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How do you assess a safe place to put a Nasogastric tube or Nasoenteric Tube, and Its complications

To prevent injury or even deaths, naogastric feeding tubes must be placed in a safe manner. New techniques and methods may help to reduce complications.Read more to find out why that may be the situation.

Lung collapse feeding tube Avoiding the Problems of Nasoenteric Tubes
A safe and secure placement of a Nasogastric or Nasoenteric tube requires the skills of a medical professional with high precision. safe nasogastric tube placement Flexible devices, nasogastric and the nasoenteric (NGT/NET) that pass through the nose into the stomach (or small bowel) provide a healthy diet and medical treatment of seriously sick patients or those undergoing surgery. https://www.facebook.com/ENvizionMed/ Unfortunately, there are complications in these tubes that can be prevented, as a study of Brazil exposes.


NGT/NET placement early is associated with reductions in infections, the preservation in the integrity of the mucosa of the gut, and improved gastrointestinal motility and immune responses.


NGT/NET could also improve patient outcomes. safe nasogastric tube placement It may improve the healing process, decrease complications and severity, reduce ICU durations, and can even lower mortality rate. They are especially beneficial for those at the end of life.

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The NG/NE feeding tube is installed using a variety techniques, including blind insertion as well as guidance devices.

There are two major complications associated with feeding tube malposition and are similar to other complications with tubes:


Aspiration pneumonia: The risk of developing aspiration pneumonia is greatly elevated by the presence NGT/NET inside the stomach or in the esophagus for patients who require small bowel feedings. Today 28 percent of tube malpositions end in pneumonia.
Inadvertently placed lungs 2-5 percent of NGT/NET are accidentally placed in the lung. This could result in an increase of 30% that the lung can collapse (pneumothorax). The misplacement in the lungs can even at times result in the death of a patient.
Healthcare providers should therefore be aware of the risks and implement high-quality and safe care methods.

This article will cover the causes of tube leaks, as well in the ways to confirm and avoid it. It will also present the ENvue technology, which assists medical personnel in navigating the feeding tube in order to avoid complications.

What Are the Signs and Symptoms of a Missing NGT/NET?
Numerous signs like increased breathing rate or blood pressure, coughs, asthma heart rate increases and decreased oxygen saturation can all indicate that the tube feeding you is incorrectly placed.

Healthcare workers should be able to identify hazards and implement security measures.



The blindness of feeding tube placement is the greatest risk of improper placement. Therefore, tube inspection is vital for optimal safety and ease of use.

To avoid further complications Practitioners must stop immediately feeding through the tube if they suspect misplacement. There are a variety of methods to determine the correct tube placement. Each technique's efficiency should be assessed in light of the patient's specific circumstance.

https://www.sciencetimes.com/articles/42390/20230214/feeding-tube-insertion-and-the-risk-of-lung-collapse.htm How can you determine if the place is safe? Enteral Feeding Tub Location
Before beginning EN to conduct EN, the accuracy of NGT/NET tube positioning must be confirmed by using an evidence-based method. There are a variety of valid methods for verification, including x-ray(radiography), pH reading, capnography ultrasound, and fluoroscopy.

A abdominal radiograph may be utilized to determine the position of a nasogastric or nasal tube. It allows you to view the entire route of the tube throughout the digestive system.


The Pennsylvania Patient Safety Reporting System (January 2017, from January 2017 to June 2020) found that 90.8 percent reported the use of the xrays and pH aspirates. In addition, 9.2% of the reports suggested that they had used methods of verification that were not recommended (e.g. the insertion of an air auscultation or bolus). These verifications can only be performed after the tube has been inserted.


Innovative technologies are now available to assist clinicians with placing a feeding tube. These devices use advanced navigation techniques, including sensors as well as body mapping, to ensure secure and swift tube placement. small bowel feeding tube They provide more assistance for medical professionals during the process.

ENvizion Medical has a new technology to enable NGT/NET navigation.
A promising NGT/NET placement device, ENvue(r), was launched to the market in recent years. It allows clinicians to properly insert a feeding tube into the small intestinal.

The ENvue navigation system is comprised of an electromagnetic (EM) field generator which emits EM waves that cover the thorax of the patient and the gastrointestinal tract. The EM field generator and a number of EM sensors are combined to create the body map of the patient. They also provide precise drawings, even when a patient moves.

There is an additional embedded sensor within the feeding tube distal tip , which activates when entering the field of electromagnetic waves.


The ENvue tracking system tracks the tube sensors through the digestive tract and shows relative tip position and placement pathway during the placement.


Based on ENvue's reports, each procedure starts with a simple registration utilizing anatomical landmarks that aligns the patient to the navigation system and ensures the most precise navigation.

The intuitive screen of ENvue provides multiple views at once (Frontal Axial and Lateral). The screen displays the patient's body contour along with the direction and direction of the tube sensor, in real-time with no lagging. Additionally the ENvue system alerts users whenever the tube's feed is not correctly directed to the airways, which may lead them to remove and then reinsert the tube.

There are many tools available for assessing the precise position of NGT/NET. NG tube positioning ENvue, however, is unique. This revolutionary technology blends body maps with built-in sensors, and continuously guiding the user. These functions have been able to change the method of navigation.


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