tracheostomy tube

気管カニューレ。気管切開チューブ

WordNet

1. ride or float on an inflated tube; "We tubed down the river on a hot summer day"
2. conduit consisting of a long hollow object (usually cylindrical) used to hold and conduct objects or liquids or gases (同)tubing
3. electronic device consisting of a system of electrodes arranged in an evacuated glass or metal envelope (同)vacuum_tube, thermionic vacuum tube, thermionic_tube, electron_tube, thermionic_valve
4. (anatomy) any hollow cylindrical body structure (同)tube-shaped structure
5. convey in a tube; "inside Paris, they used to tube mail"
6. place or enclose in a tube
7. provide with a tube or insert a tube into
8. the amount that a tub will hold; "a tub of water" (同)tubful
9. a large open vessel for holding or storing liquids (同)vat
10. a surgical operation that creates an opening into the trachea with a tube inserted to provide a passage for air; performed when the pharynx is obstructed by edema or cancer or other causes (同)tracheotomy
11. of a tire; having an inner tube

PrepTutorEJDIC

1. (金属・ガラス・ゴムなどの)管,筒 / (絵の具・歯みがきなどの)チューブ / 《米》(列車・地下鉄の)トンネル / 《英》地下鉄(《米》subway) / (ラジオ・テレビなどの)真空管(vacuum tube) / (動植物の)管状器官
2. 『おけ』,たらい / 《話》'bath 2 / (また tubful)おけ1杯[の量](の…)《+of+名》 / 《話》のろくてぶかっこうな船;《俗》でぶ,太っちょ
3. 〈U〉管状の物 / 《集合的に》管類 / 〈C〉(ある長さの1本の)管

Wikipedia preview

出典(authority):フリー百科事典『ウィキペディア（Wikipedia）』「2015/05/23 07:44:14」(JST)

wiki en

[Wiki en表示]

This article is about the surgical procedure called a tracheotomy. For a similar procedure, see Cricothyrotomy.

Tracheotomy
Intervention
Completed tracheotomy: 1 - Vocal folds 2 - Thyroid cartilage 3 - Cricoid cartilage 4 - Tracheal rings 5 - Balloon cuff
ICD-10-PCS	0B110F4
ICD-9-CM	31.1
MeSH	D014140
MedlinePlus	002955

Tracheotomy (US /ˌtreɪkiˈɒtəmi/ tray-kee-AW-tə-mee) is a surgical procedure which consists of making an incision on the anterior aspect of the neck and opening a direct airway through an incision in the trachea (windpipe). The resulting stoma (hole), or tracheostomy, can serve independently as an airway or as a site for a tracheostomy tube to be inserted; this tube allows a person to breathe without the use of his or her nose or mouth. Both surgical and percutaneous techniques are widely used in current surgical practice. It is among the oldest described procedures.

Etymology and terminology

The etymology of the word tracheotomy comes from two Greek words: the root tom- (from Greek τομή) meaning "to cut", and the word trachea (Greek τραχεία). The word tracheostomy, including the root stom- (from Greek στόμα) meaning "mouth," refers to the making of a semi-permanent or permanent opening, and to the opening itself. Some sources offer different definitions of the above terms. Part of the ambiguity is due to the uncertainty of the intended permanence of the stoma at the time it is created.

Indications

In the acute setting, indications for tracheotomy include such conditions as severe facial trauma, neck cancers, large congenital tumors of the head and neck (e.g., branchial cleft cyst), and acute angioedema and inflammation of the head and neck. In the context of failed orotracheal or nasotracheal intubation, either tracheotomy or cricothyrotomy may be performed. In the chronic setting, indications for tracheotomy include the need for long-term mechanical ventilation and tracheal toilet (e.g. comatose patients, or extensive surgery involving the head and neck). For comatose patients or such needing long-term sedation, a significant reduction of duration of Intensive-care-unit-stay and administration of sedatives and vasopressors has been shown. In extreme cases, the procedure may be indicated as a treatment for severe Obstructive Sleep Apnea seen in patients intolerant of Continuous Positive Airway Pressure (CPAP) therapy. The reason tracheostomy works well as sleep surgery for obstructive sleep apnea is because it is the only surgical procedure that completely bypasses the upper airway. This procedure was commonly performed in the 1960-1980s for obstructive sleep apnea, until other procedures such as the uvulopalatopharyngoplasty, genioglossus advancement, and maxillomandibular advancement surgeries were described as alternative surgical modalities for OSA.

Surgical instruments

Tracheostomy tube (the bottom item is a guide to aid insertion)

As with most other surgical procedures, some cases are more difficult than others. Surgery on children is more difficult because of their smaller size. Difficulties such as a short neck and bigger thyroid glands make the trachea hard to open. There are other difficulties with patients with irregular necks, the obese, and those with a large goitre. The many possible complications include hemorrhage, loss of airway, subcutaneous emphysema, wound infections, stomal cellulites, fracture of tracheal rings, poor placement of the tracheotomy tube, and bronchospasm".

By the late 19th century, some surgeons had become proficient in performing the tracheotomy. The main instruments used were:

“Two small scalpels, one short grooved director, a tenaculum, two aneurysm needles which may be used as retractors, one pair of artery forceps, haemostatic forceps, two pairs of dissecting forceps, a pair of scissors, a sharp-pointed tenotome, a pair of tracheal forceps, a tracheal dilator, tracheotomy tubes, ligatures, sponges, a flexible catheter, and feathers”.

Haemostatic forceps were used to control bleeding from separated vessels that were not ligatured because of the urgency of the operation. Generally, they were used to expose the trachea by clamping the isthmus thyroid gland on both sides. To open the trachea physically, a sharp-pointed tentome allowed the surgeon easily to place the ends into the opening of the trachea. The thin points permitted the doctor a better view of his incision. Tracheal dilators, such as the “Golding Bird”, were placed through the opening and then expanded by “turning the screw to which they are attached.” Tracheal forceps, as displayed on the right, were commonly used to extract foreign bodies from the larynx. The optimum tracheal tube at the time caused very little damage to the trachea and “mucus membrane”.

The best position for a tracheotomy was and still is one that forces the neck into the biggest prominence. Usually, the patient was laid on his back on a table with a cushion placed under his shoulders to prop him up. The arms were restrained to ensure they would not get in the way later. The tools and techniques used today in tracheotomies have come a long way. The tracheotomy tube placed into the incision through the windpipe comes in various sizes, thus allowing a more comfortable fit and the ability to remove the tube in and out of the throat without disrupting support from a breathing machine. In today’s world general anesthesia is used when performing these surgeries, which makes it much more tolerable for the patient. Special tracheostomy tube valves (such as the Passy-Muir valve) have been created to assist people in their speech. The patient can inhale through the unidirectional tube. Upon expiration, pressure causes the valve to close, redirecting air around the tube, past the vocal folds, producing sound.

Significant improvements to surgical instruments for tracheotomy include the direct suction tracheotomy tube invented by Josephine G. Fountain (RN); she was awarded patent no. 3039469 in 1962 for the direct suction tracheotomy tube, which improved the ways mucous could be cleared from the trachea and increased patient breathing and comfort.

The tracheotomy underwent centuries of denial and rejection as well as much failure. Today, it is accepted and has saved the lives of hundreds of thousands of patients.

Percutaneous tracheotomy

While there were some earlier false starts, the first widely accepted percutaneous tracheotomy technique was described by Pat Ciaglia, a New York surgeon, in 1985. This technique involves a series of sequential dilatations using a set of seven dilators of progressively larger size. The next widely used technique was developed in 1989 by Bill Griggs, an Australian intensive care specialist. This technique involves the use of a specially modified pair of forceps with a central hole enabling them to pass over a guidewire enabling the performance of the main dilation in a single step. Since then a number of other techniques have been described. In 1995, Fantoni developed a translaryngeal approach of percutaneous tracheostomy which involves passing a guidewire through the larynx and over it railroading a tracheostomy tube with a cone shaped structure. It is also known as the In-and-out procedure. A variant of the original Ciaglia technique, using a single tapered dilator known as a "blue rhino", is the most commonly used of these newer techniques and has largely taken over from the early multiple dilator technique. Ambesh SP (2005) introduced a T-Trach kit (T-Dagger) which contains a T-shaped dilator with an elliptical shaft. The shaft of the dilator is marked in its length according to the sizes of tracheostomy tube to be introduced and has a number of holes. This T-shaped dilator provides better grip during its introduction and its elliptical shaft forms a calibrated tracheal stoma between two tracheal rings and minimizes tracheal ring fracture. The Griggs and Ciaglia Blue Rhino techniques are the two main techniques in current use. A number of comparison studies have been undertaken between these two techniques with no clear differences emerging

Complications

A 2000 Spanish study of bedside percutaneous tracheostomy reported overall complication rates of 10–15% and a procedural mortality of 0%, which is comparable to those of other series reported in the literature from the Netherlands and the United States.

A 2003 American cadaveric study identified multiple tracheal ring fractures with the Ciaglia Blue Rhino technique as a complication occurring in 100% of their small series of cases. The comparative study above also identified ring fractures in 9 of 30 live patients while another small series identified ring fractures in 5 of their 20 patients. The long term significance of tracheal ring fractures is unknown.

The translaryngeal tracheostomy TLT Fantoni method

The translaryngeal tracheostomy is a percutaneous technique characterized by the exclusive procedure to carry out the stoma. A cone of soft plastic material, welded to a flexible cannula, is passed into trachea through the glottis, and then extracted outside of the neck through the pretracheal layers. The direction of this dilational manoeuvre is from the inside of the tracheal lumen to the outside of the neck (In/Out) and therefore completely opposite to the Out/In of other traditional percutaneous tracheostomies. The cone is then separated from the cannula, which results in it being positioned in the trachea. This method ensures considerable advantages, two of which are of particular importance: the abolition of the risk of perforation of the posterior wall and the reduction of local trauma to a level that is unlikely to be further lowered. The use of a ventilation catheter during the time of the procedure allows full control of the airway and to extend the indications of the technique to patients with severe respiratory failure. Go to website www.translaryngealtracheostomyfantoni.it for details [3].

Alternatives

Biphasic cuirass ventilation is a form of non-invasive mechanical ventilation that can in many cases allow patients an alternative mode of respiratory support, allowing patients to avoid an invasive tracheostomy and its many complications. While this method has not been proven to help in every case, it has been shown to be an effective alternative for many.

History

Prior to 16th century

Tracheotomy was first depicted on Egyptian artifacts in 3600 BC. It was described in the Rigveda, a Sanskrit text, circa 2000 BC. Homerus of Byzantium is said to have written of Alexander the Great saving a soldier from suffocation by making an incision with the tip of his sword in the man's trachea. Hippocrates condemned the practice of tracheotomy as incurring an unacceptable risk of damage to the carotid artery. Warning against the possibility of death from inadvertent laceration of the carotid artery during tracheotomy, he instead advocated the practice of tracheal intubation. Because surgical instruments were not sterilized at that time, infections following surgery also produced numerous complications, including dyspnea, often leading to death.

Despite the concerns of Hippocrates, it is believed that an early tracheotomy was performed by Asclepiades of Bithynia, who lived in Rome around 100 BC. Galen and Aretaeus, both of whom lived in Rome in the 2nd century AD, credit Asclepiades as being the first physician to perform a non-emergency tracheotomy. Antyllus, another Roman physician of the 2nd century AD, supported tracheotomy when treating oral diseases. He refined the technique to be more similar to that used in modern times, recommending that a transverse incision be made between the third and fourth tracheal rings for the treatment of life-threatening airway obstruction. Antyllus (whose original writings were lost but not before they were preserved by the Greek historian Oribasius) wrote that tracheotomy was not effective however in cases of severe laryngotracheobronchitis because the pathology was distal to the operative site. In AD 131, Galen clarified the anatomy of the trachea and was the first to demonstrate that the larynx generates the voice.

By AD 700, the tracheotomy was well described in Indian and Arabian literature, although it was rarely practiced on humans. In 1000, Abu al-Qasim al-Zahrawi (936-1013), an Arab who lived in Arabic Spain, published the 30-volume Kitab al-Tasrif, the first illustrated work on surgery. He never performed a tracheotomy, but he did treat a slave girl who had cut her own throat in a suicide attempt. Al-Zahrawi (known to Europeans as Albucasis) sewed up the wound and the girl recovered, thereby proving that an incision in the larynx could heal. Circa AD 1020, Avicenna (980-1037) described tracheal intubation in The Canon of Medicine in order to facilitate breathing. The first correct description of the tracheotomy operation for treatment of asphyxiation was described by Ibn Zuhr (1091–1161) in the 12th century. According to Mostafa Shehata, Ibn Zuhr (also known as Avenzoar) successfully practiced the tracheotomy procedure on a goat, justifying Galen's approval of the operation.

16th-18th centuries

The European Renaissance brought with it significant advances in all scientific fields, particularly surgery. Increased knowledge of anatomy was a major factor in these developments. Surgeons became increasingly open to experimental surgery on the trachea. During this period, many surgeons attempted to perform tracheotomies, for various reasons and with various methods. Many suggestions were put forward, but little actual progress was made toward making the procedure more successful. The tracheotomy remained a dangerous operation with a very low success rate, and many surgeons still considered the tracheotomy to be a useless and dangerous procedure. The high mortality rate for this operation, which had not improved, supports their position.

From the period 1500 to 1832 there are only 28 known reports of tracheotomy. In 1543, Andreas Vesalius (1514–1564) wrote that tracheal intubation and subsequent artificial respiration could be life-saving. Antonio Musa Brassavola (1490–1554) of Ferrara treated a patient suffering from peritonsillar abscess by tracheotomy after the patient had been refused by barber surgeons. The patient apparently made a complete recovery, and Brassavola published his account in 1546. This operation has been identified as the first recorded successful tracheostomy, despite many ancient references to the trachea and possibly to its opening. Ambroise Paré (1510–1590) described suture of tracheal lacerations in the mid-16th century. One patient survived despite a concomitant injury to the internal jugular vein. Another sustained wounds to the trachea and esophagus and died.

Hieronymus Fabricius

Towards the end of the 16th century, anatomist and surgeon Hieronymus Fabricius (1533–1619) described a useful technique for tracheotomy in his writings, although he had never actually performed the operation himself. He advised using a vertical incision and was the first to introduce the idea of a tracheostomy tube. This was a straight, short cannula that incorporated wings to prevent the tube from advancing too far into the trachea. He recommended the operation only as a last resort, to be used in cases of airway obstruction by foreign bodies or secretions. He counseled that the operation should be performed only as a last option. Fabricius' description of the tracheotomy procedure is similar to that used today. Julius Casserius (1561–1616) succeeded Fabricius as professor of anatomy at the University of Padua and published his own writings regarding technique and equipment for tracheotomy. Casserius recommended using a curved silver tube with several holes in it. Marco Aurelio Severino (1580–1656), a skillful surgeon and anatomist, performed multiple successful tracheotomies during a diphtheria epidemic in Naples in 1610, using the vertical incision technique recommended by Fabricius. He also developed his own version of a trocar.

In 1620 the French surgeon Nicholas Habicot (1550–1624), surgeon of the Duke of Nemours and anatomist, published a report of four successful "bronchotomies" which he had performed. One of these is the first recorded case of a tracheotomy for the removal of a foreign body, in this instance a blood clot in the larynx of a stabbing victim. He also described the first tracheotomy to be performed on a pediatric patient. A 14 year old boy swallowed a bag containing 9 gold coins in an attempt to prevent its theft by a highwayman. The object became lodged in his esophagus, obstructing his trachea. Habicot performed a tracheotomy, which allowed him to manipulate the bag so that it passed through the boy's alimentary tract, apparently with no further sequelae. Habicot suggested that the operation might also be effective for patients suffering from inflammation of the larynx. He developed equipment for this surgical procedure which displayed similarities to modern designs (except for his use of a single-tube cannula).

Sanctorius (1561–1636) is believed to be the first to use a trocar in the operation, and he recommended leaving the cannula in place for a few days following the operation. Early tracheostomy devices are illustrated in Habicot’s Question Chirurgicale and Julius Casserius' posthumous Tabulae anatomicae in 1627. Thomas Fienus (1567–1631), Professor of Medicine at the University of Louvain, was the first to use the word "tracheotomy" in 1649, but this term was not commonly used until a century later. Georg Detharding (1671–1747), professor of anatomy at the University of Rostock, treated a drowning victim with tracheostomy in 1714.

19th century

In the 1820s, the tracheotomy began to be recognized as a legitimate means of treating severe airway obstruction. In 1832, French physician Pierre Bretonneau employed it as a last resort to treat a case of diphtheria. In 1852, Bretonneau's student Armand Trousseau reported a series of 169 tracheotomies (158 of which were for croup, and 11 for "chronic maladies of the larynx") In 1858, John Snow was the first to report tracheotomy and cannulation of the trachea for the administration of chloroform anesthesia in an animal model. In 1871, the German surgeon Friedrich Trendelenburg (1844–1924) published a paper describing the first successful elective human tracheotomy to be performed for the purpose of administration of general anesthesia. In 1880, the Scottish surgeon William Macewen (1848–1924) reported on his use of orotracheal intubation as an alternative to tracheotomy to allow a patient with glottic edema to breathe, as well as in the setting of general anesthesia with chloroform. At last, in 1880 Morrell Mackenzie's book discussed the symptoms indicating a tracheotomy and when the operation is absolutely necessary.

20th century

In the early 20th century, physicians began to use the tracheotomy in the treatment of patients afflicted with paralytic poliomyelitis who required mechanical ventilation. However, surgeons continued to debate various aspects of the tracheotomy well into the 20th century. Many techniques were described and employed, along with many different surgical instruments and tracheal tubes. Surgeons could not seem to reach a consensus on where or how the tracheal incision should be made, arguing whether the "high tracheotomy" or the "low tracheotomy" was more beneficial. The currently used surgical tracheotomy technique was described in 1909 by Chevalier Jackson of Pittsburgh, Pennsylvania. Jackson emphasised the importance of postoperative care, which dramatically reduced the death rate. By 1965, the surgical anatomy was thoroughly and widely understood, antibiotics were widely available and useful for treating postoperative infections, and other major complications had also become more manageable.

In popular culture

• In 1973 in the 19th television season of Gunsmoke (episode 598), toward the end of the series, a backwoods community wants to hang part-time deputy and doctor-in-training, Newly O'Brian (played by Buck Taylor) for a failed emergency tracheotomy he performed. This fictional event was supposed to have occurred in the U.S. "Old West" (Kansas area) in the mid to late 1800s.

• In ninth episode of season five of the M*A*S*H (TV series) ("Mulchay's War") in 1976, Father Mulcahy (played by William Christopher) performs an emergency tracheotomy in the field, guided by Hawkeye Pierce (played by Alan Alda) over the army two-way radio. This fictional event was supposed to have occurred during the Korean War in the early 1950s.

• In the 1975 novel Julia by Peter Straub, the action is precipitated when the titular heroine attempts an emergency tracheotomy on her choking child.

• In the 2008 filmSaw V detective Peter Strahm does this to himself by a ballpoint pen, preventing him from drowning in one of the antagonist's traps.

• In the season 8 episode Twenty Vicodin (2011) of the American medical drama House, the protagonist Dr. Gregory House performs an emergency tracheotomy procedure while in prison, using only a modified ballpoint pen he had in his hand at the time.

• In the Australian soap opera Neighbours, Karl Kennedy has to perform an emergency tracheotomy on his son Malcolm, in a 2011 episode when his windpipe is crushed. In 2014, Karl talks his wife, Susan, through an emergency tracheotomy when Lou Carpenter chokes on a piece of food, while trapped under a fallen beam.

• In the 2013 American comedy film The Heat, Sandra Bullock's character performs an unnecessary emergency tracheotomy on a choking man.

See also

• Laryngotomy
• Cricothyrotomy

References

External links

• Plotnikow GA, Roux N, Feld V et al. (October 2013). "Evaluation of tracheal cuff pressure variation in spontaneously breathing patients". International Journal of Critical Illness and Injury Science 3 (4): 262–8. doi:10.4103/2229-5151.124148. PMC 3891193. PMID 24459624.  CS1 maint: Explicit use of et al. (link)
• Tracheotomy Info (A Community For Tracheotomy-wearers and the people who love them) at tracheotomy.info
• Tracheostomy Products and Support (Online resource for tracheostomy products, supplies and support) at trachs.com
• Aaron's tracheostomy page (Caring for a tracheostomy) at tracheostomy.com
• (Pictures with video clipping) at drtbalu.com
• [1]
• [2]
• "Tracheotomy" at Dorland's Medical Dictionary

• Smiths Medical Tracheostomy Training Videos
• A Video of Rescue Breathing for Laryngectomees and Neck Breathers
• "Book of Simplification Concerning Therapeutics and Diet", is a manuscript from 1497 that discusses tracheotomies
• Site and blog with information about tracheostomies
• Global Tracheostomy Collaborative. International collaborative with resources for hospitals, caregivers, and patients about tracheostomies, including international research
• [3]
• Dilatational Tracheostomy On An Intensive Care Unit

UpToDate Contents

全文を閲覧するには購読必要です。 To read the full text you will need to subscribe.

• 1. 気管切開の概要 overview of tracheostomy
• 2. 気管内チューブのマネージメントおよび合併症 endotracheal tube management and complications
• 3. 小児における気管切開チューブおよび気管内挿管が関連した気管気管支炎 tracheobronchitis associated with tracheostomy tubes and endotracheal intubation in children
• 4. 成人における吸入剤の到達 delivery of inhaled medication in adults
• 5. 成人における気管軟化症および気管気管支軟化症 tracheomalacia and tracheobronchomalacia in adults

English Journal

• Management and maintenance of the airway in cervical necrotising fasciitis: a retrospective analysis of 15 cases.

• Chen SJ1, Ji N2, Chen YX3, Zhao SJ4, Xiao JR3, Lin XM3, Han XX3.
• The British journal of oral & maxillofacial surgery.Br J Oral Maxillofac Surg.2015 Sep;53(7):642-6. doi: 10.1016/j.bjoms.2015.04.017. Epub 2015 May 14.
• Cervical necrotising fasciitis is a progressive deep infection of the neck associated with high mortality, and skillful management of the airway is critical for operations under general anaesthesia. Tracheostomy under local anaesthesia has been considered the gold standard of airway management in pa
• PMID 25981627

• Assessment of the Efficacy of Submental Intubation in the Management of Midfacial and Panfacial Trauma Patients.

• Kumar KA1, Kumar BP1, Mohan AP1, Masram AK1, Tyro D1, Gandla D1.
• Journal of maxillofacial and oral surgery.J Maxillofac Oral Surg.2015 Sep;14(3):674-81. doi: 10.1007/s12663-014-0684-y. Epub 2014 Sep 2.
• INTRODUCTION: Securing an airway in maxillofacial injuries remains a challenge and is an important objective on the part of a maxillofacial surgeon to thoroughly understand its management.PURPOSE: The aim of this study was to evaluate the efficacy and complications of submental intubation in the man
• PMID 26225061

• Albuterol Delivery via Facial and Tracheostomy Route in a Model of a Spontaneously Breathing Child.

• Cooper B1, Berlinski A2.
• Respiratory care.Respir Care.2015 Aug 18. pii: respcare.04142. [Epub ahead of print]
• BACKGROUND: Some pediatric patients receiving therapeutic aerosols undergo tracheostomy, and others who are tracheostomized continue requiring inhaled therapies upon decannulation. It is unknown whether a dose adjustment is required. Different devices are available for facial and tracheostomy delive
• PMID 26286736

Japanese Journal

• A Case of Tracheoinnominate Artery Fistula after Tracheostomy

• 前田 昌宏,久保 篤彦,渡辺 正英,坂本 雄大,綾部 純一,田中 良英
• Japanese Journal of Neurosurgery 22(2), 141-145, 2013
• …   We report a case of acquired tracheoinnominate artery fistula (TIF) at 6 months after tracheostomy in a 78-year-old woman. … She had massive hemorrhage from the stoma when the tracheostomy tube cuff was deflated. … The patient died the next day because of massive rebleeding.  TIF, a highly fatal complication of tracheostomy (incidence rate, 0.1%-4%), mostly occurs within 48 h to 4 weeks after tracheostomy. …
• NAID 130003379596

• A Case of Laryngeal Closure for Dysphagia Following Percutaneous Dilatational Tracheostomy

• 大田 隆之,西山 耕一郎,松井 和夫,呉 晃一,江洲 欣彦,三好 豊,木下 佳奈
• 耳鼻咽喉科臨床 106(3), 253-260, 2013
• … In recent years, there are many reports about percutaneous dilatational tracheostomy (PDT). … Because of the dysphagia and difficulty in the management of the tracheotomy tube, she was referred to us. … As the procedure is performed blindly, the tube may not be placed medially in the trachea or it may happen to break tracheal cartilages. …
• NAID 130003374033

• 気管切開術後の有茎性肉芽病変に対し全身ステロイド投与によりその大きさの縮小が得られ安全にスネア焼灼術をし得た1症例

• 狩野 芙美,岩本 信一,須谷 顕尚,久良木 隆繁,礒部 威
• 気管支学 : 日本気管支研究会雑誌 34(6), 599-603, 2012-11-25
• 背景.気管切開術後の肉芽病変形成が引き起こす気道狭窄は深刻な中枢気道狭窄の原因の1つである.今回ステロイドの全身投与により肉芽病変の縮小が得られ,安全にスネア焼灼術をし得た症例を経験したので報告する.症例. 60歳代 男性.舌癌に対する手術の際に気管切開術を行い,術後13日目に気管カニュラを抜去した.術後3か月ごろより呼気時の気道閉塞感が出現し,仰臥位や左側臥位での呼吸困難感が徐々に増悪したため, …
• NAID 110009562568

Related Links

• Tracheostomy tube | definition of tracheostomy tube by ...

tube [to b] a hollow cylindrical organ or instrument. adj., adj tu´bal. auditory tube eustachian tube. Blakemore-Sengstaken tube Sengstaken-Blakemore tube. chest tube see chest tube. Dobhoff tube a small-lumen feeding tube that can ...

• Types of Tracheostomy Tubes - Aaron's Tracheostomy Page

Types of Tracheostomy Tubes A tracheostomy (trach) tube is a curved tube that is inserted into a tracheostomy stoma (the hole made in the neck and windpipe). There are several different brands of tracheostomy tubes, but all have ...

Related Pictures

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★リンクテーブル★

リンク元	「気管カニューレ」「気管切開チューブ」
関連記事	「tube」

「気管カニューレ」

　　[★]

英

tracheal cannula, tracheostomy tube

同

気管套管 cannula for tracheostoma、気管切開チューブ tracheostomy tube、気管切開カニューレ tracheostomic cannula

「気管切開チューブ」

　　[★] 気管カニューレ。tracheostomy tube

「tube」

　　[★]

• n.

• 管、チューブ

関

canal、duct、ductal、ductus、meatus、pipe、tubal、vas