Generally, instances of fluid collecting near areas in the body that have undergone surgeries can happen. This leads to higher chances of being infected or development of other problems. Owing to this reason, surgeons use surgical drains to drains away the fluid. Preventing such infections calls for surgical drain management, this is very important.
Surgical drains simply are thin tubes made of rubber that is inserted to the wounded area so to carry away fluids like pus or blood from these wounds. However, the insertions do not prevent infections and may not bring about faster healing to the wound. Instead, they take away fluids, which could lead to infections and other complications that result from the retained blood. The physician provides precise instructions concerning the duration that the drain should take and its removal generally happens with a significant drop of fluid collected or with none.
There are different types of drains that work differently. This includes active or passive surgical drains. Passive drains rely on gravity to take away fluid from wounds, as active drains remain attached to a vacuum device or a wall suction. Surgeons will select the preferred type, which fits the site operated on and the expected drainage.
Drains can present potential problems such as providing a pathway for access to the wound by bacteria hence leading to infections. Generally, there are higher risks of contracting infections from the third to the fourth day. Around this time, there is also a higher risk of mechanical damages to surrounding tissues. Minimizing these risks will require the surgeon to insert drains following the shortest as well as the safest route to the skin. This ensures that there is no great pressure exerted by the drain to the tissues adjacent.
The systematic approach of care and managing of drains significantly reduces cases of complications and the level of drainage. Following the insertion of the drains, thick dark red blood emanating from blood left over from the operation accompanies the drainage. The fluid drops with the healing of the wound as the drainage becomes thinner and changes color to pink because less blood is produced. When blood completely disappears, the drainage transforms to pale yellow and thin and ultimately trickles slowly.
Management of drains is usually governed by the purpose, type and the location of the drain. Generally, the main reason for inserting the surgical drains is to remove fluid or air from surgery area. It is, therefore, important to follow instructions from the surgeon.
In order to avoid clogs, the tubes are squeezed to permit proper drainage. A doctor provides guidelines on the suitable time to squeeze for instance, whenever you observe a clog that prevents draining of the fluid. Additionally, if you observe some fluid leakage next to a tube directed to the skin then squeezing becomes the best care management.
Removing surgical drains is usually carried out once no more fluid comes out or goes below 25 ml in a day. Nonetheless, the duration could be shortened with a gradual removal of the drains by about 2 cm in a day to permit gradual healing.
Surgical drains simply are thin tubes made of rubber that is inserted to the wounded area so to carry away fluids like pus or blood from these wounds. However, the insertions do not prevent infections and may not bring about faster healing to the wound. Instead, they take away fluids, which could lead to infections and other complications that result from the retained blood. The physician provides precise instructions concerning the duration that the drain should take and its removal generally happens with a significant drop of fluid collected or with none.
There are different types of drains that work differently. This includes active or passive surgical drains. Passive drains rely on gravity to take away fluid from wounds, as active drains remain attached to a vacuum device or a wall suction. Surgeons will select the preferred type, which fits the site operated on and the expected drainage.
Drains can present potential problems such as providing a pathway for access to the wound by bacteria hence leading to infections. Generally, there are higher risks of contracting infections from the third to the fourth day. Around this time, there is also a higher risk of mechanical damages to surrounding tissues. Minimizing these risks will require the surgeon to insert drains following the shortest as well as the safest route to the skin. This ensures that there is no great pressure exerted by the drain to the tissues adjacent.
The systematic approach of care and managing of drains significantly reduces cases of complications and the level of drainage. Following the insertion of the drains, thick dark red blood emanating from blood left over from the operation accompanies the drainage. The fluid drops with the healing of the wound as the drainage becomes thinner and changes color to pink because less blood is produced. When blood completely disappears, the drainage transforms to pale yellow and thin and ultimately trickles slowly.
Management of drains is usually governed by the purpose, type and the location of the drain. Generally, the main reason for inserting the surgical drains is to remove fluid or air from surgery area. It is, therefore, important to follow instructions from the surgeon.
In order to avoid clogs, the tubes are squeezed to permit proper drainage. A doctor provides guidelines on the suitable time to squeeze for instance, whenever you observe a clog that prevents draining of the fluid. Additionally, if you observe some fluid leakage next to a tube directed to the skin then squeezing becomes the best care management.
Removing surgical drains is usually carried out once no more fluid comes out or goes below 25 ml in a day. Nonetheless, the duration could be shortened with a gradual removal of the drains by about 2 cm in a day to permit gradual healing.
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Learn about surgical drain management and how to record your progress on an excel spreadsheet. To know more, visit this website at http://www.medicaldrain.com.
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