Arthroscopy

The procedure involves the use of a narrow tube with a fiber-optic video camera on one end, known as an arthroscope.
The procedure is generally performed when the orthopedic surgeon wants to inspect and treat the insides of a joint without causing any damage to the surrounding tissues.

Types:

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Arthroscopy is performed to diagnose and treat various joint, ligament, and tendon problems, like:

  1. Loose bone fragments
  2. Inflammation of the joint linings
  3. Torn or damaged cartilage, ligaments, and tendons
  4. Knee pain and knee instability because of anterior cruciate ligament or ACL tears (damage to the ligament located at the knee’s center) and meniscal tears (tear of the cartilage that sits inside the knee joint)
  5. Scarring within the joints
  6. Arthritis (joint inflammation) leading to joint degeneration
  7. Dislocated shoulder (a condition in which the round ball at the top of the upper arm bone leaves the socket in the shoulder blade), frozen shoulder (a painful condition that leads to shoulder inflammation and stiffness), tendinitis, shoulder impingement (when the outer top edge of the shoulder blade impinges on the muscles on the shoulder blade), rotator cuff tears (when the tendons pull away from the arm bone leading to the tear of the shoulder blade muscles)
  8. Wrist pain because of ganglion cysts (small, fluid-filled lumps below the skin), wrist arthritis (inflammation of the wrist joint), and carpal tunnel syndrome (increased pressure within the wrist on the median nerve causing pain, tingling, weakness, and numbness in the hand and wrist)
  9. Severe joint pain and immobility that does not improve by physiotherapy, braces or splints, rest, and medications

 

  1. Physical examination: The doctor will physically examine the affected joint and check for its mobility and function.
  2. X-rays: The condition of the joint and surrounding bones can be evaluated by the doctor using x-rays.
  3. Imaging tests: Imaging tests like CT scans, MRI scans, and ultrasounds help in obtaining clear pictures of the affected joint.
  4. Blood tests and urine tests: These are routine tests performed to check for underlying infections and medical conditions.

 

Arthroscopy is performed under general anesthesia (you will be asleep during the procedure), local anesthesia (the treatment area is numbed), or spinal anesthesia (the area below the waist is numbed).

  • The surgeon will make two or three tiny incisions or cuts in the treatment area.
  • The surgeon will then insert an arthroscope (a thin tube with a light and camera on one end) and other tiny surgical instruments through the incisions created.
  • The internal body images are sent from the arthroscope to a computer monitor to examine the joints, ligaments, tendons, and cartilage.
  • The images obtained are used to either make a diagnosis or surgically treat the problem.
  • The arthroscope and surgical instruments are then removed.
  • The incisions are then closed using sutures and a bandage.
  • The procedure takes approximately 60 to 90 minutes to complete.

Arthroscopy may lead to the following complications:

  1. Blood clot formation
  2. Uncontrolled bleeding
  3. Swelling
  4. Breakage of the instrument while operating
  5. Infection
  6. Drainage in the surgical site
  7. Allergic reaction to the anesthesia used
  8. Nerve damage 
  9. Damage to the surrounding tissues

 

  • Most patients can go home on the same day of the procedure, while some patients may need to stay in the hospital for a day for observation.
  • Most patients can resume their normal daily activities within a few days of the procedure.
  • You can start driving one to three weeks after surgery.
  • You will be given pain-relieving medications to relieve your discomfort after the procedure.
  • Physiotherapy will be needed after the procedure.
  • Avoid sports and other vigorous physical activities for two to three months after the procedure.

Home remedies:

The following home remedies can help in quicker and smoother recovery after arthroscopy:

  • Avoid putting any pressure or weight on the area during the recovery period.
  • Take a lot of rest during the recovery period.
  • You may need to use assistance in the form of crutches, a cane, or a walker if you have had an arthroscopy on the hip or leg.
  • Apply an ice pack and keep the surgical area elevated.
  • Take all the prescribed pain-relieving medications on time.
  • You will have to wear a sling or brace till the doctor advises you the same.
  • Perform all your physiotherapy exercises as recommended by the doctor.
  • Take showers and not baths till your incisions heal.

Benefits:

The advantages of arthroscopy compared to open surgery include:

  • Smaller cuts or incisions
  • Shorter time of surgery
  • Rapid recovery
  • Less post-operative pain
  • Minimal scarring
  • Minimal trauma to the healthy soft tissues surrounding the surgical site
  • More accurate diagnosis
  • Reduced risk of post-surgical complications 

Cost of arthroscopy in India- 

The cost of arthroscopy in Mumbai is between INR 1,00,000 to INR 1,50,000.
The cost of arthroscopy in Delhi is between INR 90,000 to INR 1,40,000.
The cost of arthroscopy in Bangalore is between INR 90,000 to INR 1,40,000.
The cost of arthroscopy in Chennai is between INR 80,000 to INR 1,30,000.

Top Doctors for Arthroscopy in Bengaluru

Arthroscopy

The procedure involves the use of a narrow tube with a fiber-optic video camera on one end, known as an arthroscope.
The procedure is generally performed when the orthopedic surgeon wants to inspect and treat the insides of a joint without causing any damage to the surrounding tissues.

Types:

The different types of arthroscopies include:

  1. Foot and ankle arthroscopy
  2. Hand and wrist arthroscopy
  3. Elbow arthroscopy
  4. Knee arthroscopy
  5. Hip arthroscopy
  6. Shoulder arthroscopy 

 

Symptoms

Arthroscopy is performed to diagnose and treat various joint, ligament, and tendon problems, like:

  1. Loose bone fragments
  2. Inflammation of the joint linings
  3. Torn or damaged cartilage, ligaments, and tendons
  4. Knee pain and knee instability because of anterior cruciate ligament or ACL tears (damage to the ligament located at the knee’s center) and meniscal tears (tear of the cartilage that sits inside the knee joint)
  5. Scarring within the joints
  6. Arthritis (joint inflammation) leading to joint degeneration
  7. Dislocated shoulder (a condition in which the round ball at the top of the upper arm bone leaves the socket in the shoulder blade), frozen shoulder (a painful condition that leads to shoulder inflammation and stiffness), tendinitis, shoulder impingement (when the outer top edge of the shoulder blade impinges on the muscles on the shoulder blade), rotator cuff tears (when the tendons pull away from the arm bone leading to the tear of the shoulder blade muscles)
  8. Wrist pain because of ganglion cysts (small, fluid-filled lumps below the skin), wrist arthritis (inflammation of the wrist joint), and carpal tunnel syndrome (increased pressure within the wrist on the median nerve causing pain, tingling, weakness, and numbness in the hand and wrist)
  9. Severe joint pain and immobility that does not improve by physiotherapy, braces or splints, rest, and medications

 

Diagnosis

  1. Physical examination: The doctor will physically examine the affected joint and check for its mobility and function.
  2. X-rays: The condition of the joint and surrounding bones can be evaluated by the doctor using x-rays.
  3. Imaging tests: Imaging tests like CT scans, MRI scans, and ultrasounds help in obtaining clear pictures of the affected joint.
  4. Blood tests and urine tests: These are routine tests performed to check for underlying infections and medical conditions.

 

Treatment

Arthroscopy is performed under general anesthesia (you will be asleep during the procedure), local anesthesia (the treatment area is numbed), or spinal anesthesia (the area below the waist is numbed).

  • The surgeon will make two or three tiny incisions or cuts in the treatment area.
  • The surgeon will then insert an arthroscope (a thin tube with a light and camera on one end) and other tiny surgical instruments through the incisions created.
  • The internal body images are sent from the arthroscope to a computer monitor to examine the joints, ligaments, tendons, and cartilage.
  • The images obtained are used to either make a diagnosis or surgically treat the problem.
  • The arthroscope and surgical instruments are then removed.
  • The incisions are then closed using sutures and a bandage.
  • The procedure takes approximately 60 to 90 minutes to complete.

Risks

Arthroscopy may lead to the following complications:

  1. Blood clot formation
  2. Uncontrolled bleeding
  3. Swelling
  4. Breakage of the instrument while operating
  5. Infection
  6. Drainage in the surgical site
  7. Allergic reaction to the anesthesia used
  8. Nerve damage 
  9. Damage to the surrounding tissues

 

After Procedure

  • Most patients can go home on the same day of the procedure, while some patients may need to stay in the hospital for a day for observation.
  • Most patients can resume their normal daily activities within a few days of the procedure.
  • You can start driving one to three weeks after surgery.
  • You will be given pain-relieving medications to relieve your discomfort after the procedure.
  • Physiotherapy will be needed after the procedure.
  • Avoid sports and other vigorous physical activities for two to three months after the procedure.

Home remedies:

The following home remedies can help in quicker and smoother recovery after arthroscopy:

  • Avoid putting any pressure or weight on the area during the recovery period.
  • Take a lot of rest during the recovery period.
  • You may need to use assistance in the form of crutches, a cane, or a walker if you have had an arthroscopy on the hip or leg.
  • Apply an ice pack and keep the surgical area elevated.
  • Take all the prescribed pain-relieving medications on time.
  • You will have to wear a sling or brace till the doctor advises you the same.
  • Perform all your physiotherapy exercises as recommended by the doctor.
  • Take showers and not baths till your incisions heal.

Benefits:

The advantages of arthroscopy compared to open surgery include:

  • Smaller cuts or incisions
  • Shorter time of surgery
  • Rapid recovery
  • Less post-operative pain
  • Minimal scarring
  • Minimal trauma to the healthy soft tissues surrounding the surgical site
  • More accurate diagnosis
  • Reduced risk of post-surgical complications 

Cost of arthroscopy in India- 

The cost of arthroscopy in Mumbai is between INR 1,00,000 to INR 1,50,000.
The cost of arthroscopy in Delhi is between INR 90,000 to INR 1,40,000.
The cost of arthroscopy in Bangalore is between INR 90,000 to INR 1,40,000.
The cost of arthroscopy in Chennai is between INR 80,000 to INR 1,30,000.

FAQ Section

Q. What is arthroscopy?

A. Arthroscopy is a type of surgery performed to diagnose and treat the structural problems of the joints, which may lead to pain, instability, or other dysfunctions.

 

Q. Who performs an arthroscopy?

A. An arthroscopy is performed by an orthopedic surgeon.

Q. What are the joints that are commonly examined using arthroscopy?

A. The most commonly examined joints using an arthroscope are the knee, wrist, hip, elbow, shoulder, and ankle joints.

 

Q. What is an arthroscope?

A. An arthroscope is a thin, narrow tube having a fiber-optic camera and torch attached to its one end.

Q. Can I take a shower after arthroscopy?

A. You can take a shower 48 hours after an arthroscopy. However, you should avoid immersing in a tub or a pool for seven to ten days after arthroscopy to avoid any excessive scarring or infection risk.

 

Q. How long will it take to recover from an arthroscopy?

A. It may take from one week to several months to recover completely from an arthroscopy. The recovery will depend on several factors, like what joint was affected, the severity of the damage being treated, and the health of the patient.

Q. Will I need physiotherapy after arthroscopy?

A. Yes, regular physiotherapy exercises are helpful in restoring the strength and mobility of the treated joint, as well as aiding in complete recovery. The physiotherapist usually recommends that you exercise for 20 to 30 minutes every day, two to three times a day till you recover completely.

 

Q. How long does arthroscopy take?

A. Arthroscopy procedure generally takes 60 to 90 minutes to complete.

Q. What is the rate of success of arthroscopy?

A. The success rate of arthroscopy is above 90% since it has minimal risks and most patients can resume their daily lives after arthroscopy with very few lifestyle changes.

 

Q. What are the common orthopedic problems that can be treated using arthroscopy?

A. The common problems that can be treated using arthroscopy include:

  1. Torn meniscus of the knee joint
  2. Loose bone or cartilage
  3. Anterior cruciate ligament (ACL) tears
  4. Rotator cuff tears
  5. Dislocated shoulder
  6. Shoulder impingement
  7. Frozen shoulder
  8. Arthritis
  9. Carpal tunnel syndrome or ganglion cysts leading to wrist pain

Q. How long will the pain last after an arthroscopy?

A. It is normal to have some pain in the surgical site after arthroscopy. This pain usually settles down on its own within two to three weeks, but it may take up to six weeks in some patients.

 

Q. What are the risks of arthroscopy?

A. Arthroscopy may lead to certain complications, like:

  • Infection 
  • Blood clot formation
  • Bleeding
  • Swelling
  • Instrument breakage
  • Surgical site drainage
  • Allergic reaction to the anesthesia used
  • Nerve damage 
  • Tissue damage

Q. What are the disadvantages of arthroscopy?

A. An arthroscopy may have the following disadvantages:
Additional cost of the specialized instruments used
Need for extensive orthopedic training to gain expertise

 

Q. Can there be a failure of arthroscopy?

A. Although the success rate of arthroscopy is high, clinical failures are possible.

Q. Will arthroscopy leave behind scar marks?

A. Arthroscopy is performed using multiple tiny incisions and will lead to minimal scarring and pain.

 

Q. For how long do I need to stay in the hospital after arthroscopy?

A. Most patients can go home a couple of hours after arthroscopy. In case of any complications, the doctor may recommend an overnight stay to monitor the patient.

Q. How is arthroscopy performed?

A. Arthroscopy may be performed under general anesthesia (you will be asleep during the procedure), local anesthesia (the treatment area is numbed), or spinal anesthesia (the area below the waist is numbed). The procedure is performed as follows:

  1. The surgeon will make two or three tiny incisions or cuts in the treatment area.
  2. The surgeon will then insert an arthroscope (a thin tube with a light and camera on one end) and other tiny surgical instruments through the incisions created.
  3. The internal body images are sent from the arthroscope to a computer monitor to examine the joints, ligaments, tendons, and cartilage.
  4. The images obtained are used to either make a diagnosis or surgically treat the problem.
  5. The arthroscope and surgical instruments are then removed.
  6. The incisions are then closed using sutures and a bandage.


 

Q. What is the cost of arthroscopy in India?

A. The cost of arthroscopy will vary depending on the type of joint being treated, the severity of the condition present, the overall health of the patient, and the expertise of the orthopedic surgeon performing the procedure.
On average, the cost of arthroscopy in India is between INR 80,000 to INR 1,50,000.

Q. Is arthroscopy a permanent procedure?

A. Arthroscopy is a procedure performed to check and treat a joint for any pain or damage. This could help in accurate diagnosis and the correct treatment plan for a damaged joint. In most cases, arthroscopy is a permanent solution for joint problems in a patient.

 

Q. What are the advantages of arthroscopy over open surgery?

A. Arthroscopy has the following advantages over open surgery:
Minimally-invasive procedure
Smaller incisions
Lower rate of infection
Minimal trauma to the soft tissues
Lesser post-operative pain
Faster procedure
Quicker recovery
Lesser risk of developing post-operative complications
Minimal scarring