Drain Insertion

Drain insertion

Drain insertion is a surgical procedure where a tube (referred to as a drain) is inserted into a body in order to debride an excess of fluid, blood, pus or air. It is used to prevent or cure infection, to decongest, and to heal a wound, or injury, following surgery.

Common names:

• Chest drain / Intercostal drain (ICD).
• Surgical drain
• Percutaneous drain
• Pigtail catheter
• Abdominal drain

Why is Drain Insertion Done?

To Remove Fluid or Pus

• Abscess
• Empyema (pus in pleural space)
• Ascites drainage
• Seromas

To Remove Air

• Pneumothorax (collapsed lung)

For Post-Operative Purposes 

• Following surgery of the abdomen, thoracic or orthopedic procedures.
• To avoid the buildup of the fluid.

Trauma Situations

• Hemothorax
• Post-traumatic fluid accumulation.

Types of Drains

Chest Drains

• Applied to the pleural cavity to use in the air or fluid.

Pigtail/Small-Bore Catheters

• Minimally invasive alternative installed under ultrasound/ CT.

Surgical Drains

• Inserted in the course of an operation (e.g., Jackson-Pratt, Penrose drains).

Abdominal Drains

• To ascites or postoperative collections.

Surgical drain insertion procedure

A surgical drain is a tube that is instilled during or after surgery to drain blood, fluid or pus that may be in a wound or surgical area. It prevents the fluid buildup, eliminates the risk of infection, and also helps in healing. 

Common surgical drains:

• Closed-suction drains: Jackson-Pratt (JP), Hemovac.
• Passive drains: Penrose
• Negative-pressure drains
• Tube drains that are post thoracic or abdominal surgery.

Surgical Drain insertion indications

Surgical drains are used in case of risk of:

• Fluid (seroma, hematoma) contained.
• Infection or the development of abscesses.
• Air leakage (thoracic surgeries)
• Extensive lymphatic effusion.
• Postoperative bleeding
• Tissue removal Dead space.

Preparation Before Drain insertion

Patient Preparation

• Informed consent
• Positioning based on the area of surgery.
• Antiseptic soaping of the skin.
• Sterile draping
• The general or local anaesthesia (typically administered during surgery)

Equipment

• Drain (JP, Hemovac, Penrose, etc.)
• Scalpel
• Forceps and hemostat
• Sutures
• Sterile dressing
• Collection bulb or bag

Step-by-step Procedure

Step 1: Location of the Drain Exit Site.

• Select a location out of the incision, typically via an additional stab incision.
• Make sure it is positioned easily and safely.
• Cleaning and preparation of site with antiseptic solution.

Step 2: Develop a Small Skin Incision.

• A stab incision (5-8 mm) is secured with the help of a scalpel.
• This is an independent incision to the primary surgical incision.

Step 3: Tunneling of the Drain

• The surgeon uses a hemostat to open a subcutaneous tunnel through the exit point towards the surgery site.
• This is to provide anchoring effect on the drain, minimize chances of infection and enhance comfort.

Step 4: Insert the Drain Tube

• The drain is tugged through the tunnel into the surgical site.
• This is placed either under direct visualization (in open surgeries) or with forceps.

Step 5: Positioning the Drain

• The holey/suction end of the drain is put at the place of where fluid can be gathered.
• The drain must be straight and not kinked and be in the dependent (gravity) position.

Step 6: Fixing the Drain in place

• The drain is anchored to the skin with a nonabsorable suture (Roman sandal or purse-string technique). 
• Checks the drain does not loose.

Step 7: Interaction with Collection System.

Depending on drain type:

Closed-suction drains

• To produce suction, JP or Hemovac bulb is compressed.
• Tube is connected to the bulb.

Passive drains

• Penrose drain left open or attached to sterile dressing.

Tube drains

• Related to under water seal or external bag.

Step 8: Dressing

• The drain site is surrounded with sterile dressing.
• Discharge could be monitored in transparent dressing.

Post-insertion care and monitoring 

• Recess and measure drainage volume, color and consistency.
• Note air leak (where necessary) or tube blockage.
• Keep suction when on the closed drain.
• Keep spacing sterile and dry.
• Avoid kinking or tension of tube.

Drain Removal Criteria

A drain is removed when:

• Production decreases (typically below 20230ml/day in relation to surgery).
• Fluid becomes clear/serous.
• None of bleeding or pus.
• Surgeon verifies that the cavity is either closed or, healed.

Removal Technique

• Remove securing suture.
• Pull out the tube gently in a straight motion.
• Apply pressure and dress up the site.
• After 24-48 hours, apply a sterile dressing. 

Drain insertion for abscess

Abscess drainage is the insertion of a catheter in a pool of pus to eliminate the infection, relieve pain and to provide healing to the abscess cavity. The process may either be surgical or percutaneous and done under imaging guidance.

Indications

An abscess that requires drain insertion is one that is:

• Is a large tumor (>3-5 cm in diameter) in size 
• Deep site (liver, abdomen, pelvis, retroperitoneal) 
• Non-response to antibiotics. 
• Causing fever, pain, or sepsis
• Multiloculated or recurrent.
• Postoperative abscess

Types of Drains Used

• Pigtail catheter (most frequent)
• Malecot or Pezzer catheter
• Surgical drains (when operated openly).

Preparation

Patient preparation

• Informed consent
• Ultrasound/CT analysis to identify abscess.
• IV access
• Sedation and local anaesthesia (general anaesthesia for large/deep abscesses) 

Equipment

• Pigtail catheter kit
• Guidewire
• Local anesthetic
• Scalpel
• Syringes
• Suction and drainage bag

Step-by-Step Drain Insertion Procedure

• This is the least invasive surgical procedure applied to the majority of abdominal or soft-tissue abscesses.

Step 1: Under Imaging Characterization of Abscess.

• The marked entry point is done with ultrasound or CT.
• Safe route taken in order to prevent bowel, vessels, or organs.

Step 2: Aseptic Preparation

• Wipe skin using antiseptic solution.
• Sterile draping applied.

Step 3: Local Anaesthesia

• Local anaesthetic penetrated through the skin and deeper tissues.

Step 4: Puncture of Abscess with the needle.

• The needle is inserted under ultrasound/ CT.
• Pus Confirmation by aspiration.

Step 5: Guidewire plugging (Seldinger Technique)

• The needle was inserted through the needle into the abscess.
• Removal of the needle should be done carefully with holding the guide wire.

Step 6: Tract Dilatation

• Sequential dilators were applied to stretch out the tract to the size of the catheter.

Step 7: Catheter Placement

• Pigtail catheter was pushed along over the guidewire.
• The pigtail loop is then taken and connected in the hole to fix it there.

Step 8: Drainage System connection.

• Catheter which attaches to a drainage bag or suction bulb.
• Pus immediately begins to drain.

Step 9: Secure and Dress

• Catheter sewn on skin when necessary.
• Sterile dressing applied.

Post-Procedure Care

• Observation of drainage: color, quantity, pus decrease.
• Flush with saline in case directed to avoid obstruction.
• Continue antibiotics
• Pain control
• Dressing changes

Daily monitoring

• Fever curve
• White blood cell count
• Ultrasound (if required to make sure the cavity is shrinking)

Drain insertion complications

Below is the full list of clinically significant, fully pathophysiological complications of drain placement for surgical drains, pigtails (percutaneous) catheters and chest/abdominal drains are listed for your convenience, and are easy to comprehend. Pertinent variations among these types of drains are included.

Complications of Drain Insertion:

• Bleeding (Hemorrhage)
• Infection
• Injury to Nearby Organs
• Pain and Discomfort
• Drain Blockage
• Accidental Dislodgement
• Kinking or Malposition
• Persistent Drain Tract / Fistula
• Pneumothorax
• Hemothorax / Organ Bleed
• Subcutaneous Emphysema
• Allergic Reaction
• Leakage Around Drain Site
• Re-expansion Pulmonary Edema
• Failure of Procedure

Drain insertion recovery

The recovery of the person who has undergone the insertion of the drain is determined by the drain type (surgical drain, pigtail catheter, chest drain) and underlying condition. With proper care and observation, most of the patients recover better.

Expectant after Drain insertion

Immediate Post-Procedure Period 

• Light pain or discomfort on site of insertion.
• Minimal fluid spurting around tube 
• Drain starts to work as soon as possible--to remove pus, blood, air, or fluid.
• Clothing covered around the region.
• Vital signs observed when in hospital.

Pain Control

• Prescribed pain medication (usually NSAIDs or mild analgesics) and rest.
• Pain intensity decreases significantly within 24-48 hours. 

Daily Care During Recovery

Care of Drain Site

• Keep dressing clean and dry
• Change recommended dressing (typically, every 1-2 days or when wet)
• Examine skin redness, swelling, or leakage.

Monitor Drain Output

• Record amount of drainage, color and consistency.
• Record output daily
• The production ought to be decreasing slowly.

Typical appearance:

• Abscess drainage: thick pus→ thinner, yellow → light serous.
• Surgical drain: bloody - serosanguinous - clear.
• Chest drain: the early presence of air bubbles may be possible.

Mobility

• The patients are able to walk and move.
• Do not stretch, turn, or bend the tube.
• Fix tube by taping or fixing.

Bathing

• Avoid showers in first 24 hours
• Then, bathing can be permitted using waterproof dressing.
• Do not place in the bathtub (or swimming) until drain taken out.

Diet, Activity & Medicines

Diet

• Normal except when recommended by the doctor (particularly when abdominal drains are used)
• Antibiotics
• Frequently used to drain abscess.
• Complete full course

Activity

• Light activities allowed
• No heavy lifting, extreme activities, bending around the drainage points.

Follow-Up and Imaging

• Ultrasound/CT can be performed to determine abscess healing.
• Surgical drains: observed on daily basis in hospital.
• Outpatient pigtail drains: repeat every 3-7 days.

When the Drain Can Be Removed

A drain is removed once:

• Production drops to minimum (typically less than 10-30 ml/day, according to the operation)
• Fluid becomes clear/serous
• Cavity has fallen in (verified on imaging, particularly of abscess)
• Denies fever, no evidence of infection.
• None (chest drains) air leak any longer.

Timeframe (Typical)

• Abscess drainage: 5–14 days
• Surgical drains: 1–5 days
• Chest drains: 2–7 days

(Depends on the state of the patient, different)

Best hospital for drain insertion India

• Artemis Hospital, Gurgaon
• Medanta-The Medicity, Gurgaon
• Fortis Memorial Research Institute, Gurgaon
• Max Hospital, Saket

Conclusion

Drain insertion is an important medical intervention that provides healing and avoids complications by removing unwanted fluid, pus, blood, or air in the body. Drains whether surgical or minimally invasive and image guided are very involved in the treatment of infections, postoperative collections as well as fluid buildup conditions. In the appropriate location, with frequent assessment, and proper follow-up, it is safe and effective to insert the drain and by doing so, patients are likely to experience much better outcomes. Knowing the process, the recovery process and possible complications will aid in timely treatment and improved recovery by the patient.

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FAQ

1. Is drain insertion painful?

• It is done in local or general anaesthesia. Some light pressure or discomfort may be experienced; however the actual process is not normally painful. Pain after surgery is normal and can be managed with pain medications.

2. What is the drain retention time? 

This is based on the cause of the drain:

• Abscess drain: 5–14 days
• Surgical drain: 1–5 days
• Chest drain: 2–7 days

Healing and output are the determinants of choice by a doctor.

3. Can I move or walk with a drain?

• Yes. Light activities and normal walking can be performed provided that the tube is not pulled or twisted.

4. What am I supposed to do with the drain when I am at home?

• Maintain the dressing in a clean and dry state, do not pull on the tube, keep a record of daily output (as directed), and visit follow-up appointments. Waterproof dressing is normally permitted in the shower.

5. Will I subject to normal sleep with a drain?

• Yes but do not lie out on the drain. Always ensure that the tubing is held at the side or the front to avoid pulling.

6. Can one shower with a drain?

• Yes, in 24-48 hours, using a waterproof dressing. There should be no bathing, swimming or soaking until the drain is taken out and the wound cured.

7. How is the drain removed?

• The process of drain removal is fast: by cutting the securing stitch, the tube is slowly pulled out and sterile dressing is put on. Majority of the patients experience light pressure.