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Endotracheal Tube, Cuffed

Endobronchial Tube

One common complication of lung transplantation is hypertrophy of the endobronchial tubes, which block airflow from the smaller airways to the larger bronchi. In this article, we discuss a novel technique for removing endobronchial tubes without causing further damage to the lungs.

Description
  • Use for one-lung ventilation, in the OPS of bronchus, thoracic surgery and so on.
  • Made of medical grade PVC, transparent ,soft and smooth.
  • Available with left-sided and right-sided.
  • Different side of tubes distinguished by two different cuff.
  • Equipped with two suction catheters, one stylet and one switch connector.
  • Easily operate one-lung ventilation by switch connector Left and right sided size: 28Fr, 32Fr, 35Fr, 37Fr ,39Fr, 41Fr.
Ref.No: Left- sided Right- sided
NMR105028 28Fr /
NMR105032 32Fr /
NMR105035 35Fr /
NMR105037 37Fr /
NMR105039 39Fr /
NMR105041 41Fr /
NMR105029 / 28Fr
NMR105033 / 32Fr
NMR105036 / 35Fr
NMR105038 / 37Fr
NMR105040 / 39Fr
NMR105042 / 41Fr

Endobronchial Tube

One common complication of lung transplantation is hypertrophy of the endobronchial tubes, which block airflow from the smaller airways to the larger bronchi. In this article, we discuss a novel technique for removing endobronchial tubes without causing further damage to the lungs.

What is an endobronchial tube?

Endobronchial tubes are a type of artificial airway that is inserted through the mouth and into the lungs. Endobronchial tubes are used when a person cannot breathe on their own because they have a lung infection or when they have difficulty breathing because of a medical condition, such as emphysema.

Endobronchial tubes allow people to breathe without relying on help from others. This is especially important for people who are critically ill or for children who are too young to help them breathe on their own.

Most endobronchial tubes stay in the lungs for six to 12 months. After this time, the tube is removed through surgery. If the tube is still working properly, it may be left in the lung permanently.

How is an endobronchial tube used for one-lung ventilation?

When a patient is not able to breathe on their own due to a medical condition, an endobronchial tube may be used to help them breathe. This tube goes down into the patient's lungs and supplies them with oxygen from the air outside.

Advantages and disadvantages of endobronchial tube use for one-lung ventilation

Endobronchial tubes (EBMs) are a common form of assisted ventilation for people with lung disease. They allow people to breathe through a single opening in the chest, instead of through both their nose and mouth. There are two main benefits to using EBM: they’re easier to use than other forms of assisted ventilation, and they can help people breathe more easily and comfortably. However, there are also a few disadvantages to using EBM. First, they can be difficult to insert and remove, and they can be uncomfortable if they get stuck in the throat or windpipe. Second, EBM use can lead to increased risk of infection, since it bypasses the normal respiratory system defenses. Finally, EBM use is not always effective at breathing for people with severe lung disease.

The Endobronchial Tube, which is made of polyvinylchloride, is the tube that passes through the trachea between the vocal chords. It provides oxygen and inhaled gas to the lungs. Additionally, it protects them from any contamination such as blood or gastric contents. The development of the endotracheal tube closely follows advances in surgery and anesthesia. There have been modifications to reduce aspiration, isolate the lung, administer medication, and prevent fires in the airways. These advances are not enough to optimize the use of this device. For example, endotracheal tubes are implicated in the development of ventilator-associated pneumonia, which remains a major concern. This activity explains the contraindications and procedures involved in placing endotracheal tubes. It also highlights the importance of the interprofessional team when caring for patients who have undergone this procedure.
  • Recognize the indications and contraindications of endotracheal tube placement.
  • Describe possible complications associated with endotracheal tube installation
  • Draw the anatomy relevant to the placement and maintenance of an endotracheal tube.
  • Summarize an interprofessional team approach for effective care and surveillance of patients who have had endotracheal tubes placed.
The Endobronchial Tube (ETT), is an oxygen- and inhaled gas delivery tube that is used to deliver oxygen to the lungs. It was first used reliably in the early 1900s. It protects the lungs against contamination from gastric contents and blood. The development of the endotracheal tubes closely follows advances in anesthesia, surgery, and anesthesia. Modifications have been made for aspiration prevention, to isolate a lung, to administer medication, and to prevent airway fires. There are still many things that can be done to improve the use of the endotracheal tubes. For example, ventilator-associated pneumonia (VAP) is a major concern, and the ETT itself is felt to be a primary agent for the development of VAP.The pediatric ETT's can be sized according to age, with options for children as young as three years old and up. Pediatric endotracheal tubes used to be uncuffed because they were afraid that pressure from the cuff could cause damage to the trachea via pressure necrosis. The airway below the vocal chords (cricoid cartilage), is the narrowest part of the pediatric tube. The vocal cords are the narrowest part of the airway in adults. This practice was not used in neonatal patients. Instead, it has been largely abandoned for cuffed pediatric ETTs. To help you select the right ETT size, there are a few established criteria. Avail Endobronchial Tube at wholesale price only at Nexgen Medical. Order now healthcare products for your hospital & clinics. Worldwide shipping available. Endobronchial Tube