Less Pain More Gain with Robotic Joint Replacement
Joint replacement surgery is an effective procedure for patients suffering from arthritis or joint damage that affects their everyday activities or quality of life. Previously, joint replacement surgery has been associated with significant pain & a lengthy recovery time. However, technological advancements have resulted in a new era of joint replacement surgery called “Robot-Assisted Joint Replacement Surgery.” Robot-assisted joint replacement surgery is a novel technique for surgery that provides patients with less pain/discomfort & more significant benefit.
This article will examine how robotic joint replacement can improve a patient’s quality of life.
The Methodology of Robotic Joint Replacement
Robotic joint replacement surgery is the future of joint replacement surgery, & it is a novel development that provides hope for patients suffering from joint damage or arthritis.
Robotic joint replacement surgery involves using a robotic arm that follows instructions from a surgeon. The robot constructs a three-dimensional (3D) model of the patient’s joint using real-time images & computer software. This model helps the surgeon make a customized surgery plan for every individual receiving treatment.
The surgeon makes precision bone incisions & cuts using the robotic arm during the procedure. The robot allows the surgeon to make smaller, more precise incisions than traditional surgery. This results in reduced tissue trauma & decreased patient discomfort. Additionally, the robot aids the surgeon in more precisely positioning the prosthetic joint, which may improve the patient’s prognosis.
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Less Pain for Patients
One of the key advantages of robotic joint replacement surgery is less pain for patients. Traditional joint replacement surgery is often painful & requires an extended recovery period. In contrast, robotic joint replacement surgery has been shown to reduce postoperative pain & edema.
The robotic arm’s precise incisions cause less trauma to the adjacent tissue, resulting in less pain for the patient. The robot also enables the surgeon to position the prosthetic joint more precisely, resulting in a better fit & less postoperative pain.
Robotic joint replacement surgery is associated with less postoperative discomfort & a shorter rehabilitation (recovery) time. In addition, patients with robotic-assisted joint replacement surgery often recover more quickly than those with traditional joint replacement surgery.
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More Gain for Patients
Patients undergoing joint replacement surgery with a robot may experience fewer adverse side effects & more positive benefits. This is because the robotic arm’s precision enables greater precision in positioning the artificial joint. This may result in a better overall outcome for the patient, including a greater range of motion, enhanced joint stability, & a more natural sensation.
The improved accuracy also minimizes the risk of complications such as dislocation, implant failure, or joint stiffness. Therefore, robotic joint replacement exhibits that patients undergoing robotic joint replacement surgery may have a better long-term prognosis than those undergoing traditional surgery.
The precision of the robotic arm also allows for a more customized surgical plan for each patient’s case. This will enable patients to receive customized joint replacements, resulting in a better fit & ultimately successful outcome.
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Reduced Complications Risk
Additionally, the precision of robotic joint replacement surgery reduces the possibility of complications such as dislocation or implant failure. During traditional joint replacement surgery, the surgeon may inadvertently position the implant in a suboptimal location, which can contribute to future complications. The robotic arm ensures that the implant is inserted in the optimal location during robotic joint replacement surgery, reducing the risk of complications & extending the implant’s lifespan.
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Shorter Hospital Stays
Additionally, robot-assisted joint replacement surgery allows shorter hospital stays & more prompt recovery. Traditional joint replacement surgery may require several days of hospitalization & weeks or months of physical therapy for complete recovery. With robotic joint replacement surgery, patients can frequently return home the next day or afterward & begin their recovery process better.
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Potential for Customization
The patient’s anatomy can also be customized in robotic joint replacement surgery. Traditional joint replacement surgery typically involves using off-the-shelf implants that may not fit the patient’s joint well. With robotic joint replacement surgery, however, the self-navigating arm can create a 3D map of the patient’s joint & potentially create a custom implant that fits the patient better.
Conclusion
Robotic joint replacement surgery provides patients with less pain, more gain, & a reduced risk of complications. The precision of the robotic arm allows for greater accuracy in implant placement, which can contribute to an increased range of motion & functionality of the joint after surgery. Additionally, the potential for customization based on each patient’s unique anatomy can lead to even improved outcomes. As technology improves, robotic joint replacement surgery is becoming the standard treatment of joint replacement surgeries.
Dr. Sameep Sohoni, the best Robotic joint replacement surgeon in Thane, Mumbai is devoted himself to providing the best possible treatment to his patients through advances in technology and innovations.
The Joint Robot System used by Dr. Sameep Sohoni is the most enhanced surgical equipment capable of 3D pre-planning, virtual surgery and precise cutting for providing accurate and precise surgery results.
It has been experienced as the most easy user-friendly surgical robot, comprising the values of innovative, flexibility and easiness of use, with the basic offering of accuracy and safety at its best.
So, without any doubt… do consult Dr. Sameep Sohoni for the best Robotic Joint Replacement Surgery in Mumbai, Thane.
Dr. Sameep Sohoni is the best Orthopedic Doctor in Thane.
Reference
- https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7251009/
- https://www.healthline.com/health-news/how-robotic-surgery-can-lead-to-quicker-recovery-and-less-pain-medication