Chest pain in children is a common complaint; however, it is rarely due to underlying cardiac illness. This underscores the importance of avoiding a false sense of safety in low-risk causes and maintaining vigilance for potential life-threatening etiologies. Chest pain can be the presenting complaint for a child describing chest tightness, burning, pressure, stabbing sensations, palpitations, and/or heartburn. It can be encountered in outpatient, emergency, and urgent care settings. This variability in complaint and care setting can make quickly discerning an etiology difficult, particularly in young children who are not able to verbalize precise symptoms. Chest pain as a symptom affects equal numbers of females and males and children under and over 12 years of age. Diagnostically, children younger than 12 years with chest pain are more likely to have cardiorespiratory etiologies for their pain, whereas adolescents are more likely to have musculoskeletal or psychogenic etiologies.

The general public has been adequately educated on the significant morbidity and mortality that chest pain can imply in adults in the form of cardiac ischemia. Therefore, when children complain of chest pain, it can provide significant anxiety for patients, families, and providers. Due to this anxiety, cardiology consultation is often sought. Only up to 6% of children without known congenital heart disease are found to have a cardiac etiology after evaluation. This number is likely higher than it actually is noted in some studies as only referrals to pediatric cardiology may be analyzed. The challenge for the medical care provider is to distinguish chest pain as a commonly benign pediatric complaint from significant cardiac disease, limit unnecessary evaluation, and provide adequate reassurance for an anxious patient and family.

Due to the rarity of cardiac pathology as the cause for chest pain, it is difficult to develop evidence-based guidelines for evaluation, and the implication of a misdiagnosis of a serious disorder is high. Chest pain caused by noncardiac causes may be the combination of multiple diagnoses, leaving medical providers seeking to “rule out” life-threatening cardiac causes of chest pain. The evaluation, if inconclusive, can leave patients and families without precise answers. Most final diagnoses of noncardiac chest pain represent clinical impressions rather than confirmed diagnoses. Between 20% and 45% of pediatric cases of chest pain are labeled idiopathic. The lack of a defined etiology or the presence of multiple causes for a particular patient can heighten worry, anxiety, and subsequent morbidity, which is reflected in missed days of school, reduced exercise, and psychologic distress. Furthermore, chest pain can become a chronic condition in the pediatric population; up to 45–69% of patients have been noted to have persistent symptoms, with 19% of patients reporting symptoms lasting for more than 3 years.

Overall, if medical providers systematically approach a child’s or an adolescent’s complaint of chest pain, they can provide thoughtful diagnostic evaluations that not only discover serious cardiac pathology if present but also reassure families when a noncardiac etiology is suspected. Evaluation relies heavily on a thorough history and physical examination with subsequent electrocardiogram and further studies if cardiac etiologies remain on the list of possibilities.

Causes of Chest Pain

The most common causes of chest pain in descending frequency include idiopathic, musculoskeletal, psychologic, gastrointestinal, pulmonary, and cardiac diagnoses. A differential diagnosis of pediatric chest pain is listed in Table 8.1 . The etiology of chest pain in the absence of cardiac pathology can be multifactorial and can include multiple items on this list.

TABLE 8.1
Differential Diagnosis of Pediatric Chest Pain
Musculoskeletal
  • Trauma (accidental, abuse)

  • Exercise, overuse injury (strain)

  • Costochondritis

  • Tietze syndrome

  • Precordial catch syndrome

  • Slipping rib syndrome

  • Fibromyalgia

  • Spinal cord or nerve root compression

  • Muscle strain (overuse injuries)

Pulmonary
  • Asthma

  • Pneumonia

  • Pleurisy

  • Cough

  • Pneumothorax, pneumomediastinum

  • Pulmonary embolism

  • Tumor

  • Foreign body

Psychiatric
  • Hyperventilation

  • Anxiety

  • Panic disorder

Gastrointestinal
  • Achalasia

  • Gastroesophageal reflux

  • Esophageal foreign body including pill esophagitis

  • Esophageal spasm

  • Esophageal rupture

  • Cholecystitis

  • Subdiaphragmatic abscess

  • Perihepatitis (Fitz-Hugh–Curtis syndrome)

  • Peptic ulcer disease

  • Pancreatitis

Cardiac
  • Hypertrophic cardiomyopathy

  • Aortic stenosis

  • Pulmonary stenosis

  • Mitral valve prolapse

  • Dilated cardiomyopathy

  • Pericarditis

  • Myocarditis

  • Endocarditis

  • Idiopathic ventricular tachycardia

  • Exercise-induced ventricular tachycardia

  • Wolff-Parkinson-White syndrome

  • Aortic dissection

  • Pulmonary hypertension

  • Eisenmenger syndrome

  • Ischemia (anomalous coronary artery, systemic lupus erythematosus, post–heart transplant, Kawasaki disease, sympathomimetic drugs, hypercholesterolemia)

Other
  • Herpes zoster (cutaneous)

  • Sickle cell anemia vasoocclusive crisis (rib infarction)

  • Primary or metastatic cancer

  • Splenic rupture

  • Drug related: cigarette smoking, vaping, cocaine use, sympathomimetic use, tetracycline ingestion

  • Anorexia nervosa

  • Breast-related disease

Approach to the Patient with Chest Pain

A practical approach to chest pain first requires a detailed history and physical examination. An awareness of indicators (red flags) and prioritization that may suggest serious disease and necessitate immediate treatment are essential ( Table 8.2 ). A deliberate, orderly, and complete approach to the clinical evaluation often calms an anxious child and family.

TABLE 8.2
Red Flags That Increase the Likelihood of a Cardiac Cause for Chest Pain
  • Sudden onset of severe pain

  • Pain radiating to right or left arm or shoulder

  • Pain occurs with exercise

  • Described as pressure

  • Exertional syncope

  • Pain that awakens the patient from sleep

  • Palpitations and/or dysrhythmias

  • Family history of sudden death, young-onset ischemic heart disease, inherited arrhythmias such as long QT syndrome or Brugada syndrome, deep vein thrombosis or pulmonary embolism

  • Cyanosis

  • Diaphoresis

  • Personal past or current history of congenital heart disease

  • Personal history of connective tissue disease, hypercoagulable or hypercholesterolemic state, systemic lupus erythematosus, Kawasaki disease, sickle cell anemia, Marfan syndrome, cystic fibrosis, Ehlers-Danlos syndrome

  • Personal history of cocaine, huffing, vaping, and/or amphetamine use

History

The goal of a thorough history of a patient with chest pain is to determine if the etiology is life threatening, a manifestation of a chronic condition with possible serious complications, a specific acute cause, or multiple acute and/or chronic causes. Although chest pain affects children and adolescents of all ages equally, the age of a child can assist in diagnosis. Adolescents are more likely to have musculoskeletal or psychogenic causes of chest pain, while younger children have more respiratory disorders and vague complaints.

One possible approach includes a stepwise, directed history that includes:

  • Description of pain

  • Assessment for red-flag symptoms (see Table 8.2 ), including targeted family history

  • Medication review

  • Review of known illnesses

  • Review of systems including psychosocial evaluation

Eliciting the basics of the chest pain’s duration, quality, propensity to radiate, severity, and timing is essential. Details that have been noted to be particularly helpful include duration, aggravating and relieving factors, and associated symptoms. Severe pain that lasts only a few seconds up to 1 or 2 minutes is often from the chest wall, but chest pain that persists longer is more likely to be organic in nature. Aggravating and alleviating factors can include position changes that accompany the pain from pericarditis or onset after eating spicy foods in gastroesophageal reflux. The character and location of the pain in pediatric patients are less helpful in the diagnostic evaluation due to often vague descriptions; nonetheless, medical providers should continue to obtain this information to understand the whole picture. Providers should remember that children often complain of chest pain when the pain is in a different place, such as the epigastrium or flank. Finally, it is important to determine whether the chest pain has had an impact on the child’s activity ( Table 8.3 ).

TABLE 8.3
Historical Features of Chest Pain That Are Essential to Its Assessment
  • Duration of pain (how long present but also duration of each episode)

  • Acuteness of onset

  • Severity of pain (use scale of 1–10)

  • Associated symptoms

  • Precipitating and ameliorating factors

  • Quality of pain (pleuritic, sharp, dull)

  • Location of pain

  • Limitation of activities by pain

  • Radiation of pain

  • Time of day that pain occurs

  • Recent activity, injury, and stresses

  • Full psychosocial review, including behaviors

  • Medical history

  • Family medical history

Red-flag symptoms (see Table 8.2 ) are high-yield, must-know characteristics of a child’s or an adolescent’s chest pain. Oftentimes, after a patient’s complete description of the pain, a medical provider will already know the answers to multiple red-flag symptoms, such as when the pain occurs, if it wakes the patient from sleep, and if it is associated with syncope. A targeted family history includes asking about inherited conditions such as familial hypercholesterolemia, hypertrophic cardiomyopathy, and Marfan syndrome. It also can provide information regarding relatives with adult-onset cardiac illnesses associated with chest pain, such as heart failure or ischemia, which may be providing added anxiety for the family.

Medications that the child may already be taking are important to consider. Some medications have specific links to etiologies of chest pain, such as tetracyclines with erosive esophagitis or oral contraceptives with pulmonary embolism. Other recreational drugs such as cocaine, other sympathomimetic agents (such as amphetamines, synthetic marijuana), and vaping have been associated with chest pain. A child’s known underlying illnesses and surrounding medical complaints discovered in a review of systems can complete the clinical picture for medical providers. The presence of joint pain or rash could suggest collagen vascular disease, or the presence of increased drooling could represent an esophageal foreign body.

A full psychosocial review should be performed on each patient to ensure that details of personal stressors and behaviors emerge. It is useful to learn about these aspects of the child’s chest pain from the child and the parent/family separately. Make sure to interview the patient alone if the child is older or an adolescent. It is difficult for children to discuss areas of difficulty, such as family relationships, school difficulties, or concerns about physical development, with family present. It is useful to ask, “What are you concerned that this pain is caused by?” of both the patient and the family. This question frequently gives information about overriding fears and concerns that can help medical providers know how to appropriately reassure the family in the likely event that the chest pain has a benign, noncardiac etiology.

Musculoskeletal

Musculoskeletal chest wall pain is perhaps the most identifiable cause of chest pain due to its association with localized tenderness elicited by specific manipulation of the thorax ( Fig. 8.1 ). Pain can involve the ribs, costochondral junctions (such as in costochondritis), costal cartilages, intercostal muscles, sternum, clavicle, or spine. The pain is often worse with movement, coughing, and inspiration. In considering musculoskeletal etiologies, thoroughly consider any trauma to the chest wall. Both contusion and rib fracture can have exquisite tenderness on palpation and pain on inspiration. Table 8.4 highlights common causes of musculoskeletal chest pain.

Fig. 8.1, Palpable and/or visible abnormalities of the chest wall that may be found in different chest wall syndromes. In addition, various proximal abdominal causes of chest pain, such as disease of the gallbladder, liver, stomach, pancreas, or subdiaphragmatic space, must be considered.

TABLE 8.4
Manifestations and Causes of Musculoskeletal Chest Pain
Signs and Symptoms Diagnosis
Aching, localized pain after new or intense exercise or repetitive coughing
Can appear up to 2 days later
Can have localized swelling or erythema
Pain reproduced by range-of-motion testing or palpation
Muscular strain
Sharp, anterior pain over costochondral junctions, often along the sternal border
Exacerbated by deep breathing
First through fifth ribs are most common and often more than one costochondral junction affected
Can be related to growth spurts
Costochondritis (also called costosternal syndrome, parasternal chondrodynia, or anterior chest wall syndrome)
Can be considered a variant of costochondritis
Sharp, localized pain at only one costochondral junction
Area is swollen, ± warm, erythematous bulbous or fusiform 1–4 cm mass
Second or third costochondral junction is most common
Age predominance in adolescence and early 20s
Tietze syndrome
Pain and increased mobility due to subluxation of 8th, 9th, or 10th ribs (which are not attached to the sternum), resulting in impingement of superior intercostal nerve
Intermittent sharp pain in chest or upper abdomen
Brought on by exertion, especially sudden upward and anterior movement (“hooking maneuver”; see Fig. 8.2 )
Can have popping sensation at onset of pain
Caused by trauma or dislocation of these ribs
Slipping rib syndrome (lower rib pain syndrome)
Brief (30 sec–3 min), nonradiating, well-localized, sharp pain in the left parasternal area or cardiac apex (“Texidor twinge”)
Occurs at rest or with mild activity
Exacerbated with inspiration and alleviated by shallow breathing or straightened position
Related to poor posture
Precordial catch syndrome
Pain over both anterior chest and back
Spasm in muscles innervated by nerve root causes pain
No midline spine bony tenderness
History of vertigo, headache, pain after prolonged recumbence or straining
Spinal cord or nerve root compression, typically lower cervical or upper thoracic spine
Chronic aching and stiffness
Multiple points of tenderness on palpation of muscle with minimal pressure
Associated with fatigue and sleep disturbance
Fibromyalgia

In general, chest wall pain can result from the strain of any muscle group present in the chest; however, multiple syndromes have been described in relation to specific patterns of muscular pain ( Fig. 8.2 ). Some of these syndromes include pectoral syndrome (pain in a band across the anterior parasternal chest wall on the right or the left), coracoid syndrome (pain at the site of the pectoralis minor muscle with tenderness at its insertion onto the coracoid process), and xiphoid process syndrome (pain over the xiphoid process).

Fig. 8.2, Chest wall maneuvers. A, B, The “scissors” maneuver. The patient’s arm is adducted across the anterior chest, and the examiner pulls the patient’s hand beyond the contralateral shoulder (A) . When both arms are tested together, traction is applied to both (B) ; the patient turns the head to either side, and the arms form a “scissors.” Pain originating in the scapula, thoracic spine, pectoral muscles, or ribs and intercostal structures is often precipitated by the scissors maneuver. C , The “hedge clipper” maneuver. The pectoralis major muscles are stressed by the patient’s pressing the palms forcefully together with the elbows flexed anterior to the chest. The pectoral muscles are thus more clearly defined, and pain is often appreciated within the muscles or at their insertion in the upper parasternal area (see Fig. 8.1 ). D , The “racing dive” maneuver. The pectoralis minor muscles are stressed by forcefully resisting the patient’s attempt to throw forward the shoulder and upper arm from an initial position behind (dorsal to) the chest wall. The attempted arm motion is that of flinging the arm and hand forward, as a swim racer would when beginning a racing dive. The examiner resists this forward arm and shoulder motion. E , The “crowing rooster” maneuver. The patient hyperextends the neck while the examiner lifts both of the patient’s arms backward and superiorly. Pain originating in the cervical spine or anterior chest wall or both is often thus reproduced. F , The “hooking” maneuver. With the patient supine, the examiner stands at the patient’s side, facing the patient’s feet. The examiner then “hooks” their fingers around the lower costal margin of the patient’s rib cage and pulls anteriorly (ventrally) and superiorly (cephalad). This maneuver may elicit pain when costochondritis or traumatic rib injuries involve the lower rib cage, when the upper rectus abdominis muscle is torn, or when a “slipping rib” is the problem. G , The “high 10” maneuver. The patient raises both hands overhead, elbows extended, and then presses forward with the hands against resistance offered by the examiner. Pain originating in the anterior rib cage, thoracic spine, or pectoral muscles may be elicited here.

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