#GOACON #Rajkot
We Smit Medimed, Manufacturer & Exporter of the Orthopaedic Implants & Instruments.
We participated in GOACON 2020 Event held in Rajkot< Gujarat from 8th & 9th Feb, 2020.
We exhibited our Spinal Implants, Trauma implants, Intramedullary nailing system & Hip & Knee Replacement system and instruments.
#ArabHealth #Dubai
We Smit Medimed, Manufacturer & Exporter of the Orthopaedic Implants & Instruments.
We are very glad to invite you to visit our Booth No.R. P75 at ARAB HEALTH from 27th to 30th January, 2020 at Dubai World Trade Centre, Dubai.
We will be presenting our all products range of Trauma Implants, Spine Implants, Joints Replacement System, Intramedullary Nailing System& High Quality of Orthopaedic Instruments.
Your presence will do us great honor and we are looking forward to seeing you. Hope to see you there
#IOACON2019
We participated in IOACON 2019 Event held at Biswa Bangla Convention Centre Kolkata, West Bengal from 19th to 24th November , 2019.
We exhibited our Spinal Implants, Trauma implants, Intramedullary nailing system, Hip & Knee Replacement system and instruments.
VOSCON 2019
We participated in VOSCON 2019 Event held at City Sports Club(CSC) resort, NH-6, Amravti Road, Akola on 19th & 20th October 2019.
We exhibited our Spinal Implants, Trauma Implants, Intramedullary Nailing system, Hip & Knee Replacement System and instruments.
Researchers assessed the effectiveness and tolerability of duloxetine in patients with knee osteoarthritis (OA), one of the most common joint diseases. Data from six randomized controlled trials were pooled, including 2059 participants. According to findings, duloxetine is effective in managing chronic pain and physical function loss in knee OA with acceptable adverse events despite having no advantage in the treatment of joint rigidity.
Read the Full Article On :
In MDLinx (A meta-analysis of randomized controlled trials)
The radius is one of two forearm bones and is located on the thumb side. The part of the radius connected to the wrist joint is called the distal radius. When the radius breaks near the wrist, it is called a distal radius fracture.
The break usually happens due to falling on an outstretched or flexed hand. It can also happen in a car accident, a bike accident, a skiing accident or another sports activity.
A distal radius fracture can be isolated, which means no other fractures are involved. It can also occur along with a fracture of the distal ulna (the forearm bone on the small finger side). In these cases, the injury is called a distal radius and ulna fracture.
Depending on the angle of the distal radius as it breaks, the fracture is called a Colles or Smith fracture.
Decisions on how to treat a distal radius fracture may depend on many factors, including:
This option is usually for fractures that are considered unstable or can’t be treated with a cast. Surgery is typically performed through an incision over the volar aspect of your wrist (where you feel your pulse). This allows full access to the break. The pieces are put together and held in place with one or more plates and screws.
In certain cases, a second incision is required on the back side of your wrist to re-establish the anatomy. Plates and screws will be used to hold the pieces in place. If there are multiple bone pieces, fixation with plates and screws may not be possible. In these cases, an external fixator with or without additional wires may be used to secure the fracture. With an external fixator, most of the hardware remains outside of the body.
After the surgery, a splint will be placed for two weeks until your first follow-up visit. At that time, the splint will be removed and exchanged with a removable wrist splint. You will have to wear it for four weeks. You will start your physical therapy to regain wrist function and strength after your first clinic visit. Six weeks after your surgery, you may stop wearing the removable splint. You should continue the exercises prescribed by your surgeon and therapist. Early motion is key to achieving the best recovery after surgery.
Written By : Johns Hopkins Medicine
The clavicle is located between the ribcage (sternum) and the shoulder blade (scapula). It is the bone that connects the arm to the body.
The clavicle lies above several important nerves and blood vessels. However, these vital structures are rarely injured when a fracture occurs.
Clavicle fractures are fairly common and occur in people of all ages. Most fractures occur in the middle portion, or shaft, of the bone. Occasionally, the bone will break where it attaches at the ribcage or shoulder blade.
Clavicle fractures vary. The bone can crack just slightly or break into many pieces (comminuted fracture). The broken pieces of bone may line up straight or may be far out of place (displaced fracture).
Clavicle fractures are most often caused by a direct blow to the shoulder. This can happen during a fall onto the shoulder or a car collision. A fall onto an outstretched arm can also cause a clavicle fracture. In a baby, a clavicle fracture can occur during the passage through the birth canal.
A clavicle fracture can be very painful and may make it hard to move your arm. Other signs and symptoms of a fracture may include:
Our thighbone (femur) is the longest and strongest bone in our body. Because the femur is so strong, it usually takes a lot of force to break it. Motor vehicle collisions, for example, are the number one cause of femur fractures.
The long, straight part of the femur is called the femoral shaft. When there is a break anywhere along this length of bone, it is called a femoral shaft fracture. This type of broken leg almost always requires surgery to heal.
Femur fractures vary greatly, depending on the force that causes the break. The pieces of bone may line up correctly (stable fracture) or be out of alignment (displaced fracture). The skin around the fracture may be intact (closed fracture) or the bone may puncture the skin (open fracture).
Doctors describe fractures to each other using classification systems. Femur fractures are classified depending on:
The most common types of femoral shaft fractures include:
Transverse fracture. In this type of fracture, the break is a straight horizontal line going across the femoral shaft.
Oblique fracture. This type of fracture has an angled line across the shaft.
Spiral fracture. The fracture line encircles the shaft like the stripes on a candy cane. A twisting force to the thigh causes this type of fracture.
Comminuted fracture. In this type of fracture, the bone has broken into three or more pieces. In most cases, the number of bone fragments corresponds with the amount of force needed to break the bone.
Open fracture. If a bone breaks in such a way that bone fragments stick out through the skin or a wound penetrates down to the broken bone, the fracture is called an open or compound fracture. Open fractures often involve much more damage to the surrounding muscles, tendons, and ligaments. They have a higher risk for complications—especially infections—and take a longer time to heal.
Femoral shaft fractures in young people are frequently due to some type of high-energy collision. The most common cause of femoral shaft fracture is a motor vehicle or motorcycle crash. Being hit by a car while walking is another common cause, as are falls from heights and gunshot wounds.
A lower-force incident, such as a fall from standing, may cause a femoral shaft fracture in an older person who has weaker bones.
A femoral shaft fracture usually causes immediate, severe pain. You will not be able to put weight on the injured leg, and it may look deformed—shorter than the other leg and no longer straight.
Credit to: orthoinfo
Researchers at the University of Rochester in New York have taken a deep look into the connection between the volume of revision total joint arthroplasty (TJA) surgeries and patient outcomes.
Co-author Benjamin Ricciardi, M.D. explained to OTW why this connection is especially important. “The association between hospital volume and primary total joint replacement has been well established but has not been studied extensively in revision total joint replacement. Revision surgery is more complicated than primary surgery, and we hypothesized that hospitals with higher volume would have improved early outcomes relative to lower volume hospitals.”
The researchers looked at records from 29,948 inpatient stays for revision TJA from 2008 to 2014 in the Statewide Planning and Research Cooperative System (SPARCS) database for New York State. They looked at the relationship between hospital revision volumes by quartile and the associated patient outcomes. The researchers also examined the top 5 percentile of hospitals as a separate cohort.
Dr. Ricciardi summarized the study results to OTW, “The most important results were hospitals in the highest 5% by volume for revision total joint replacement had lower 90-day readmissions relative to lower volume hospitals. Additionally, hospitals in the lowest quartile by volume had higher 90-day complications relative to higher volume hospital categories.”
“The results of this study suggest that regionalizing revision services to higher volume hospitals may be beneficial to early revision total joint replacement outcomes, however, further studies are needed to examine any negative impact on access to care that these policies may cause and define longer term outcomes of revision total joint replacement relative to hospital volume.”
According to the authors, “Disadvantages of regionalization include reduced access to care, increased patient travel distances, and possible capacity issues at receiving centers. Further studies are needed to evaluate the benefits and negative consequences of regionalizing revision TJA services to higher-volume revision TJA institutions.”
Reference from : ryortho.com
Researchers from NYU Langone Orthopedics, Hospital for Special Surgery, and Mayo Clinic have developed a hip-spine classification system for use in revision total hip arthroplasty that may help decrease the risk of recurrent instability.
Their work, “Evaluation of the Spine is Critical in Patients with Recurrent Instability after Total Hip Arthroplasty,” has been accepted for publication in an upcoming 2019 issue of The Bone & Joint Journal.
Co-author Jonathan M. Vigdorchik, M.D., at the time of the study an orthopedic surgeon in the Division of Adult Reconstructive Surgery at NYU Langone Orthopedics in New York City, noticed a trend which, as he explained to OTW, prompted this study. “In clinical practice, being at a tertiary referral center, we get many referrals for revision THA [total hip arthroplasty]. As we started looking at our revisions for dislocation, we began noticing a trend—patients all had spine fusions or spines that were in bad shape. So, this launched us on a research path about spine fusions and hip replacement.”
The researchers collected data on 111 patients undergoing revision THA for recurrent instability and matched 1:1 to 111 revisions specifically performed for instability not using this protocol (the control group).
Dr. Vigdorchik, now an orthopaedic hip and knee replacement surgeon at Hospital for Special Surgery in New York, told OTW, “We found that spinal fusion, and also the higher number of spinal levels fused, caused higher dislocation rates. We also found that patients with spinal deformity had higher rates of dislocation.”
“So, we had a combined spine surgeons and hip surgeons conference to discuss. As a hip surgeon, I started looking at the hip and the pelvis like a spine surgeon and began noticing certain trends. When we applied this to dislocating hips, it became very clear why they were dislocating and explains a large group of patients where the doctors could never figure out why the X-rays looked good (or so they thought).
“But they were just looking at the wrong X-rays. So that is why I came up with this protocol, to teach them the right X-rays to do and then what to do with what they found.”
“Revising a hip that is dislocating has a really high complication rate, especially recurrent dislocation.
From : www.ryortho.com/
We offer a wide variety of safe and advanced Orthopedic Implants and fixators. At the helm of the company’s operations is Mr. Vinodbhai, the Director. His enterprising skills and experience in the industry continue to play a pivotal role in the company’s growth.We are based in Ahmedabad city West Part of India.
Plot No.10, Phase-1, B|h. Prashant Eng., G.I.D.C.Vatva, Ahmedabad-382 445, Gujarat, (INDIA).