How To Carry Out Surgical Drain Management
Drains are used in a variety of orthopedic, general surgery and cardiac procedures. Effective surgical drain management will prevent infections, promote faster healing and reduce pain after surgery. Patients who have undergone these procedures need to be managed well to prevent the situation from worsening.
The kind of attention given to the drains depends on its type. They are used to carry out lymph, serum and blood, among other fluid materials from a wound or surgery scene. Failure to remove these fluids leads to unnecessary pressure on the surrounding vessels, organs and nerves. This pressure will cause a malfunction. A decrease in perfusion on the area where surgery has been conducted is as a result of pressure. This will affect the rate of healing. Fluid buildup exposes you to bacterial attack.
Fluid removal can either be through active or passive drainage. Passive takes advantage of natural force of gravity while active drainage requires the use of a vacuuming machine. A wall sanction may also be used in place of the vacuuming device. The choice of active or passive drainage depends on availability and the level of flooding that needs to be contained. The decision is made by the surgeon.
The use of drains during surgery and healing processes comes with a host of complications. The process of inserting the tube, maintaining it in position and removing it is very painful. Neighboring tissues are destroyed as tubes rub against them. This leads to further complication. The tubes and the area where there is an incision are also prone to bacterial attack leading to infections.
The complication of using a drain worsens as the days go by. The risk of infection rises several folds by the third and fourth day. Nearby tissues are significantly damaged at the time through rubbing. The best way to handle the situation is to place it so that it reaches the wound and the skin through the shortest distance. The route used should also be the safest for the patient. This means that it will exert the least pressure and to the least number of tissues.
The body will always resist any foreign body including the tube. This will cause encasing that is likely to reduce the effectiveness of your drain. This calls for constant monitoring so that the tube functions optimally. For easy and effective monitoring, the tubes must be labeled clearly and managed consistently.
Regular monitoring is important. Check the color, quality of drainage and consistency. A sanguineous appearance characterizes the initial stages. The fluid is red and thick because of blood leftovers on the area where the operation was carried out. The staff handling the patient should be aware of the type of fluid expected based on the location and type of operation carried out.
There is a gradual reduction in drainage volume as the fluid becomes thinner. This change should be documented and tracked to facilitate intervention if it goes against expectations. Sterile handling techniques should be used at all times ensuring that the work is not delegated to trainees at any one time. Only a qualified surgeon should authorize removal after monitoring the behavior of drainage over time. This eases prediction of the next course of action after determining if the procedure is successful or not.
The kind of attention given to the drains depends on its type. They are used to carry out lymph, serum and blood, among other fluid materials from a wound or surgery scene. Failure to remove these fluids leads to unnecessary pressure on the surrounding vessels, organs and nerves. This pressure will cause a malfunction. A decrease in perfusion on the area where surgery has been conducted is as a result of pressure. This will affect the rate of healing. Fluid buildup exposes you to bacterial attack.
Fluid removal can either be through active or passive drainage. Passive takes advantage of natural force of gravity while active drainage requires the use of a vacuuming machine. A wall sanction may also be used in place of the vacuuming device. The choice of active or passive drainage depends on availability and the level of flooding that needs to be contained. The decision is made by the surgeon.
The use of drains during surgery and healing processes comes with a host of complications. The process of inserting the tube, maintaining it in position and removing it is very painful. Neighboring tissues are destroyed as tubes rub against them. This leads to further complication. The tubes and the area where there is an incision are also prone to bacterial attack leading to infections.
The complication of using a drain worsens as the days go by. The risk of infection rises several folds by the third and fourth day. Nearby tissues are significantly damaged at the time through rubbing. The best way to handle the situation is to place it so that it reaches the wound and the skin through the shortest distance. The route used should also be the safest for the patient. This means that it will exert the least pressure and to the least number of tissues.
The body will always resist any foreign body including the tube. This will cause encasing that is likely to reduce the effectiveness of your drain. This calls for constant monitoring so that the tube functions optimally. For easy and effective monitoring, the tubes must be labeled clearly and managed consistently.
Regular monitoring is important. Check the color, quality of drainage and consistency. A sanguineous appearance characterizes the initial stages. The fluid is red and thick because of blood leftovers on the area where the operation was carried out. The staff handling the patient should be aware of the type of fluid expected based on the location and type of operation carried out.
There is a gradual reduction in drainage volume as the fluid becomes thinner. This change should be documented and tracked to facilitate intervention if it goes against expectations. Sterile handling techniques should be used at all times ensuring that the work is not delegated to trainees at any one time. Only a qualified surgeon should authorize removal after monitoring the behavior of drainage over time. This eases prediction of the next course of action after determining if the procedure is successful or not.
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