New Hip Replacement Technology 2022

Risks Of Hip Replacement Surgery

Advances in Hip Replacements

Complications of a hip replacement can include:

hip dislocation
infection at the site of the surgery
injuries to the blood vessels or nerves
a fracture in the bone around the hip replacement during or after the operation
differences in leg length

However, the risk of serious complications is low.

There’s also the risk that an artificial hip joint can wear out earlier than expected or go wrong in some way. Some people may require revision surgery to repair or replace the joint.

Find out more about the risks of a hip replacement.

How Long Do Hip Implants Last

Generally speaking, a hip replacement prosthesis should remain effective for between 10 and 20 years, and some can last even longer.

Results vary according to the type of implant and the age of the patient. In a 2008 study of more than 50,000 patients who had THR surgery at age 55 or older, between 71% and 94% still had well-working implants after 15 years.

When a hip implant does need to be replaced because it has loosened or worn out over time, this requires what is called .

What Are The Risks Of Hip Replacement Surgery

Most patients do well with hip replacement. As with any surgical procedure, there are some risks during and after a hip replacement:

Blood clots in the legs or lungs
Leg length discrepancy
Loosening or wearing out of the prosthesis
Unrelieved joint pain

In very, very rare cases of bone surgery, particularly procedures using cement, an embolism can occur if fat from the bone marrow enters the bloodstream. A fat embolism can raise the risk of a heart attack or stroke.

There may be other risks depending on your medical condition. Be sure to discuss any concerns with your doctor before the procedure and ask which risks are highest for you.

After the surgery, notify your doctor if you notice any of the following:

Redness, swelling, or bleeding or other drainage from the incision site that doesnt stop after a few days
Increased pain around the incision site
Pain in the lower leg that is unrelated to the incision
New or increased swelling of the lower leg

Chest pain
Shortness of breath

Recommended Reading: Back Pain Causing Hip Pain

Top 3 Startups In The Tech Industry 2022

The era of tech trends has been going on for a while. As a result, many entrepreneurs have already stepped into the advancement and achieved success. Here is a glimpse of the top 3 startups achieving growth in the tech industry in 2022.

Tech Industry: Cryptocurrency

The rising demand for blockchain and Crypto has gained millions of new entrepreneurs attention, so they started investing in the crypto industry. One of the well-known tech startups, MoonPay, operates a crypto trading platform and allows people to buy different cryptocurrencies in one place. You can also build other cryptocurrency or mobile wallet app development with Dev Technosys

Bon Secours St Marys Hospital First In Region To Offer New Technology Improving Accuracy And Precision In Total Hip Replacement Surgery

Corin Group Launches Optimized Positioning System (OPS) for Hip ...

Bon Secours St. Marys Hospital is the first hospital in the Richmond region to offer total hip replacement surgery for patients utilizing the VELYS Hip Navigation. This advanced, non-invasive technology helps orthopedic surgeons with accuracy and precision in the anterior approach hip replacement surgery. The first hip replacement surgery with VELYS Hip Navigation was performed at Bon Secours St. Marys Hospital in June.

In this day and age, we have access to medical advances, improved implant designs and new surgical technology that allow for efficient, high-quality care that continues to move the needle toward excellent patient outcomes, said Colin Mudrick, MD, orthopedic surgeon with Bon Secours Tuckahoe Orthopedics. Bon Secours continued commitment to offering state-of-the-art technology allows us to continue delivering the quality, compassionate care we are known for. As a hip and knee surgeon, I feel incredibly fortunate to be able to dramatically improve peoples everyday lives.

Additional advantages of VELYS Hip Navigation may include restoration of proper leg length, which may lead to better hip stability and preservation of the hips natural movement as well as verification of the desired hip implant position that may potentially help reduce the likelihood of hip dislocation and increase the joints stability.

Nano Hip Its The Way We Do It

Precision, perfection, and a comfortable return to full use of hip function are now available to patients everywhere. Nano® Hip sounds incredible because it is. Its the way we do it, the way that every step of the procedure is guided by precision, and every component of your new hip implant is suited to you personally and is created and placed with extreme accuracy. Call us today to discuss your options and learn more about the innovative treatment that has changed lives everywhere.

Changing The Hip Replacement Paradigm

A paradigm change is needed, according to CytexOrtho CEO and co-founder Brad Estes, Ph.D. Healing damaged cartilage to avoid hip surgery is the ideal approach, he said, but solutions have so far been elusive.

Brad Estes at a loom weaving implant mesh.

Instead, surgeons address relatively small hip surface damage by cutting off the entire top portion of the hip ball and socket joint and replacing it with a combination of complex implant components that make up a total hip prosthesis. These man-made materials simply arent durable enough to last a lifetime for young, more active, patients.

Cytex hopes to provide a better and less-invasive alternative. The companys novel technology combines a 3-D woven textile, which functions as cartilage, with a 3-D printed component that functions as bone. The implant also incorporates a patients own stem cells to make new cartilage and bone to create a fully functional joint. The implant dissolves over time, leaving behind the newly formed tissues that are integrated into the implants open structure.

The key thing weve done is to develop an implant that behaves like normal cartilage as soon as its in place, Estes said. Over time it transfers the functionality to the tissues in and around the implant, leaving only natural tissue behind.

Estes said the goal of the Cytex implant is to restore the cartilage and leave all the healthy bone in place. We like to think of it not as hip replacement, but as hip restoration.

Read Also: Arthritis In The Hips Feel Like

Hits Reverse Hip Replacement System Could Revolutionise Total Hip Replacement Surgery

Hip Innovation Technology, LLC , a medical device company developing innovative orthopaedic device solutions to advance the quality of life and quality of care for patients, has received FDA Investigational Device Exemption approval to initiate a pivotal clinical study to further evaluate the companys Reverse Hip Replacement System for use in primary total hip arthroplasty .

The clinical study objective is to evaluate the safety and effectiveness of the Reverse HRS in patients undergoing THA. Safety will be assessed through the collection of device-related adverse events and patient quality of life metrics. Effectiveness will be evaluated using clinical, radiologic, and patient-reported outcomes.

The Reverse HRS is a unique hip implant design that represents a significant advancement for patients requiring total hip arthroplasty, said George Diamantoni, Hip Innovation Technologys Co-Founder and Chief Executive Officer. In our pivotal study we will further evaluate potential Reverse HRS patient benefits including hip stability at extended ranges of motion, reduced risk of device dislocation, and greater latitude for placement of hip components.

Total hip replacements are one of the most effective ways to reduce joint pain and improve functioning for patients with advanced hip problems. According to the American Academy of Orthopaedic Surgeons , over 450,000 hip replacements are performed each year in the U.S.

Best Hip Replacement For Younger Patients

Healthy Living Event: Robotic Knee Replacement (March 2022)

In the past, hip replacements were only recommended for people 65 and older. This was because most hip replacements wouldnt last very long and would have to be replaced within 10 years. However, with a titanium hip proven to remain in place even after 28 years, titanium hips have the best hip replacement results for younger patients. If your hip pain is so severe that youre restricted from doing simple activities, like walking up steps or bending over, your best option may be a titanium hip replacement. Talk to us today about scheduling an appointment to discuss your symptoms and options.

What Training Is Required For A Surgeon To Become Certified In Mako Technology

Every surgeon who wants to operate using Mako technology must complete additional training, which typically includes hands-on training in a lab operating on cadavers, and completing classwork. Most importantly, a surgeon who is certified in Mako technology is already a trained joint replacement surgeon and performs numerous traditional joint replacements per year.

Hip Innovation Technology Presents Data Demonstrating The Potential Utility Of Its Novel Hip Replacement System In Addressing Instability Following Total Hip Arthroplasty

BOCA RATON, Fla., July 20, 2022 /PRNewswire/ — Hip Innovation Technology, LLC , a medical device company developing innovative orthopedic device solutions to advance the quality of life and quality of care for patients, announces the presentation of data demonstrating the potential utility of its novel Reverse Hip Replacement System in addressing instability following total hip arthroplasty .

In a poster presentation at the annual meeting of the Canadian Orthopaedic Association , researchers reported Phase 1 data showing radiographic stability, as assessed by radio-stereometric analysis , in patients who underwent THA with the Reverse HRS. The results suggest a low risk of aseptic loosening of the Reverse HRS, and a high likelihood of long-term implant fixation.

“Instability following total hip arthroplasty is a common mode of failure,” commented lead investigator Thomas Turgeon, MD, who is Director of Arthroplasty Research, Concordia Hip and Knee Institute and Board Member of the Orthopaedic Innovation Centre. “The Reverse Hip Replacement System is designed to increase stability at the extremes of motion, and to offer a potentially more forgiving implant positioning without reducing range of motion. The clinical outcome metrics we have observed thus far are consistent with well-functioning hip replacement, and support the stability of this novel implant device.”

About the Reverse HRS

About Hip Innovation Technology, LLC

Contact:

New Technologies Allow Joint Replacements To Last Longer

The six million dollar man may not be a fictional concept much longer. Orthopedic surgeons are enjoying increased success at replacing human joints with better and longer lasting biocompatible machines. Space age bio-materials and computer assisted improvements are now helping patients with joint pains and arthritis live a better and more active life. Most people personally know a friend or relative who has had a total hip or total knee replacement. The general perception in the past was that joint replacements are very successsful at relieving severe pain but they have a relatively short lifespan, requiring revision within 15 years. Newer technologies are predicted to improve the lifespan of modern joint replacements to 30 years and beyond. It is now possible to do these operations on younger, more active patients, and feel really good about the long term prospects.

Mobile bearing total knee and partial knee replacements allow patients to be very active.

Fred Yerger is a mega-athlete, and martial arts enthusiast. His anterior hip is up to the tasks he needs to do!

Was this helpful to you?

New Technology Allows Schneck Orthopedic Surgeons To Personalize Joint Replacements

Global Hip and Knee Orthopedic Surgical Robots Industry Research Report ...

In a year, Dr. Kristopher Williams said he performs around 300 knee and hip replacement surgeries.

He has done those by hand.

Now with new technology at his hands, he has a robot to help with the procedures.

In early January, Schneck Medical Center in Seymour became one of the few facilities in the region to receive Strykers Mako SmartRobotics. This advancement in joint replacement surgery transforms the way total knee, partial knee and total hip replacements are performed by helping surgeons know more and cut less, according to a news release from the hospital.

The innovative technology combines three key components three-dimensional CT-based planning, AccuStop haptic technology and insightful data analytics into one platform that has shown better outcomes for patients.

Dr. Kristopher Williams, an orthopedic surgeon with Schneck Orthopedics and Sports Medicine, talks about the new Stryker Mako SmartRobotics that will be used for joint replacement surgeries at Schneck Medical Center in Seymour.

Zach Spicer | The Tribune

Strykers Mako SmartRobotics is used by orthopedic surgeons performing joint replacement surgeries.

Zach Spicer | The Tribune

Dr. Kristopher Williams, an orthopedic surgeon with Schneck Orthopedics and Sports Medicine, stands next to the new Stryker Mako SmartRobotics technology now available at Schneck Medical Center in Seymour.

Zach Spicer | The Tribune

Ataglance

Discussing The Best Approach With Your Doctor

The surgical approach your doctor will recommend depends on several factors, including how the surgeon will gain access to the hip, the type and style of the implant and how it will be attached, and your age and activity level, and the shape and health of the hip bones. The likelihood of future surgery also figures into the decision, because some surgical approaches and types of implant attachment can make a revision surgery easier or more challenging.

As part of the evaluation for surgery, your orthopaedic surgeon will discuss the options of minimally invasive surgery or traditional hip replacement, as well as how he plans to perform the surgery and what type of implant will be used.

Technology Helps Improve Joint Replacement Surgeries At Henry Ford Health

Frank McGeorge, MD, Local 4’s Good Health Medical Expert

Hip surgery has been around for a long time but has seen impressive improvements in the past decades.

Now, younger and younger people are getting joint replacements, including hips. That is due in part to improvements to the materials of the joint. In fact, it is also true that getting a replacement on a previous replacement is also more feasible.

Dr. Jason Davis is a Henry Ford Health orthopedic surgeon. He uses robotic joint replacement systems to improve the precision of joint placement. An initial CAT scan is used to create a three-dimensional model of the patients unique anatomy before surgery. Implants can be fitted more precisely and placed during the surgery with a robotic tool.

It is important to note that the robotics really only provides precise placement. They do not do the work for the surgeon, the surgeon is still controlling every aspect of the surgery. Robotic surgery also has the potential to reduce certain complications. Because of the added precision, dislocations of the prosthetic hip after surgery have been reduced, according to a study done by Davis.

Note that its not just hips that can be done with robotic assistance. There is a similar system that can be used for knee replacement surgeries as well.

About the Author:

How Long Titanium Hipslast

According to the Cleveland Health Clinic, most hip replacements likely last about10-15 years, but with the latest technology, that number could be higher.

However, the Kennedy Centers titanium hip replacement has a proven record of lasting far longer than 10-15 years. After 28 years, 98% of our titanium hip replacements have remained strong and intact, allowing our patients to continue living their best lifelong into the future. These results include all different types of patients, including patients who are younger or older, as well as those who are highly active or overweight.

The Benefits Of Robot

Hip replacement: the latest advancements and what you can expect during surgery

Dr. Boone brings the latest surgical technology to patients. Our team is highly trained in several of the leading robot-assisted surgical systems, including Stryker Mako® Robotic-Arm Assisted Technology, Smith & Nephew NAVIO Surgical System, and OrthAlign® Surgical System.

Each system has its benefits, and Dr. Boone chooses the best surgical technique for your unique needs. Robot-assisted surgery combines the unparalleled precision of robotics with the experience and knowledge of a doctor for the best possible results.

Robot-assisted procedures help ensure that your prosthetic joint fits perfectly. Other benefits include smaller incisions, faster recovery times, and better results than traditional open surgery.

Can You Get Both Hips Replaced At The Same Time

Both left and right hips can be replaced during a single surgery. A double hip replacement is also called a bilateral hip replacement. If you are having issues with both hips, your doctor might recommend a double hip replacement if you are in good health and can tolerate a longer surgery and a more challenging recovery.

What Are The Benefits Of Mako Joint Replacement

The main benefits include:1. Implants are placed in a perfect anatomic position for each patient, enabling better post-surgical movement and flexibility2. The surgeon is able to cut less bone, which causes fewer trauma and reduced risk of surgical complications3. With fewer trauma, the patient typically experiences less pain, uses less pain medication and in general recovers quicker

Cases 2: Bilateral Fibrous Ankylosed Hips Without Spinal Deformity

Three AS patients with bilateral spontaneous hip fusion were included in this group . The mean age was 22.1 years, and all patients had pain and functional limitations. Preoperative radiographs and CT scans showed fibrous ankylosis of both hips.

Characteristics of cases 24.

RTHA was conducted in a single session in all three cases. Cup abduction and anteversion were planned using CT-based templates. Mako Express Workflow was used . A posterolateral approach was used, and reaming was conducted with a single robotic-guided reamer. No fluoroscopy was used. All patients were mobilized within 12 hours. The cases were followed for eighteen months and sixteen months . We did not find nerve palsy , heterotopic ossification, any episode of dislocation, implant breakage, pulmonary embolism, etc.

Key RTHA details.