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pneumothorax, pneumothorax treatment
A pneumothorax is an abnormal collection of air in the pleural space that causes an uncoupling of the lung from the chest wall3 Symptoms typically include sudden onset of sharp, one sided, chest pain and shortness of breath2 In a minority of cases the amount of air in the chest increases when a one-way valve is formed by an area of damaged tissue, leading to a tension pneumothorax This condition can cause a steadily worsening oxygen shortage and low blood pressure Unless reversed by effective treatment, it can result in death3 Very rarely both lungs may be affected by a pneumothorax6 It is often called a collapsed lung, although that term may also refer to atelectasis1

A primary pneumothorax is one that occurs without an apparent cause and in the absence of significant lung disease, while a secondary pneumothorax occurs in the presence of existing lung disease3 Smoking increases the risk as do lung diseases including COPD, asthma, and tuberculosis34 A pneumothorax can also be caused by physical trauma to the chest including a blast injury, or as a complication of a healthcare intervention; in which case it is called a traumatic pneumothorax78

Diagnosis of a pneumothorax by physical examination alone can be difficult particularly in smaller pneumothoraces9 A chest X-ray, computed tomography CT scan, or ultrasound is usually used to confirm its presence5 Other conditions that can result in similar symptoms include a hemothorax buildup of blood in the pleural space, pulmonary embolism, and heart attack210 A large bullae may look similar on a chest X-ray3

A small spontaneous pneumothorax will typically resolve without treatment and requires only monitoring This approach may be most appropriate in people who have no underlying lung disease In a larger pneumothorax, or if there is shortness of breath, the air may be removed with a syringe or a chest tube connected to a one-way valve system Occasionally, surgery may be required if tube drainage is unsuccessful, or as a preventive measure, if there have been repeated episodes The surgical treatments usually involve pleurodesis in which the layers of pleura are induced to stick together or pleurectomy the surgical removal of pleural membranes3 About 17–23 cases of pneumothorax occur per 100,000 people per year35 They are more common in men than women3


  • 1 Signs and symptoms
    • 11 Tension pneumothorax
  • 2 Cause
    • 21 Primary spontaneous
    • 22 Secondary spontaneous
    • 23 Traumatic
  • 3 Mechanism
  • 4 Diagnosis
    • 41 Chest X-ray
    • 42 Computed tomography
    • 43 Ultrasound
  • 5 Management
    • 51 Conservative
    • 52 Aspiration
    • 53 Chest tube
    • 54 Pleurodesis and surgery
    • 55 Aftercare
  • 6 Prevention
  • 7 Epidemiology
  • 8 History
  • 9 Etymology
  • 10 Other animals
  • 11 References

Signs and symptomsedit

Illustration depicting a collapsed lung or Pneumothorax

A primary spontaneous pneumothorax PSP tends to occur in a young adult without underlying lung problems, and usually causes limited symptoms Chest pain and sometimes mild breathlessness are the usual predominant presenting features1112 People who are affected by PSPs are often unaware of potential danger and may wait several days before seeking medical attention13 PSPs more commonly occur during changes in atmospheric pressure, explaining to some extent why episodes of pneumothorax may happen in clusters12 It is rare for PSPs to cause tension pneumothoraces11

Secondary spontaneous pneumothoraces SSPs, by definition, occur in individuals with significant underlying lung disease Symptoms in SSPs tend to be more severe than in PSPs, as the unaffected lungs are generally unable to replace the loss of function in the affected lungs Hypoxemia decreased blood-oxygen levels is usually present and may be observed as cyanosis blue discoloration of the lips and skin Hypercapnia accumulation of carbon dioxide in the blood is sometimes encountered; this may cause confusion and – if very severe – may result in comas The sudden onset of breathlessness in someone with chronic obstructive pulmonary disease COPD, cystic fibrosis, or other serious lung diseases should therefore prompt investigations to identify the possibility of a pneumothorax1113

Traumatic pneumothorax most commonly occurs when the chest wall is pierced, such as when a stab wound or gunshot wound allows air to enter the pleural space, or because some other mechanical injury to the lung compromises the integrity of the involved structures Traumatic pneumothoraces have been found to occur in up to half of all cases of chest trauma, with only rib fractures being more common in this group The pneumothorax can be occult not readily apparent in half of these cases, but may enlarge - particularly if mechanical ventilation is required12 They are also encountered in patients already receiving mechanical ventilation for some other reason12

Upon physical examination, breath sounds heard with a stethoscope may be diminished on the affected side, partly because air in the pleural space dampens the transmission of sound Measures of the conduction of vocal vibrations to the surface of the chest may be altered Percussion of the chest may be perceived as hyperresonant like a booming drum, and vocal resonance and tactile fremitus can both be noticeably decreased Importantly, the volume of the pneumothorax can show limited correlation with the intensity of the symptoms experienced by the victim,13 and physical signs may not be apparent if the pneumothorax is relatively small1213

Tension pneumothoraxedit

Although multiple definitions exist, a tension pneumothorax is generally considered to be present when a pneumothorax primary spontaneous, secondary spontaneous, or traumatic leads to significant impairment of respiration and/or blood circulation14 Tension pneumothorax tends to occur in clinical situations such as ventilation, resuscitation, trauma, or in patients with lung disease13

The most common findings in people with tension pneumothorax are chest pain and respiratory distress, often with an increased heart rate tachycardia and rapid breathing tachypnea in the initial stages Other findings may include quieter breath sounds on one side of the chest, low oxygen levels and blood pressure, and displacement of the trachea away from the affected side Rarely, there may be cyanosis bluish discoloration of the skin due to low oxygen levels, altered level of consciousness, a hyperresonant percussion note on examination of the affected side with reduced expansion and decreased movement, pain in the epigastrium upper abdomen, displacement of the apex beat heart impulse, and resonant sound when tapping the sternum14 This is a medical emergency and may require immediate treatment without further investigations see below1314

Tension pneumothorax may also occur in someone who is receiving mechanical ventilation, in which case it may be difficult to spot as the person is typically receiving sedation; it is often noted because of a sudden deterioration in condition14 Recent studies have shown that the development of tension features may not always be as rapid as previously thought Deviation of the trachea to one side and the presence of raised jugular venous pressure distended neck veins are not reliable as clinical signs14


A schematic drawing of a bulla and a bleb, two lung abnormalities that may rupture and lead to pneumothorax

Primary spontaneousedit

Spontaneous pneumothoraces are divided into two types: primary, which occurs in the absence of known lung disease, and secondary, which occurs in someone with underlying lung disease15 The cause of primary spontaneous pneumothorax is unknown, but established risk factors include male sex, smoking, and a family history of pneumothorax16 Smoking either cannabis or tobacco increases the risk3 The various suspected underlying mechanisms are discussed below1112

Secondary spontaneousedit

Secondary spontaneous pneumothorax occurs in the setting of a variety of lung diseases The most common is chronic obstructive pulmonary disease COPD, which accounts for approximately 70% of cases16 Known lung diseases that may significantly increase the risk for pneumothorax are

Type Causes
Diseases of the airways11 COPD especially when emphysema and lung bullae are present, acute severe asthma, cystic fibrosis
Infections of the lung11 Pneumocystis pneumonia PCP, tuberculosis, necrotizing pneumonia
Interstitial lung disease11 Sarcoidosis, idiopathic pulmonary fibrosis, histiocytosis X, lymphangioleiomyomatosis LAM
Connective tissue diseases11 Rheumatoid arthritis, ankylosing spondylitis, polymyositis and dermatomyositis, systemic sclerosis, Marfan's syndrome and Ehlers–Danlos syndrome
Cancer11 Lung cancer, sarcomas involving the lung
Miscellaneous12 Catamenial pneumothorax associated with the menstrual cycle and related to endometriosis in the chest

In children, additional causes include measles, echinococcosis, inhalation of a foreign body, and certain congenital malformations congenital cystic adenomatoid malformation and congenital lobar emphysema17

115% of people with a spontaneous pneumothorax have a family member who has previously experienced a pneumothorax The hereditary conditions – Marfan syndrome, homocystinuria, Ehlers–Danlos syndrome, alpha 1-antitrypsin deficiency which leads to emphysema, and Birt–Hogg–Dubé syndrome—have all been linked to familial pneumothorax18 Generally, these conditions cause other signs and symptoms as well, and pneumothorax is not usually the primary finding18 Birt–Hogg–Dubé syndrome is caused by mutations in the FLCN gene located at chromosome 17p112, which encodes a protein named folliculin1718 FLCN mutations and lung lesions have also been identified in familial cases of pneumothorax where other features of Birt–Hogg–Dubé syndrome are absent17 In addition to the genetic associations, the HLA haplotype A2B40 is also a genetic predisposition to PSP1920


A traumatic pneumothorax may result from either blunt trauma or penetrating injury to the chest wall12 The most common mechanism is due to the penetration of sharp bony points at a new rib fracture, which damages lung tissue16 Traumatic pneumothorax may also be observed in those exposed to blasts, even though there is no apparent injury to the chest8

Medical procedures, such as the insertion of a central venous catheter into one of the chest veins or the taking of biopsy samples from lung tissue, may lead to pneumothorax The administration of positive pressure ventilation, either mechanical ventilation or non-invasive ventilation, can result in barotrauma pressure-related injury leading to a pneumothorax12

Divers who breathe from an underwater apparatus are supplied with breathing gas at ambient pressure, which results in their lungs containing gas at higher than atmospheric pressure Divers breathing compressed air such as when scuba diving may suffer a pneumothorax as a result of barotrauma from ascending just 1 metre 3 ft while breath-holding with their lungs fully inflated21 An additional problem in these cases is that those with other features of decompression sickness are typically treated in a diving chamber with hyperbaric therapy; this can lead to a small pneumothorax rapidly enlarging and causing features of tension21


CT scan of the chest showing a pneumothorax on the person's left side right side on the image A chest tube is in place small black mark on the right side of the image, the air-filled pleural cavity black and ribs white can be seen The heart can be seen in the center

The thoracic cavity is the space inside the chest that contains the lungs, heart, and numerous major blood vessels On each side of the cavity, a pleural membrane covers the surface of lung visceral pleura and also lines the inside of the chest wall parietal pleura Normally, the two layers are separated by a small amount of lubricating serous fluid The lungs are fully inflated within the cavity because the pressure inside the airways is higher than the pressure inside the pleural space Despite the low pressure in the pleural space, air does not enter it because there are no natural connections to an air-containing passage, and the pressure of gases in the bloodstream is too low for them to be forced into the pleural space12 Therefore, a pneumothorax can only develop if air is allowed to enter, through damage to the chest wall or damage to the lung itself, or occasionally because microorganisms in the pleural space produce gas12

Chest-wall defects are usually evident in cases of injury to the chest wall, such as stab or bullet wounds "open pneumothorax" In secondary spontaneous pneumothoraces, vulnerabilities in the lung tissue are caused by a variety of disease processes, particularly by rupturing of bullae large air-containing lesions in cases of severe emphysema Areas of necrosis tissue death may precipitate episodes of pneumothorax, although the exact mechanism is unclear11 Primary spontaneous pneumothorax PSP has for many years been thought to be caused by "blebs" small air-filled lesions just under the pleural surface, which were presumed to be more common in those classically at risk of pneumothorax tall males due to mechanical factors In PSP, blebs can be found in 77% of cases, compared to 6% in the general population without a history of PSP22 As these healthy subjects do not all develop a pneumothorax later, the hypothesis may not be sufficient to explain all episodes; furthermore, pneumothorax may recur even after surgical treatment of blebs12 It has therefore been suggested that PSP may also be caused by areas of disruption porosity in the pleural layer, which are prone to rupture111222 Smoking may additionally lead to inflammation and obstruction of small airways, which account for the markedly increased risk of PSPs in smokers13 Once air has stopped entering the pleural cavity, it is gradually reabsorbed13

Tension pneumothorax occurs when the opening that allows air to enter the pleural space functions as a one-way valve, allowing more air to enter with every breath but none to escape The body compensates by increasing the respiratory rate and tidal volume size of each breath, worsening the problem Unless corrected, hypoxia decreased oxygen levels and respiratory arrest eventually follow14


The symptoms of pneumothorax can be vague and inconclusive, especially in those with a small PSP; confirmation with medical imaging is usually required13 In contrast, tension pneumothorax is a medical emergency and may be treated before imaging – especially if there is severe hypoxia, very low blood pressure, or an impaired level of consciousness In tension pneumothorax, X-rays are sometimes required if there is doubt about the anatomical location of the pneumothorax1416

Chest X-rayedit

Chest X-ray of left-sided pneumothorax seen on the right in this image The left thoracic cavity is partly filled with air occupying the pleural space The mediastinum is shifted to the opposite side Chest X-ray showing the features of pneumothorax

Traditionally a plain radiograph of the chest, ideally with the X-ray beams being projected from the back posteroanterior, or "PA", has been the most appropriate first investigation These are usually performed during maximal inspiration holding one's breath; no added information is gathered by obtaining a chest X-ray in expiration after exhaling1213 If the PA X-ray does not show a pneumothorax but there is a strong suspicion of one, lateral X-rays with beams projecting from the side may be performed, but this is not routine practice1317 It is not unusual for the mediastinum the structure between the lungs that contains the heart, great blood vessels and large airways to be shifted away from the affected lung due to the pressure differences This is not equivalent to a tension pneumothorax, which is determined mainly by the constellation of symptoms, hypoxia, and shock12

The size of the pneumothorax ie the volume of air in the pleural space can be determined with a reasonable degree of accuracy by measuring the distance between the chest wall and the lung This is relevant to treatment, as smaller pneumothoraces may be managed differently An air rim of 2 cm means that the pneumothorax occupies about 50% of the hemithorax13 British professional guidelines have traditionally stated that the measurement should be performed at the level of the hilum where blood vessels and airways enter the lung with 2 cm as the cutoff,13 while American guidelines state that the measurement should be done at the apex top of the lung with 3 cm differentiating between a "small" and a "large" pneumothorax23 The latter method may overestimate the size of a pneumothorax if it is located mainly at the apex, which is a common occurrence13 The various methods correlate poorly, but are the best easily available ways of estimating pneumothorax size1317 CT scanning see below can provide a more accurate determination of the size of the pneumothorax, but its routine use in this setting is not recommended23

Not all pneumothoraces are uniform; some only form a pocket of air in a particular place in the chest13 Small amounts of fluid may be noted on the chest X-ray hydropneumothorax; this may be blood hemopneumothorax12 In some cases, the only significant abnormality may be the "deep sulcus sign", in which the normally small space between the chest wall and the diaphragm appears enlarged due to the abnormal presence of fluid14

Computed tomographyedit

CT with the identification of underlying lung lesion: an apical bulla on the right side

Computed tomography CT, or "CAT scan" is not necessary for the diagnosis of pneumothorax, but it can be useful in particular situations In some lung diseases, especially emphysema, it is possible for abnormal lung areas such as bullae large air-filled sacs to have the same appearance as a pneumothorax on chest X-ray, and it may not be safe to apply any treatment before the distinction is made and before the exact location and size of the pneumothorax is determined13 In trauma, where it may not be possible to perform an upright film, chest radiography may miss up to a third of pneumothoraces, while CT remains very sensitive16

A further use of CT is in the identification of underlying lung lesions In presumed primary pneumothorax, it may help to identify blebs or cystic lesions in anticipation of treatment, see below, and in secondary pneumothorax it can help to identify most of the causes listed above1317


Ultrasound is commonly used in the evaluation of people who have sustained physical trauma, for example with the FAST protocol24 Ultrasound may be more sensitive than chest X-rays in the identification of pneumothorax after blunt trauma to the chest25 Ultrasound may also provide a rapid diagnosis in other emergency situations, and allow the quantification of the size of the pneumothorax Several particular features on ultrasonography of the chest can be used to confirm or exclude the diagnosis26


The treatment of pneumothorax depends on a number of factors, and may vary from discharge with early follow-up to immediate needle decompression or insertion of a chest tube Treatment is determined by the severity of symptoms and indicators of acute illness, the presence of underlying lung disease, the estimated size of the pneumothorax on X-ray, and – in some instances – on the personal preference of the person involved13

In traumatic pneumothorax, chest tubes are usually inserted If mechanical ventilation is required, the risk of tension pneumothorax is greatly increased and the insertion of a chest tube is mandatory1229 Any open chest wound should be covered with an airtight seal, as it carries a high risk of leading to tension pneumothorax Ideally, a dressing called the "Asherman seal" should be utilized, as it appears to be more effective than a standard "three-sided" dressing The Asherman seal is a specially designed device that adheres to the chest wall and, through a valve-like mechanism, allows air to escape but not to enter the chest30

Tension pneumothorax is usually treated with urgent needle decompression This may be required before transport to the hospital, and can be performed by an emergency medical technician or other trained professional1430 The needle or cannula is left in place until a chest tube can be inserted1430 If tension pneumothorax leads to cardiac arrest, needle decompression is performed as part of resuscitation as it may restore cardiac output31


Small spontaneous pneumothoraces do not always require treatment, as they are unlikely to proceed to respiratory failure or tension pneumothorax, and generally resolve spontaneously This approach is most appropriate if the estimated size of the pneumothorax is small defined as <50% of the volume of the hemithorax, there is no breathlessness, and there is no underlying lung disease1723 It may be appropriate to treat a larger PSP conservatively if the symptoms are limited13 Admission to hospital is often not required, as long as clear instructions are given to return to hospital if there are worsening symptoms Further investigations may be performed as an outpatient, at which time X-rays are repeated to confirm improvement, and advice given with regard to preventing recurrence see below13 Estimated rates of resorption are between 125% and 22% the volume of the cavity per day This would mean that even a complete pneumothorax would spontaneously resolve over a period of about 6 weeks13 There; however, is no high quality evidence comparing conservative to non conservative management32

Secondary pneumothoraces are only treated conservatively if the size is very small 1 cm or less air rim and there are limited symptoms Admission to the hospital is usually recommended Oxygen given at a high flow rate may accelerate resorption as much as fourfold1333


In a large PSP >50%, or in a PSP associated with breathlessness, some professional guidelines recommend that reducing the size by aspiration is equally effective as the insertion of a chest tube This involves the administration of local anesthetic and inserting a needle connected to a three-way tap; up to 25 liters of air in adults are removed If there has been significant reduction in the size of the pneumothorax on subsequent X-ray, the remainder of the treatment can be conservative This approach has been shown to be effective in over 50% of cases111317 Compared to tube drainage, first-line aspiration in PSP reduces the number of people requiring hospital admission significantly, without increasing the risk of complications34

Aspiration may also be considered in secondary pneumothorax of moderate size air rim 1–2 cm without breathlessness, with the difference that ongoing observation in hospital is required even after a successful procedure13 American professional guidelines state that all large pneumothoraces – even those due to PSP – should be treated with a chest tube23 Moderately sized iatrogenic traumatic pneumothoraces due to medical procedures may initially be treated with aspiration12

Chest tubeedit

A chest tube placed on the right for a pneumothorax

A chest tube or intercostal drain is the most definitive initial treatment of a pneumothorax These are typically inserted in an area under the axilla armpit called the "safe triangle", where damage to internal organs can be avoided; this is delineated by a horizontal line at the level of the nipple and two muscles of the chest wall latissimus dorsi and pectoralis major Local anesthetic is applied Two types of tubes may be used In spontaneous pneumothorax, small-bore smaller than 14 F, 47 mm diameter tubes may be inserted by the Seldinger technique, and larger tubes do not have an advantage13 In traumatic pneumothorax, larger tubes 28 F, 93 mm are used30

Chest tubes are required in PSPs that have not responded to needle aspiration, in large SSPs >50%, and in cases of tension pneumothorax They are connected to a one-way valve system that allows air to escape, but not to re-enter, the chest This may include a bottle with water that functions like a water seal, or a Heimlich valve They are not normally connected to a negative pressure circuit, as this would result in rapid re-expansion of the lung and a risk of pulmonary edema "re-expansion pulmonary edema" The tube is left in place until no air is seen to escape from it for a period of time, and X-rays confirm re-expansion of the lung131723

If after 2–4 days there is still evidence of an air leak, various options are available Negative pressure suction at low pressures of –10 to –20 cmH2O at a high flow rate may be attempted, particularly in PSP; it is thought that this may accelerate the healing of the leak Failing this, surgery may be required, especially in SSP13

Chest tubes are used first-line when pneumothorax occurs in people with AIDS, usually due to underlying pneumocystis pneumonia PCP, as this condition is associated with prolonged air leakage Bilateral pneumothorax pneumothorax on both sides is relatively common in people with pneumocystis pneumonia, and surgery is often required13

It is possible for a patient with a chest tube to be managed in an ambulatory care setting by using a Heimlich valve, although research to demonstrate the equivalence to hospitalization has been of limited quality35

Pleurodesis and surgeryedit

Pleurodesis is a procedure that permanently eliminates the pleural space and attaches the lung to the chest wall No long-term study 20 years or more has been performed on its consequences Good results in the short term are achieved with a thoracotomy surgical opening of the chest with identification of any source of air leakage and stapling of blebs followed by pleurectomy stripping of the pleural lining of the outer pleural layer and pleural abrasion scraping of the pleura of the inner layer During the healing process, the lung adheres to the chest wall, effectively obliterating the pleural space Recurrence rates are approximately 1%1113 Post-thoracotomy pain is relatively common

Video-assisted thoracoscopic surgery VATS wedge resection

A less invasive approach is thoracoscopy, usually in the form of a procedure called video-assisted thoracoscopic surgery VATS The results from VATS-based pleural abrasion are slightly worse than those achieved using thoracotomy in the short term, but produce smaller scars in the skin1113 Compared to open thoracotomy, VATS offers a shorter in-hospital stays, less need for postoperative pain control, and a reduced risk of lung problems after surgery13 VATS may also be used to achieve chemical pleurodesis; this involves insufflation of talc, which activates an inflammatory reaction that causes the lung to adhere to the chest wall1113

If a chest tube is already in place, various agents may be instilled through the tube to achieve chemical pleurodesis, such as talc, tetracycline, minocycline or doxycycline Results of chemical pleurodesis tend to be worse than when using surgical approaches,1113 but talc pleurodesis has been found to have few negative long-term consequences in younger people11


If pneumothorax occurs in a smoker, this is considered an opportunity to emphasize the markedly increased risk of recurrence in those who continue to smoke, and the many benefits of smoking cessation13 It may be advisable for someone to remain off work for up to a week after a spontaneous pneumothorax If the person normally performs heavy manual labor, several weeks may be required Those who have undergone pleurodesis may need two to three weeks off work to recover36

Air travel is discouraged for up to seven days after complete resolution of a pneumothorax if recurrence does not occur13 Underwater diving is considered unsafe after an episode of pneumothorax unless a preventative procedure has been performed Professional guidelines suggest that pleurectomy be performed on both lungs and that lung function tests and CT scan normalize before diving is resumed1323 Aircraft pilots may also require assessment for surgery13


A preventative procedure thoracotomy or thoracoscopy with pleurodesis may be recommended after an episode of pneumothorax, with the intention to prevent recurrence Evidence on the most effective treatment is still conflicting in some areas, and there is variation between treatments available in Europe and the US11 Not all episodes of pneumothorax require such interventions; the decision depends largely on estimation of the risk of recurrence These procedures are often recommended after the occurrence of a second pneumothorax37 Surgery may need to be considered if someone has experienced pneumothorax on both sides "bilateral", sequential episodes that involve both sides, or if an episode was associated with pregnancy13


The annual age-adjusted incidence rate AAIR of PSP is thought to be three to six times as high in males as in females Fishman3839 cites AAIR's of 74 and 12 cases per 100,000 person-years in males and females, respectively Significantly above-average height is also associated with increased risk of PSP – in people who are at least 76 inches 193 meters tall, the AAIR is about 200 cases per 100,000 person-years Slim build also seems to increase the risk of PSP38

The risk of contracting a first spontaneous pneumothorax is elevated among male and female smokers by factors of approximately 22 and 9, respectively, compared to matched non-smokers of the same sex40 Individuals who smoke at higher intensity are at higher risk, with a "greater-than-linear" effect; men who smoke 10 cigarettes per day have an approximate 20-fold increased risk over comparable non-smokers, while smokers consuming 20 cigarettes per day show an estimated 100-fold increase in risk38

In secondary spontaneous pneumothorax, the estimated annual AAIR is 63 and 20 cases per 100,000 person-years for males and females,1941 respectively, with the risk of recurrence depending on the presence and severity of any underlying lung disease Once a second episode has occurred, there is a high likelihood of subsequent further episodes11 The incidence in children has not been well studied,17 but is estimated to be between 5 and 10 cases per 100,000 person-years42

Death from pneumothorax is very uncommon except in tension pneumothoraces British statistics show an annual mortality rate of 126 and 062 deaths per million person-years in men and women, respectively13 A significantly increased risk of death is seen in older victims and in those with secondary pneumothoraces11


An early description of traumatic pneumothorax secondary to rib fractures appears in Imperial Surgery by Turkish surgeon Şerafeddin Sabuncuoğlu 1385–1468, which also recommends a method of simple aspiration43

Pneumothorax was described in 1803 by Jean Marc Gaspard Itard, a student of René Laennec, who provided an extensive description of the clinical picture in 181944 While Itard and Laennec recognized that some cases were not due to tuberculosis then the most common cause, the concept of spontaneous pneumothorax in the absence of tuberculosis primary pneumothorax was reintroduced by the Danish physician Hans Kjærgaard in 1932132245 In 1941, the surgeons Tyson and Crandall introduced pleural abrasion for the treatment of pneumothorax1346

Prior to the advent of anti-tuberculous medications, pneumothoraces were intentionally caused by healthcare providers in people with tuberculosis in an effort to collapse a lobe, or entire lung, around a cavitating lesion This was known as "resting the lung" It was introduced by the Italian surgeon Carlo Forlanini in 1888, and publicized by the American surgeon John Benjamin Murphy in the early 20th century after discovering the same procedure independently Murphy used the then recently discovered X-ray technology to create pneumothoraces of the correct size47


The word pneumothorax is from the Greek pneumo- meaning air and thorax meaning chest48 Its plural is pneumothoraces

Other animalsedit

Non-human animals may experience both spontaneous and traumatic pneumothorax Spontaneous pneumothorax is, as in humans, classified as primary or secondary, while traumatic pneumothorax is divided into open and closed with or without chest wall damage49 The diagnosis may be apparent to the veterinary physician because the animal exhibits difficulty breathing in, or has shallow breathing Pneumothoraces may arise from lung lesions such as bullae or from trauma to the chest wall50 In horses, traumatic pneumothorax may involve both hemithoraces, as the mediastinum is incomplete and there is a direct connection between the two halves of the chest51 Tension pneumothorax – the presence of which may be suspected due to rapidly deteriorating heart function, absent lung sounds throughout the thorax, and a barrel-shaped chest – is treated with an incision in the animal's chest to relieve the pressure, followed by insertion of a chest tube52


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  • ICD-10: J93, P251, S270
  • ICD-9-CM: 512, 860
  • OMIM: 173600
  • MeSH: D011030
  • DiseasesDB: 10195
External resources
  • MedlinePlus: 000087
  • eMedicine: article/432979 article/424547 article/360796 article/808162 article/827551 article/1003552
  • Patient UK: Pneumothorax

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