenges may be used to relieve discomfort
Saltwater gargles (teaspoon of salt in a glass of warm water) or honey and lemon mixed with warm water help soothe inflamed tissues
Increase fluid intake
REST – stay home from work and school
Inflammation of the mucous membrane lining the larynx (voice box)
Can be caused by irritation from smoking, alcohol, chemical exposure, GERD, or a viral, fungal, or bacterial infection
Often follows an upper respiratory infection
Most common symptom in hoarseness
Rest
Fluids
Humidified air
Acetaminophen
Antibiotics are used if bacterial infection is present
Meds to control acid reflux if GERD is the cause
Avoid speaking to rest the voice
Tonsils are lymphatic tissue and their job is to filter microorganisms to protect the lungs from infection
Tonsillitis occurs when the filtering function becomes overwhelmed with a virus or bacteria and infection results
Usually begins suddenly with a sore throat, fever, chills, and pain on swallowing
Generalized symptoms include headache, malaise, and myalgia
Tonsils appear red and swollen & may have yellow or white exudate on them
If adenoids are involved, patient may snore, report nasal obstruction, and have a nasal tone to their voice
Bad breath is also very common
Throat culture is done to discover the causative organism and determine effective treatment
CBC with differential can also help identify whether the infection is viral or bacterial
Chest x-ray may be done if respiratory symptoms are present
Antibiotics are prescribed for bacterial infection
Acetaminophen, lozenges, and saline gargles
Tonsillectomy/adenoidectomy may be considered if tonsillitis becomes chronic or if breathing or swallowing is affected
Viral infections of the respiratory tract
Easily transmitted via droplets from coughs and sneezes of infected people
Young children, chronically ill patients, and older adults with comorbidities such as obesity, hypertension, cardiovascular disease, and diabetes are at increased risk for complications and even death
Incubation period for the flu from time of exposure to onset of symptoms is 1 to 3 days
Incubation period for COVID-19 from time of exposure to onset of symptoms is 2 to 14 days
Person is HIGHLY contagious even in these incubation periods
Yearly flu vaccine for anyone over 6 months of age
Current recommendations for the COVID-19 vaccine include anyone older than 5
Educate people that they will NOT get the flu or COVID from the shot, because it does not contain any live virus
Once the vaccines are administered, it takes about 2 weeks for antibodies to develop, then it is effective for about 4 months
Other important preventive measures include:
Hand hygiene
Mask wearing
Keeping hands away from the mouth, nose, and eyes
Avoiding people with the flu or COVID-19
Avoiding crowds when cases are prevalent
Symptoms of Flu (Abrupt Onset):
Fever
Chills
Myalgia
Sore Throat
Cough
General Malaise
Headache
Flu can last 2-5 days with malaise lasting up to several weeks
Symptoms of COVID:
Cough
Myalgia
Headache
Changes in sense of smell or taste
Recovery from COVID varies from 2 weeks to 3-4 months for those with more severe disease
Most common complication of the flu is pneumonia
Should be suspected if the patient has persistent fever and shortness of breath or if the lungs develop crackles or wheezes
Most deaths from COVID-19 occur as the result of respiratory failure
Viral cultures of throat or nasal swabbing can be done to identify flu, but results may take 3-10 days
Rapid tests can identify the flu virus in less than 15 minutes, but are less reliable than cultures
Nasal swabbing is also used for COVID-19 testing
Interventions are primarily symptomatic
Acetaminophen for fever, headache, and myalgia
Rest and fluids are essentials
Antibiotics are only used if a secondary bacterial infection is present
Antiviral agents, such as zanamivir (Relenza) or oseltamivir (Tamiflu) reduces the severity and duration of symptoms if given within 48 hours of onset of symptoms
Most often a primary cancer and can spread to the lungs, liver, or lymph notes
Prognosis is good with early diagnosis, but is poor when diagnosis and treatment are delayed
Causes:
History of alcohol and tobacco use
Exposure to industrial chemicals or hardwood dust
Chronic overuse of the voice
Exposure to human papilloma virus (HPV)
Most common symptom is persistent hoarseness
Throat or ear pain
Shortness of breath
Chronic cough
Difficulty swallowing
Stridor may indicate a tumor obstructing the airway
Late signs include weight loss and halitosis (foul breath)
Laryngoscopic exam and biopsy are used to diagnose and determine the stage of cancer
CT scan and MRI can determine presence or extent of metastasis
If diagnosed early, treatment will consist of radiation therapy (this can preserve the patient’s voice)
Chemotherapy may be used with radiation or surgery, but is not usually used alone
Larynx will be either partially or completely removed
If cancer has spread beyond the larynx, a radical neck dissection, which removes adjacent muscle, lymph nodes, and tissue, may be done
After a partial laryngectomy, the patient may have a permanently hoarse voice
With a total laryngectomy, the patient will have a permanent tracheostomy tube in place with no voice
The patient will need to learn alternative methods of communication
Nursing Care of Patients With Upper Respiratory Tract Disorders