Gene/Protein Disease Symptom Drug Enzyme Compound
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Query: UMLS:C0034067 (emphysema)
 11,506 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

A 28-year-old man who manifested subcutaneous emphysema extending from the skull base and face to the chest, mediastinum and spinal epidural space following severe coughing caused by acute bronchitis is reported. Subcutaneous emphysema is a manifestation of non-surgical intrathoracic pathophysiology. In this patient percutaneous diagnostic peritoneal lavage resulted in the release of a large quantity of air and was negative for bleeding or contamination. No treatment other than antibiotics was prescribed. In this report, computer tomography study successfully demonstrated the areas of massive subcutaneous emphysema and the disappearance of the entrapped air, that might be absorbed into the tissues in the occupied sites within 7 days, except the air of epidural space, of a patient who manifested as a consequence of severe coughing caused by acute bronchitis.
Auris Nasus Larynx 1995
PMID:Massive subcutaneous emphysema, pneumomediastinum, and spinal epidural emphysema as complications of violent coughing: a case report. 856 4

We report a rare case of a barotraumatic blowout fracture of the orbit. A 32-year-old woman presented with sudden swelling of the right orbital region after vigorous nose blowing. Computed tomography scan revealed a blowout fracture of the medial wall of the right orbit with orbital emphysema and herniation of the orbital soft tissue. She was treated with prednisolone and an antibiotic, and did not show diplopia or visual disturbance. Three different theories have so far been proposed to explain the mechanism of blowout fractures, globe-to-wall contact theory, hydraulic theory, and bone conduction theory. The present case indicates that blowout fractures of the orbit can be induced solely by a sudden change of pressure, thereby suggesting the validity of the hydraulic theory.
Auris Nasus Larynx 2001 Aug
PMID:Barotraumatic blowout fracture of the orbit. 1148 72

We report a patient in whom subcutaneous emphysema developed shortly after a tonsillectomy. A 55-year-old female with a chronic tonsillitis underwent a tonsillectomy, and about 8 h after surgery complained of swelling to the left side of the face and neck. There was crepitus and local tenderness in the left side of the neck. A CT scan revealed subcutaneous emphysema. The mechanisms underlying emphysema after tonsillectomy are discussed.
Auris Nasus Larynx 2003 Feb
PMID:Subcutaneous emphysema secondary to tonsillectomy: a case report. 1254 79

Orbital emphysema (OE) is usually the result of a fracture of lamina papyrecea or maxillary roof allowing air to pass from the sinuses into the orbit. OE without evidence of any significant trauma is a rare occurrence. Thorough literature search revealed that no case of OE due to the rupture of internal laryngocele has been reported. A case is reported here of bilateral orbitopalpebral emphysema associated with internal laryngocele, in the absence of facial skeleton trauma, in a healthy young adult male. It should be kept in mind that laryngocele rupture would be one of the underlying causes of OE or OE would be the presenting symptom of laryngocele rupture.
Auris Nasus Larynx 2003 May
PMID:A case of orbital emphysema associated with internal laryngocele. 1275 94

Thyroidectomy is a commonly performed, low-risk procedure. Tracheal perforation during thyroidectomy is rare, and delayed rupture of the trachea rarer still. We present the case of a patient who underwent total thyroidectomy secondary to Grave's disease who, on postoperative day 7, developed massive subcutaneous emphysema and respiratory distress. Surgical exploration revealed a rupture of the anterolateral tracheal wall at the level of the first tracheal ring. The defect was repaired primarily and the patient recovered uneventfully. The risk factors for and the management of this rare complication are discussed.
Auris Nasus Larynx 2009 Feb
PMID:Delayed tracheal rupture following thyroidectomy. 1848 29

In otolaryngology, CO2 laser is the first and most commonly applied device. Such lasers as Ny:YAG generating visible light having wavelength 532 nm referred to as KTP laser due to the Name of the crystal where infrared light is converted to visible light. Such wavelenght, having green colour, due to strong absorption in haemoglobin is applied in treatments on tissues having dense blood vessels. The object of the work is to analyze larynx microsurgery laser treatments performer between 1994-2008 in the Otolaryngology Department of the Military Medical Institute CSK MON in Warsaw. The examination covered 445 patients including 142 women (31.9%) and 303 men (68.1%) aged between 12 and 80 (the average age of 48.2 year olds) who Were qualified in 1994-2003 for endoscopic laser surgery of the larynx. The operations field was watched using OPMI-11 operating microscope (Zeiss, Germany) allowing 4-16 times blow-up. Larynx laser microsurgery was performer using white laser beam: CO2 Illumina 40 (Heraeus LaserSonics, Germany) and green laser beam using KTP AURA XP laser (AMS, USA). The total of 445 larynx laser microsurgeries were performer. In recent years our clinic has seen an increase in the number of operations using this technique. The largest group were patients with recognized precancerous conditions (33.0%) and larynx carcinoma (26.4%). The next group in terms of the number of patients were 114 patients (20.6%) with recognized juvenile papilloma. Complications were observed in 180 patients. Table III show the type of recognized complications. The most commonly observed was swelling of the mucous membrane (48.3%), the rarest type was subcutaneous emphysema (3.3%). It was concluded that larynx laser microsurgery is a safe method and a valuable tool in treatment of larynx diseases, especially precancerous conditions and early forms of larynx carcinoma; that complications following procedure are relatively rare, usually mild, not life-threatening, and most often subsiding after a few days.
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PMID:[Application of lasers in treatment of larynx diseases]. 2056 6