Drain tubes are usually needed after operations that involve the opening up of body cavities. The role of these tubes is to facilitate the removal of fluids from the sites for a few days. Depending on the type of operation, such fluids may include pus, serous secretions, blood or even mucous. There are a number of things that you need to know so as to effectively manage a drain tube after surgery.
There are two main mechanisms that are involved in removing the fluid: active and passive. The passive process is dependent on gravity. It involves the connection of a jar to the drain and its placement below the level of the patient. This differs from the active process in which a negative suction force has to be applied in the form of a suction machine or vacuum. The choice depends on the type of operation conducted, expected consistency of fluid and surgeon preference.
The tube will be left in place as long as active flow is being noticed. What this means is that most of the care related to it will be done while the patient is in the post-operative ward. Therefore, it is important that all the clinical staff in this department know how to maintain all the related pieces of equipment. Part of the care should involve regular inspections to check for signs of malfunction.
The inspections should ideally be done at four hour intervals. The routine is the same every time: ensure that the tube is not kinked or knotted, check for signs of leakage and oozing and to check that there is no blockage. Infections are a common complication and they may be localized or generalized. Elevated fevers, increased tenderness and redness around the insertion site are highly suggestive of infection.
Leakage is likely to be seen if the tube if the incision around the tube is not properly closed to form an air-tight seal. The same may occur if a patient is moved from one place to another. The stop-gap measure in such a situation is to reinforce the incision site with dressing and adhesive tape. If the leakage is too much, secondary closure using sutures may have to be done.
It is important that all the findings after each inspection are properly documented. This is especially important for the monitoring of the amount of fluid that is being drained; there is a need to know whether it is increasing or reducing. In the event that any abnormalities are noticed the head of the treatment team is informed so that the problem can be rectified.
Removal of the drain is done when it stops draining or if the amount that is released per day drops to less than 25 milliliters per day. A bit of pain may be experienced during the removal so it would be a good idea to take some pain killers beforehand. For those that have had the drain for a long time, granulation tissue may make it quite difficult to remove the tube.
Unless there is another problem that requires observation, patients can be released from hospital on the same day that the tube is removed. Antibiotics are usually given for several days as prophylaxis against infections and dressing is also continued. Patients should be warned to come back immediately for evaluation if there is excessive oozing from the site, if they develop a fever or if the area becomes tender and reddened.
There are two main mechanisms that are involved in removing the fluid: active and passive. The passive process is dependent on gravity. It involves the connection of a jar to the drain and its placement below the level of the patient. This differs from the active process in which a negative suction force has to be applied in the form of a suction machine or vacuum. The choice depends on the type of operation conducted, expected consistency of fluid and surgeon preference.
The tube will be left in place as long as active flow is being noticed. What this means is that most of the care related to it will be done while the patient is in the post-operative ward. Therefore, it is important that all the clinical staff in this department know how to maintain all the related pieces of equipment. Part of the care should involve regular inspections to check for signs of malfunction.
The inspections should ideally be done at four hour intervals. The routine is the same every time: ensure that the tube is not kinked or knotted, check for signs of leakage and oozing and to check that there is no blockage. Infections are a common complication and they may be localized or generalized. Elevated fevers, increased tenderness and redness around the insertion site are highly suggestive of infection.
Leakage is likely to be seen if the tube if the incision around the tube is not properly closed to form an air-tight seal. The same may occur if a patient is moved from one place to another. The stop-gap measure in such a situation is to reinforce the incision site with dressing and adhesive tape. If the leakage is too much, secondary closure using sutures may have to be done.
It is important that all the findings after each inspection are properly documented. This is especially important for the monitoring of the amount of fluid that is being drained; there is a need to know whether it is increasing or reducing. In the event that any abnormalities are noticed the head of the treatment team is informed so that the problem can be rectified.
Removal of the drain is done when it stops draining or if the amount that is released per day drops to less than 25 milliliters per day. A bit of pain may be experienced during the removal so it would be a good idea to take some pain killers beforehand. For those that have had the drain for a long time, granulation tissue may make it quite difficult to remove the tube.
Unless there is another problem that requires observation, patients can be released from hospital on the same day that the tube is removed. Antibiotics are usually given for several days as prophylaxis against infections and dressing is also continued. Patients should be warned to come back immediately for evaluation if there is excessive oozing from the site, if they develop a fever or if the area becomes tender and reddened.
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