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Are you or someone you know suffering from knee pain? If so, you may be interested in learning about the new revolution in knee replacement technology
New technology is constantly being developed in the medical field, altering how we treat specific ailments.
Although knee replacement has been carried out successfully for many years, current technological advancements have made the procedure more quick and easy.
The new knee replacement technology has many benefits over conventional methods, and it can give patients who had previously given up hope of ever walking again some relief.
With the help of this innovative technology, patients could be able to live more independently and with less discomfort.
Although there have been significant advances in technologies like total knee replacement, these developments are still ongoing.
We’ll talk about the new knee replacement technology in 2022 in this post, along with other improvements.
The next section discusses the three most recent developments in Knee replacement technology.
Most Recent Developments in Knee Replacement Technology
Below are some major developments in knee replacement and treatment technology.
1. Minimally-Invasive Surgery (MIS)
The MIS signifies a breakthrough in inpatient treatment, according to experts. Unquestionably, MIS has improved orthopaedic surgery for patients.
General surgeons mostly do not support the minimally invasive surgery method which requires making tiny incisions and utilizing strong, tiny tools and substantially simplifying joint resurfacing.
However, surgeons who employ these methods may be held accountable for less blood loss. There will be less discomfort, a speedier recovery, less scarring, a reduced rate of infection, a quicker return to work, a shorter hospital stay, and an improved quality of life.
2. Total Knee Arthroplasty (TKA)
When it comes to curing severe osteoarthritis, this operation is quite effective. The most recent TKA advancements are concentrated on raising patient satisfaction following TKA, or total knee arthroscopy.
Also, they result in successful outcomes for getting back to normal activities, high survival rates, and overall functional gains.
Patient-specific equipment, intelligent tools, computer-assisted surgery, and navigation are all incorporating new technologies to better the procedure’s precision and customize the surgery.
Also, Technology advancements in this aspect of knee replacement surgery allow for 3D surgical planning and more reliable alignment that offers better implant location.
3. New Robotic Knee Replacement Surgery
The new robotic knee replacement surgery incorporates steps that are comparable to those in a conventional knee replacement treatment.
What makes this procedure different is that the operation is carried out by a very precise robotic arm equipped with cutting-edge technology.
High precision, superior outcomes, and quicker recovery times are all benefits of the new robotic knee replacement procedure.
Through this procedure, the soft tissues surrounding the patient’s knee are greatly balanced, and the joint is better aligned.
We’ve just seen three major development in knee replacement technology, and now, we’re going to discuss more on robotic knee replacement. This is because Robotic knee surgery is one major part of knee replacement technology.
Types of Robotic Knee Replacement Surgeries
1. Mako Robotic Assisted Knee Surgery
This type of robotic knee surgery may help the surgeon see the pins while they are being inserted.
The Mako robotic-assisted surgery is made possible by an intra-operative fluoro system that is embedded into the system and allows direct pin placement on a virtual 3D-CT model.
Six joints, two pulleys, and four electric motors are needed for this device. The typical Mako arm, however, only has five degrees of movement.
A prototype kinematic system has two powered pulleys with servo motors, and two active belts, and is made to connect to the conventional Mako arm.
The precise placing of pins is made possible by lead screws with position sensors.
It can accurately implant pins without needing to determine the precise site of the original surgical incision or template by comparing their position to the kinematic reference points of Mako’s arm.
Read Also: 5 Best PEMF Therapy Devices In 2022
2. The Navio Cori Surgical Systems
The computer-guided robot Navio Cori is made of open-source hardware and software components and was developed specifically to carry out orthopaedic surgery.
It specifically targets soft tissue anatomy in the human body like the medial femoral condyle.
With millimeter accuracy, this robot enables precise robotic drilling of bone surface preparation ensuring more efficient practices and improved clinical results. Other medical technologies do not offer these advantages.
A Mako system differs slightly from a Navio system in that the Mako robot uses particular scans of the knee prior to surgery to obtain accurate measurements.
Patients who have chosen standard knee replacement surgery may additionally choose robotic surgery. Even for severe joint problems, this procedure is ideal.
These patients include those who have:
- Hardware from prior surgery
- intricate degeneration
- After-injury femur deformity.
Benefits of Robotic Knee Replacement
Whether performed traditionally or robotically, total knee replacement surgery has very good satisfaction rates at a national level of about 95%.
For individuals who have had previous knee injuries, surgeries, or abnormalities, the robot offers an extra element of personalisation and precision.
Its ability to make micro changes of as little as one or two degrees to optimize implant location and limb alignment is arguably its most important feature.
Because of the saw blade’s accuracy, less of the surrounding soft tissue around the knee joint needs to be disturbed.
In the approaching years, knee replacement technology will progress quickly and be more popular.
Robotic technologies will be used in all surgical procedures to reduce pain, improve outcomes and assure a speedier recovery.
Those with knee pain will benefit from better care as robotic-assisted knee replacement technologies advance.
Conclusion
As discussed in this article, as a result of offering a successful remedy for a range of knee problems, modern knee replacement technology is altering the area of orthopedics comparatively speaking to conventional knee replacements, it offers a quicker recovery period, less pain, and better results.
Even patients with the most severe knee injuries can regain normal function thanks to this technology.
Patients who select this course of therapy can be confident that they are receiving a safe and efficient plan of care that is suited to their particular needs.
FAQ
What Are The Dangers Of Delaying Knee Replacement Surgery?
To put it simply, the longer you put off getting a knee replacement, the more damage you do to your knees and the longer you suffer from pain, stiffness, or mobility problems.
What Type Of Knee Replacement Implant Is Best?
Fixed-Bearing Knee Implants
The knee prosthesis that is most frequently suggested is this one. The tibial component of fixed-bearing implants is constructed of a polyethylene cushion that is attached to a metal base. As a result, during movement, the upper femoral component might easily pass past it.
How Long Does It Take To Walk Normally After Knee Replacement?
Most individuals can begin walking while still receiving treatment at the hospital. In order to mend and recuperate, walking helps your knee receive vital nutrients.
For the first few weeks, you should prepare to use a walker. Four to eight weeks after a knee replacement, the majority of patients are able to walk independently.
What Are The Dangers Of Delaying Knee Replacement Surgery?
To put it simply, the longer you put off getting a knee replacement, the more damage you do to your knees and the longer you suffer from pain, stiffness, or mobility problems.
How Long Does It Take For Knee Replacement to Feel normal?
After six weeks of recovery from surgery, you should be able to cease using crutches or a walking frame and resume your regular leisure activities.
Yet the reduction of pain and swelling could take up to three months. Any leg swelling may go away after up to a year.
Can Your Body Reject A Knee Implant?
Rejection of a knee implant is extremely uncommon. When the metal in the implant causes a reaction in the patient’s body, it results in implant rejection or metal hypersensitivity. An allergic or autoimmune reaction may be the cause of this problem.
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