Blog

Up to Date Injury Prevention Tips for Gymnasts – Athletic Health News

Gymnastics is a sport that requires a lot of flexibility, strength, and stamina. Over time, gymnasts’ bodies can become injured because of the strain caused by gymnastics. Gymnasts often get tendonitis, which is an inflammation of the tendons. Overuse can cause this inflammation, as well as a few other common gymnastics injuries.

Less common but more serious injuries include neck and back problems, such as spondylolysis and spondylolisthesis. These injuries are much more serious than the ones mentioned before, and if not treated right away can cause a lot of pain and discomfort.

Treatment for these injuries varies depending on the injury itself, but usually includes resting or even surgery in some cases. Prevention methods include stretching and warming up before you start your daily routine or practice.

Gymnasts are susceptible to strains and sprains, because they use their bodies in unusual ways. However, there are ways to prevent both types of injuries from happening: proper stretching techniques and warming up before each practice or event.

Injury prevention is the standard to achieve in this sport. While all injuries can’t be prevented, the effort to prevent as many injuries as possible is key to improving longevity within the sport. Unfortunately, many unpredictable accidents do occur in this sport.

By prioritizing physical health, you provide your bones, muscles, joints, ligaments, and tendons with the most substantial environment to perform yet remain uninjured.

Prioritizing physical health requires proactive actions, consistent exercise implementation, and rehabilitative strategies before an injury occurs. The following are the most common and effective preventative measures for gymnasts to reduce the risk of injury:

Hydration
Avoiding overtraining
Follow rehabilitation protocols (i.e., physical therapy)
Ensure proper techniques
Avoid loose clothing and wear proper gymnast attire

Wear protective gear during training (i.e., hand grips, chalk, heel pads, wrist wraps, braces)
Rest and recover
Use spotters
Ensure the basic equipment safe and intact

Summary

Gymnastic injuries often don’t require surgery, but they usually require some medical attention. When injuries occur, no matter the severity, it’s important to seek treatment immediately.

Ignoring symptoms prolongs healing, increases suffering, and can result in more significant problems down the road.

Following preventive techniques can greatly reduce the risk of injury.

###[ad_2]
Originally Appeared Here

ROM Technologies: How Far Knee Recovery Technology Has Come

HARTFORD, CT, July 23, 2022 /24-7PressRelease/ — It is often said that a knee is simply not a knee post-surgery. As is the case with so many aspects of our lives and bodies that we take for granted. We scarcely realize how much pressure a joint like the knee must endure to keep us moving smoothly and pain-free. Of course, this is until something goes wrong and we need surgery to correct it.

While knee surgeries are sometimes the best option, they have come a long way. Improvements have been primarily due to the changes in medical knowledge and available technologies.

How ROM Technologies is Changing the Game

As stated prior, technology has done wonders to improve the results we experience from undergoing knee surgery. Much of this is due to changes in post-surgery knee recovery technology. ROMTech is a leading organization in pre-op and post-op knee surgery recovery.

Knee replacement is the most popular surgical option. In the past, this would leave recipients with stiff knees that would not help them move or function as efficiently as they desired. Today, the opposite is true.

Today, athletes can undergo knee replacement surgery and, with strategic rehabilitative work, find that they can work their way back to peak capacity. Thanks to leading medical technology organizations, having a knee rehabilitation resource helps ensure that patients can recover as quickly and efficiently as possible with smooth, pain free movement.

Knee replacement surgery no longer means that a sporting career has to end or that daily life has to be significantly hampered. Thanks to ROMTech’s work in producing high-quality joint replacement material, their work is not only limited to knees.

ROM Technologies PortableConnect actually used in both knee and hip patients rehabilitation as well. This makes sense, as a debilitatingly injured or arthritic hip can impact the knees negatively and vice versa. It makes sense that these key features of the lower extremities are considered in tandem.

How to Get Started Working with ROMTech

Since their PortableConnect device enables knee and hip recovery it is easy to see what their focus is on, improving quality of life. Sometimes people with knee and hip issues may be concerned with having to do a procedure.

However, the advancements in ROM Technologies help ensure that higher-quality replacements help reduce the likelihood of the same. As such, they encourage anyone who may need replacement surgery (irrespective of age or even profession) to have it done sooner rather than later.

—
Press release service and press release distribution provided by http://www.24-7pressrelease.com

###[ad_2]
Originally Appeared Here

Medical Minute: Joint Replacement Innovation

[ad_1]

by: Keni Mac, Sponsored by Colorado Springs Orthopaedic Group

Posted: Jul 22, 2022 / 02:20 PM MDT

Updated: Jul 22, 2022 / 02:20 PM MDT

In today’s Medical Minute, Orthopedic Joint Replacement Surgeon, Dr. Ted Stringer, with Colorado Springs Orthopaedic Group, dives into the the innovation of joint replacement over time. He explains that today’s advanced technology has improved the medical world greatly. Stringer says “digital” is the future of medical procedures.

Visit CSOG’s website to learn how you can schedule your next appointment.
Click here: CSOG.net.

###[ad_2]
Originally Appeared Here

Comprehensive care program helped reduce some racial disparities after hip and knee replacement

Newswise — April 18, 2022 – A “bundled care” Medicare program to improve care for patients undergoing hip or knee replacement surgery has led to reductions in some outcome disparities for Black compared with White patients, suggests a study in The Journal of Bone & Joint Surgery. The journal is published in the Lippincott portfolio in partnership with Wolters Kluwer.

The introduction of Medicare’s Comprehensive Care for Joint Replacement (CJR) Model coincided with a reduction of racial differences in hospital readmission rates after hip or knee replacement surgery, according to new research by Calin Moucha, MD, Jashvant Poeran, MD, PhD, and other colleagues at the Icahn School of Medicine at Mount Sinai, New York.

Despite gains, racial differences persist in patient characteristics and outcomes

With use of nationwide Medicare claims data, the researchers analyzed disparities between Black and White patients undergoing total hip or knee replacement surgery, before and after rollout of the CJR Model in 2016. Under the CJR Model, health-care organizations receive a single “bundled” payment for all services throughout an episode of care – from the initial hospitalization to 90 days postoperatively – providing incentives to reduce costs while improving quality of care.

The study included data on nearly 1.5 million hip or knee replacement surgeries performed from 2013 to 2018. About 5% of patients were Black.

The analysis showed substantial racial differences in patient characteristics, outcomes, and Medicare payments, both before and after implementation of the CJR Model. As a group, Black patients had higher rates of other health problems, received more blood transfusions, spent more days in the hospital, and were more likely to be discharged to an institution (such as a skilled nursing facility), rather than being sent directly home.

The CJR program led to improvements in several key outcomes, some of which differed by race. After adjustment for other factors, White patients who were managed under the CJR approach had reductions in length of hospital stay, complication rate, risk of hospital readmission within 90 and 180 days, discharge to institutional care, and Medicare payments to skilled nursing facilities.

Some of the improvements were greater among Black patients. In particular, Black patients had larger reductions in 90-day and 180-day hospital readmission rates, as well as in Medicare payments related to outpatient care.

The greater benefits among Black compared to White patients suggest that the CJR program has improved some pre-existing racial differences. “These observed racial differences may represent true ‘disparities’ as some may not be attributable to clinical factors and may be directly associated with poorer outcomes,” the researchers write.

Dr Moucha comments, “This is an important finding as it provides insights on how to effectively reduce these disparities that we know are widespread, not just on orthopaedics, but in medicine in general.”

Dr. Poeran adds, “These results indeed seem promising, but we do have to consider alternative perspectives and explanations of our results. For example, although the effects on readmission rates are promising, the difference in payments for outpatient care – where we saw lower Medicare payments for Black patients – may also indicate potential under-utilization of postdischarge care in certain subgroups.”

Together with some previous reports of outcomes after introduction of the CJR Model, the new findings “support the notion of adapting and leveraging the bundled payment program design to reduce disparities in [total hip and knee replacement] care and outcomes,” the researchers write. They note that their study could not demonstrate a causal relationship between the CJR Model and the observed improvements in patient outcomes.

“A first step toward reducing racial differences that represent disparities […] is to understand the sources of these disparities,” Dr. Poeran and colleagues conclude. They call for further studies to evaluate the potential of bundled payment models to reduce racial disparities, and the mechanisms by which they do so.

Click here to read “Racial Differences in Care and Outcomes After Total Hip and Knee Arthroplasties: Did the Comprehensive Care for Joint Replacement Program Make a Difference? “

DOI: 10.2106/JBJS.21.00465

###

About The Journal of Bone & Joint Surgery

The Journal of Bone & Joint Surgery (JBJS) has been the most valued source of information for orthopaedic surgeons and researchers for over 125 years and is the gold standard in peer-reviewed scientific information in the field. A core journal and essential reading for general as well as specialist orthopaedic surgeons worldwide, The Journal publishes evidence-based research to enhance the quality of care for orthopaedic patients. Standards of excellence and high quality are maintained in everything we do, from the science of the content published to the customer service we provide. JBJS is an independent, non-profit journal.

About Wolters Kluwer

Wolters Kluwer (WKL) is a global leader in professional information, software solutions, and services for the clinicians, nurses, accountants, lawyers, and tax, finance, audit, risk, compliance, and regulatory sectors. We help our customers make critical decisions every day by providing expert solutions that combine deep domain knowledge with advanced technology and services.

Wolters Kluwer reported 2020 annual revenues of €4.6 billion. The group serves customers in over 180 countries, maintains operations in over 40 countries, and employs approximately 19,200 people worldwide. The company is headquartered in Alphen aan den Rijn, the Netherlands.

Wolters Kluwer provides trusted clinical technology and evidence-based solutions that engage clinicians, patients, researchers and students in effective decision-making and outcomes across healthcare. We support clinical effectiveness, learning and research, clinical surveillance and compliance, as well as data solutions. For more information about our solutions, visit https://www.wolterskluwer.com/en/health and follow us on LinkedIn and Twitter @WKHealth.

For more information, visit www.wolterskluwer.com, follow us on Twitter, Facebook, LinkedIn, and YouTube.

###[ad_2]
Originally Appeared Here

Enovis Launches ARVIS®, Only Augmented Reality Surgical Guidance System Designed Specifically to Improve Both Total Hip and Knee Replacement Surgery

[ad_1]

ARVIS offers orthopedic surgeons a wearable AR headset used during surgery to help accurately place hip and knee implants

July 22, 2022

WILMINGTON, Del.–(BUSINESS WIRE)–Today, Enovis (NYSE: ENOV), an innovation-driven medical technology company, announced the commercial launch of ARVIS^® (Augmented Reality Visualization and Information System) with over 200 cases successfully completed in the U.S. This FDA-cleared system is the only proprietary, real-time, hands-free augmented reality (AR) technology precisely engineered for orthopedic surgeons, so they can visualize precision guidance when performing hip and knee surgery with the support of AR.

AR technology is a form of orthopedic surgical guidance technology that helps surgeons place and align implants during surgery. Unlike other traditional robotic systems that require additional staff, ARVIS is a self-contained, wearable surgical guidance device controlled by the surgeon that can either be worn on an ARVIS headband or compatible with the helmets already worn in surgery. ARVIS is designed to ensure surgeons can focus on their patient – not a screen across the room – by empowering them with a hands-free view of the procedure.

“ARVIS was designed to provide surgeons with better information, more confidence and an enhanced surgical experience that integrates seamlessly into their procedural workflow without the need for obtrusive and unnecessary equipment,” said Louie Vogt, President and General Manager of Enovis Surgical. “ARVIS is significantly smaller, but powerful and precise, with a more economical price than large robotic systems.^1,2 In turn, it can be adopted and scaled by a wide array of ambulatory surgical centers and hospitals, meaning more access to more patients wishing to experience the benefits of a technology-assisted knee or hip replacement.”

ARVIS is the first system with proprietary hardware designed to assist surgeons in precisely placing hip and knee joint replacements, to help improve joint replacement recovery outcomes. ARVIS is more sustainable and environmentally friendly than other technologies as well, due to the elimination of single use plastic instruments and consumables requiring disposal. It is AR-supported surgery, through the eyes of the surgeon.

Hip or knee replacement is the standard treatment for osteoarthritis, the most common form of arthritis and the most common cause of disability in adults. Osteoarthritis involves degradation of the joint through the breakdown of cartilage, including articular cartilage and subchondral bone, according to the Mayo Clinic.³

“Having knee or hip replacement is a big decision for any patient. ARVIS provides me real-time feedback at the operative site and guides me as I make cuts and check measurements to ensure that the angles are correct for the best fit and alignment. The screens are located within my line of sight, so I never have to take my eyes off the patient,” said Dr. Michael Nett,⁴ Chair of Orthopedic Surgery, South Shore University Hospital in Bay Shore, NY. “ARVIS gives me further peace of mind as I’m placing small components that can make a big difference for the long and short-term arthritis relief my patients expect and deserve. It’s a game changer.”

ARVIS AR Technology was acquired by Enovis subsidiary, DJO, LLC, as part of its acquisition of Insight Medical Systems on July 5, 2022. ARVIS is compatible with Enovis’ innovative EMPOWR™ Hip and Knee product offerings including EMPOWR™ 3D, Porous and Partial Knee, EMPOWR Acetabular^® and Dual Mobility, along with compatible femoral stems.

For more information, visit enovis.com/arvis.

References:

Novak, Erik J., Marc D. Silverstein, and Kevin J. Bozic. “The cost-effectiveness of computer-assisted navigation in total knee arthroplasty.” JBJS 89.11 (2007): 2389-2397.
Macario, Alex. “What does one minute of operating room time cost?” Journal of clinical anesthesia 4.22 (2010): 233-236.
Osteoarthritis – Symptoms and causes, Mayo Clinic, 2022: Osteoarthritis – Symptoms and causes – Mayo Clinic
Dr. Michael Nett is a paid consultant for Enovis Surgical.

About Enovis

Enovis Corporation (NYSE: ENOV) is an innovation-driven, medical technology growth company dedicated to developing clinically differentiated solutions that generate measurably better patient outcomes and transform workflows. Powered by a culture of continuous improvement, global talent and innovation, the Company’s extensive range of products, services, and integrated technologies fuels active lifestyles in orthopedics and beyond. For more information about Enovis, please visit www.enovis.com.

Contacts
Media contact:
Shay Smith
Health+Commerce
707.971.9779
shay@healthandcommerce.com

###[ad_2]
Originally Appeared Here

Gravidity, parity and knee breadth at midlife: a population-based cohort study

Study population

This study utilized a subsample of prospective, population-based Northern Finland Birth Cohort 1966 (NFBC1966)¹⁶. Initially, NFBC1966 comprised pregnant women living in Northern Finland (i.e. the provinces of Oulu and Lapland) whose expected delivery dates fell between Jan 1 and Dec 31, 1966. The cohort included 12,068 mothers and 12,231 children, with a coverage of 96% of all births during 1966 in Northern Finland. Prospective data collection began in the 16th gestational week, and the NFBC1966 participants have been followed ever since. Broad questionnaires and clinical examinations have been used to gather information on the participants’ health status and lifestyle habits.

At age of 46, a total of 5861 individuals responded to questionnaires and participated in clinical examinations. Of them, 1946 individuals residing in the Oulu region (100 km radius) underwent radiography of the knee joint. Of these, 1131 individuals were excluded due to (1) male sex, (2) missing reproductive or confounder data, (3) previous knee surgery, (4) bone pathologies in the radiographs (mostly osteoarthritic changes), or (5) technically inadequate radiographs. Thus, the final sample of this study comprised 815 women.

Knee measurements

Knee breadth measurements were taken from digital radiographs of the right knee joint (Fig. 1) by an author of the study (A.K.). A detailed description of the procedure has been given in a previous publication¹⁷. Radiographs were accessed and measured using neaView Radiology software version 2.31 (Neagen Oy, Oulu, Finland). Posteroanterior radiographs were utilized, with individuals positioned in fixed flexion view^18,19.

Figure 1

Knee measurements. FCML mediolateral breadth of femoral condyles, TPML mediolateral breadth of tibial plateau. Diameter of the calibration disc: 30 mm.

The following measurements were taken from each radiograph: (1) mediolateral breadth of the articular surface of the femoral condyles (FCML), and (2) mediolateral breadth of the articular surface of the tibial plateau (TPML). FCML was measured by drawing a line tangential to the inferiormost points of the femoral condyles; this line was transposed to the widest part between the femoral condyles. TPML was measured as close to the border of the tibial plateau as possible. Measurements were recorded to the nearest 0.1 mm. The initial measurements were converted into true sizes with the help of a metal calibration disc of 30 mm in diameter attached on the participant’s right leg. The technical error of measurement (TEM) and relative technical error of measurement (rTEM) were reported by Keisu et al.¹⁷, and the repeatability was high for all the measurements (TEM 0.1–0.5 mm, rTEM 0.1–0.6%).

Reproductive history

In the 46-year follow-up questionnaire, women were asked about the number of deliveries, ectopic pregnancies, miscarriages and abortions they had undergone during their lifetime. As described in a previous publication²⁰, gravidity was calculated as the overall number of pregnancies, and parity as the number of deliveries of each woman. Women with no deliveries were classed as ’nulliparous’, those with one delivery as ’primiparous’, and those with a history of several deliveries were classed as ‘multiparous’. Those with ≥ 5 deliveries were classed as ‘grand multiparous’.

Confounders

In the clinical examination at the age of 46, a study nurse systematically measured the height and weight of each individual. Body mass index (BMI) in kg/m² was calculated as weight divided by height squared.

Education, smoking history and leisure-time physical activity were elicited in the 46-year follow-up questionnaire. Education years, a proxy for socioeconomic status, was determined by asking: ‘What is your basic education? (1) Less than 9 years of elementary school, (2) elementary school, (3) matriculation examination’; and What is your vocational education? (1) None, (2) occupational course, (3) vocational school, (4) vocational college, (5) polytechnic, (6) university, (7) other, (8) unfinished course’. The responses were classed according to the Finnish education system as follows: < 9 years, 9–12 years, or > 12 years.

Smoking history was elicited using two questions: (1) ‘Have you ever smoked cigarettes (yes/no)?’ and (2) ‘Do you currently smoke (yes/no)?’. Individuals were classed as non-smokers, former smokers, or current smokers.

Leisure-time physical activity was elicited by asking: ‘How often do you participate in brisk physical activity/exercise [defined as causing at least some sweating and breathlessness] during your leisure time? (1) Daily, (2) 4–6 times a week, (3) 2–3 times a week, (4) Once a week, (5) 2–3 times a month, (6) Once a month or less often. The responses were regrouped as follows: < 1 times/week, 1–3 times/week, or ≥ 4 times/week.

Statistical analysis

SPSS software (IBM, Armonk, NY, USA) version 27, 64-bit edition was used for the statistical analyses. P values < 0.05 were considered statistically significant. Means with standard deviations (SDs), medians with interquartile ranges (IQRs) and percentages with frequencies were used as descriptive statistics. Characteristics of the sample were presented before and after stratification by parity.

The associations of gravidity and parity with knee breadth (i.e. FCML and TPML in mm) were analyzed using general linear models. Beta coefficients, 95% confidence intervals (CIs) and P values were documented from the output. Models were first constructed without adjustments (unadjusted models), and then confounder variables were added (adjusted models). Gravidity and parity were modelled as continuous variables (where beta coefficients are interpreted relative to one pregnancy/delivery), and by comparing groups with each other (e.g. multiparous vs. others, where beta coefficients represent mean difference between groups).

Ethical considerations

The study adhered to the principles of the Declaration of Helsinki, with voluntary participation and signed informed consent. Sensitive details were replaced by anonymous identification codes. The Ethics Committee of the Northern Ostrobothnia Hospital District approved the study.

Originally Appeared Here

“Smart knee” technology allows knee replacement patients to actively engage in their care

As intelligent, connected technology becomes more prevalent in every aspect of our daily lives, it’s probably no surprise that apps and digital feedback are becoming a part of the high-tech world of orthopaedic surgery.

Vail-Summit Orthopaedics & Neurosurgery is currently offering a one-of-a-kind, interconnected pair of all-new tech tools which promise to significantly and proactively improve the outcome of knee replacement patients.

Dr. Nathan Cafferky, a well-respected total joint surgeon and partner in VSON, is one of the first surgeons in the country to use the Persona IQ® “smart knee,” an FDA-approved knee replacement prosthetic that has been very subtly implanted with a data-sharing unit.

Dr. Nathan Cafferky uses technology, such as the smart knee or robotics systems routinely in his surgical procedures, to help him and VSON stay on the cutting edge of patient-focused care.

When used in conjunction with the mymobility® app that many of VSON’s patients already use on their smartphones to prepare for and recover from knee surgery, Cafferky says the combination allows patients to more accurately gauge their success and set goals for themselves throughout their recovery.

“The smart knee appeared in the last six or months or so, and it’s a game-changer, especially for those who are super-into new technology,” Cafferky says. “It gives you real-time feedback on your recovery: your steps, your biometrics and range of motion.”

mymobility, he explains, still works very well as a tool for patients to understand the stages of their pre- and post-surgical progress, but it tends to simply provide passive information. The smart knee, equipped with a tiny RF-frequency transmitter, delivers data on strain, stride, strength and other biometric details to a HIPAA compliant cloud-based platform that can only be accessed by you and your healthcare team. It does not collect data on your location– Cafferky jokes that he cannot use the implant to see if you are at Wal-Mart.

That data can be used to track recovery and help patients set goals for themselves. “But it can also point out other important issues,” he adds. “For example, it can tell us if the implant is not working because of infection, loosening of components or failure.”

**The smart knee is a game-changer in healthcare. It gives you real-time feedback on your recovery: your steps, your biometrics and range of motion.**

While total joint surgery has become a very common procedure in recent years, Cafferky says VSON’s objective is better outcomes for everyone. Technology, such as the smart knee or the robotics systems he routinely uses in his surgical procedures, help him and VSON stay on the cutting edge of patient-focused care.

In the case of the new smart knee, Cafferky says the instantaneous nature of its digital feedback can be an invaluable tool to help patients monitor their progress and see how an active post-surgical regimen will contribute to their recovery.

“The implant software even uses predictive analysis and artificial intelligence to tell the patients that if they take 500 steps today, there’s a 90% chance of them being much improved in two months,” he notes. “It helps point out trends to help people stay on the right path, and it gives more patients the confidence in their care.”

Those affirmations are part of VSON’s overall objectives for its patients, and Cafferky says the interconnected tools represent another aspect of the organization’s mission of helping patients comfortably and quickly return to their normal routines.

Cafferky admits the smart knee concept is not for everyone, but he says that patients who’ve embraced everything from self-driving cars to a range of home high-tech devices have been very excited by Persona IQ and other similar biotech looming on the horizon.

“This technology is sort of like a pacemaker for the knee, but we get to be connected to the patient every step of the way. This is how we get healthcare innovation.”

So far, Cafferky has had two patients implanted with the prosthetic, and plenty more signed up – of the 100 or so smart knee surgeries done in the US so far, most have been in Colorado, he says.

“New ideas like this generate more excitement, and as always, the goal is to help patients thrive, succeed and feel more engaged in their recovery.”

###[ad_2]
Originally Appeared Here

INOV8 Surgical Performs First Surgery using THINK Surgical’s Next-Generation Robot Technology for Knee Replacement

FREMONT, Calif., Aug. 26, 2021 /PRNewswire/ — THINK Surgical, Inc., an innovator in the field of orthopedic active robot surgery, is pleased to announce that INOV8 Surgical is the first healthcare facility to utilize the second-generation TSolution One® Total Knee Application for total knee arthroplasty (TKA). Stefan Kreuzer, M.D., orthopedic surgeon, and the founder of INOV8 Orthopedics, performed the first procedure with the new system on August 24^th at INOV8 Surgical Ambulatory Surgery Center (ASC) in Houston, Texas. THINK’s TSolution One system is the only robot system for TKA that supports an open implant library, giving surgeons the largest choice of implant options from different manufactures facilitating broad patient customization.

“My team and I are pleased to offer our patients the accuracy and reproducibility made possible in joint replacement procedures by THINK Surgical’s next-generation active robot,” said Dr. Kreuzer*. “Adoption of this advanced technology demonstrates our commitment to deliver exceptional outcomes for our patients.”

Dr. Kreuzer incorporated the first-generation TSolution One system into the INOV8 Surgical orthopedics program in early 2020, shortly after initial FDA clearance. INOV8 Surgical is a leading healthcare facility specializing in outpatient total joint procedures.

“We are very excited to have our latest robotic technology available to patients through the INOV8 Surgical ASC,” said Jay Yang, acting CEO and COO of THINK Surgical, Inc. “Our innovative engineers continue to advance robotic orthopedic surgery as demonstrated by our next-generation system and by future product launches.”

The TSolution One system consists of TPLAN^®, a 3D pre-surgical planning workstation, and TCAT^®, an active robot. Pre-surgical planning allows the surgeon to design and prepare the patient’s personalized joint replacement surgical plan in a virtual environment. The active robot aids the surgeon in executing the preoperative surgical plan with precise, automated cutting and removal of the diseased bone and cartilage. The TSolution One system assists surgeons with optimizing joint implant placement based on each patient’s unique anatomy.

About THINK Surgical^®, Inc.
THINK Surgical, Inc., a privately held U.S.-based medical device and technology company, develops, manufactures, and markets active robotics for orthopedic surgery. The core technology of the TSolution One system has been used in tens of thousands of successful total joint replacements worldwide.

The TSolution One system is the only robot available for total joint replacement procedures that features an open implant library.

THINK Surgical actively collaborates with healthcare professionals around the globe to refine of our orthopedic products, improving the lives of those suffering from advanced joint disease with precise, accurate, and intelligent technology. Please refer to the instructions for use for the TSolution One system for a complete list of indications, contraindications, warnings, and precautions. For additional product information, please visit www.thinksurgical.com.

*Dr. Kreuzer is a paid consultant of THINK Surgical.

Media Contact
Sheri Hensley
SHensley@thinksurgical.com
510-602-0951

(PRNewsfoto/THINK Surgical, Inc.)

View original content to download multimedia:https://www.prnewswire.com/news-releases/inov8-surgical-performs-first-surgery-using-think-surgicals-next-generation-robot-technology-for-knee-replacement-301363227.html

SOURCE THINK Surgical, Inc.

###[ad_2]
Originally Appeared Here

Same-day knee, hip replacement surgeries becoming the new norm

It’s difficult to manage when the knee or hip joint you demand so much of fails you. Good joint health is important so you can remain mobile, but we tend to do nothing for our knees or hips until the pain becomes too much to bear.

David J. Peterson, DO, orthopedic knee and hip replacement specialist at Bingham Healthcare Orthopedics & Sports Medicine, offers an effective and minimally invasive solution to help patients find relief from pain: same-day knee and hip replacements.

“Having a total or partial knee or hip replacement once meant patients had to stay in the hospital for several days,” says Dr. Peterson. “With recent improvements in technology and surgical techniques, I have the ability to perform knee and hip replacements much more effectively and efficiently. After the surgery, many patients can go directly home to recover.”

Bingham Healthcare Orthopedic & Sports Medicine is proud to offer same-day knee and hip replacements. Dr. Peterson was the first surgeon in Idaho to perform a robotic-assisted total knee replacement. Since that time, he has performed over 1,000 knee and hip replacements using robotic technology, more than any other surgeon in the Intermountain West. In addition to Idaho, his patients have come from Utah, Wyoming, Montana, Oregon, Washington, and Nevada, and from even as far away as the East Coast.

Research has shown the Mako system to be the most accurate, most reproducible, and safest way to perform hip and knee replacement surgeries. “Mako robotic-arm assisted hip and knee surgery has dramatically changed the way joint replacement procedures are performed, by providing each patient with a personalized surgical experience based on their specific diagnosis and anatomy,” says Dr. Peterson. “With the use of a virtual 3D model, the Mako system allows me to create each patient’s surgical plan pre-operatively, before the patient even enters the operating room.”

During surgery, the surgeon can validate that plan and make any necessary adjustments while guiding the robotic-arm to execute the procedure exactly as planned. Because every surgery is customized to the meet the needs of each patient, this makes them less invasive.

In addition, pain management has changed. We used to rely on strong pain medications, which can have undesirable side effects. We now offer non-narcotic pain blocks around the hip or knee joint, significantly reducing the need for narcotics and allowing patients to walk and perform stairs within a few hours after surgery.

“I also feel more comfortable sending many patients home the same day of their surgery because home health services have evolved greatly,” says Dr. Peterson. In the past, many patients were sent to rehab centers for several weeks to recover. “Research has shown that patients recover a lot faster in their own homes. There’s less chance of infection, they sleep better, and they feel safer, more secure, and comfortable in their own environment, surrounded by family.”

While a same-day, or outpatient, knee or hip replacement certainly has its advantages, don’t expect to fully resume your normal daily activities within a week or two after surgery. Healing takes time and patience. The damage to your joint happened over time; recovery and healing will take time as well.

“It’s exciting to be able to offer same-day knee and hip replacements surgery options throughout the region,” says Dr. Peterson. “Especially because it’s less daunting for patients and I know how much this surgery can change someone’s life for the better.”

Meet Dr. David J. Peterson

As a leading orthopedic surgeon in Eastern Idaho, Dr. Peterson specializes in arthritis and minimally invasive joint replacement for the knee and hip, including partial knee resurfacing. He is board certified in orthopedics and fellowship trained in knee and hip replacement.

He sees patients in Pocatello, Blackfoot, and Idaho Falls. If you have questions about your knee or hip health, or are ready to find relief from constant knee or hip arthritis pain, call (208) 782-2999 to schedule an appointment.

Originally Appeared Here

MedWatch Today: Why Physical Therapy is So Important After an Orthopedic Surgery

[ad_1]

After a surgery, having a personalized physical therapy plan can help ensure your body heals properly.

At Community Health System, patients who undergo orthopedic surgery are encouraged to move within the first day after their procedure. Our physical therapists help patients strengthen their muscles around their new joint and help regain motion.

Fresno resident Michael Yamane spends lots of time at the outpatient physical therapy facility at Clovis Community Medical Center. He’s a FedEx employee and had shoulder surgery last November, and hip surgery this past Spring.

“We do a lot of heavy lifting, so I was loading trucks before all this happen, so I was loading the trucks… TV’s and furniture and swimming pools and all those big heavy things,” described Michael.

Michael explains, after his total hip replacement surgery on his left hip, “The next morning they tried to get you propped up and standing and see if you can step you know I did that slowly,”

Michael works with physical therapist Erika McFarland.

“At Community we have a total joint replacement program, and that’s where the patient is informed prior to going into the surgery they’re informed about what to expect for the surgery and then as far as what to expect afterward as far as rehabilitation goes,” stated Erika.

Erika said when post-surgery patients are in the hospital, a team of physical therapists will help them start to slowly move. Patients walk at first with the help of a walker or crutches.

She continued, “After you’re done at the hospital, then we are able to determine if you need to go home for a little bit more therapy at home, or if you’re high enough functioning, then you can transition into an outpatient physical therapy program.”

In the outpatient physical therapy facility, Erika works with Michael on strengthening and endurance.

“I did a lot of stretching and balancing and just getting my normal rhythm back,” said Michael.

Erika explained, “For balance in particular, we worked on single leg balance, so I have him stand at a counter so he can hold on if he needs to… And that not only helps the hip joint but also his ankle his knee even his core… For his strengthening, we did some squatting, we did some work on the machines, we did like the leg press for him, we had him do hamstring curls.”

Erika said it’s crucial that post-surgery patients stick to their rehabilitation plan because it will help them heal safer and faster. It’s also important to practice what they learn here at home.

“We can help give you the tools to specifically help the muscles that are weak, or the muscles that are tight, or the different joints that need that better movement,” said Erika.

“It helped me gain confidence and I can feel more strength in my legs and before I couldn’t even push myself,” ended Michael.

###[ad_2]
Originally Appeared Here