An orthopaedics is the first person to concern when you are suffering from an issue in your hip joint. He carries out the entire diagnosis and suggests if your condition requires surgery or not. The damage in the hip joint if not curable by medicines or physiotherapy calls for Hip Replacement. The hip consists of two main parts that are the bone and the cartilage or the ball and the shaft. If the condition of the patient requires the replacement of both the parts, it is known as Total Hip Replacement or Total Hip Arthroplasty
This document summarizes shoulder arthroplasty. It discusses that shoulder lesions requiring arthroplasty are less common than hip and knee lesions. It outlines the indications for shoulder arthroplasty, which include osteoarthritis, rheumatoid arthritis, rotator cuff tear arthropathy, avascular necrosis, post-traumatic arthritis, and severe proximal humeral fractures. The options for shoulder arthroplasty procedures are hemiarthroplasty, total shoulder arthroplasty, and reverse total shoulder arthroplasty. Complications that can occur include instability, infection, heterotopic ossification, stiffness, periprosthetic fractures, and axillary nerve injury.
A review of the reverse total shoulder replacement surgery and it's clinical implications for both physical rehabilitation and functional anatomy.
Objectives:
Understand basic anatomy of the shoulder complex and its implications for shoulder replacement
Understand indications for shoulder replacement
Understand differences between standard and reverse total shoulder replacements
Understand precautions following rTSA
Understand important concepts in rehabilitation following rTSA
This document provides an overview of anterior cruciate ligament (ACL) injuries, including the functions of the ACL, typical mechanisms of injury, symptoms, signs, diagnostic imaging, natural history if untreated, and treatment options. It discusses the goals of ACL reconstruction surgery, including proper graft selection, placement, tensioning, and fixation. Post-operative rehabilitation is also summarized, with the goal of regaining motion and strength while protecting the graft.
The document discusses anterior glenohumeral instability, including epidemiology, pathoanatomy, diagnosis, and management options. It notes that anterior dislocations are most common in athletes under age 25, with the primary pathology being a Bankart lesion. Diagnosis involves history, physical exam including tests like the apprehension test, and imaging like x-rays and MRI. Treatment depends on factors like number of dislocations, age, and physical exam findings, ranging from rehabilitation to surgical procedures.
ulnar Entrapment Neuropathy and double crush syndromeHome~^^
Nerve entrapment occurs when a nerve becomes compressed as it travels through tight spaces in the body. The ulnar nerve is commonly entrapped at the elbow, where it passes through the cubital tunnel, or at the wrist in Guyon's canal. Symptoms include numbness, tingling, and weakness. Treatment involves modifying activities that cause compression, splinting, and sometimes surgery to decompress the nerve. The double crush syndrome can occur when a nerve is compressed at multiple sites, worsening symptoms.
MCL. LCL.ALL injuries
To understand the relevant anatomy of the side ligaments of the knee
To study the mechanism of injury of each ligament and how to diagnose such injury
To highlight the different treatment options in acute or chronic situations
The document discusses complications that can occur after total knee replacement surgery. Some specific complications mentioned include blood clots, infection, problems with the prosthetic implant like loosening or dislocation, complications from anesthesia like heart attack or stroke, injuries to nerves or blood vessels during surgery, and differences in leg length after surgery. Reducing risks requires preventative measures like blood thinners, support stockings, and antibiotics for future procedures to prevent infection.
This document summarizes stress fractures, which occur through normal bone subjected to repeated stress. Key points:
- They result from repetitive submaximal forces exceeding bone's adaptive ability, common in athletes and military.
- Lower limb weight-bearing bones like tibia are most prone. Specific sites include femoral neck, tibia, navicular.
- Causes include increased activity without rest, muscle fatigue concentrating forces, and nutritional/hormonal imbalances.
- Diagnosis involves history of increased activity and focal bone pain worsened by stress. Imaging includes xray, CT, MRI, bone scan.
- Treatment depends on fracture location and risk but typically involves initial rest, then progressive return to
This document summarizes shoulder arthroplasty. It discusses that shoulder lesions requiring arthroplasty are less common than hip and knee lesions. It outlines the indications for shoulder arthroplasty, which include osteoarthritis, rheumatoid arthritis, rotator cuff tear arthropathy, avascular necrosis, post-traumatic arthritis, and severe proximal humeral fractures. The options for shoulder arthroplasty procedures are hemiarthroplasty, total shoulder arthroplasty, and reverse total shoulder arthroplasty. Complications that can occur include instability, infection, heterotopic ossification, stiffness, periprosthetic fractures, and axillary nerve injury.
A review of the reverse total shoulder replacement surgery and it's clinical implications for both physical rehabilitation and functional anatomy.
Objectives:
Understand basic anatomy of the shoulder complex and its implications for shoulder replacement
Understand indications for shoulder replacement
Understand differences between standard and reverse total shoulder replacements
Understand precautions following rTSA
Understand important concepts in rehabilitation following rTSA
This document provides an overview of anterior cruciate ligament (ACL) injuries, including the functions of the ACL, typical mechanisms of injury, symptoms, signs, diagnostic imaging, natural history if untreated, and treatment options. It discusses the goals of ACL reconstruction surgery, including proper graft selection, placement, tensioning, and fixation. Post-operative rehabilitation is also summarized, with the goal of regaining motion and strength while protecting the graft.
The document discusses anterior glenohumeral instability, including epidemiology, pathoanatomy, diagnosis, and management options. It notes that anterior dislocations are most common in athletes under age 25, with the primary pathology being a Bankart lesion. Diagnosis involves history, physical exam including tests like the apprehension test, and imaging like x-rays and MRI. Treatment depends on factors like number of dislocations, age, and physical exam findings, ranging from rehabilitation to surgical procedures.
ulnar Entrapment Neuropathy and double crush syndromeHome~^^
Nerve entrapment occurs when a nerve becomes compressed as it travels through tight spaces in the body. The ulnar nerve is commonly entrapped at the elbow, where it passes through the cubital tunnel, or at the wrist in Guyon's canal. Symptoms include numbness, tingling, and weakness. Treatment involves modifying activities that cause compression, splinting, and sometimes surgery to decompress the nerve. The double crush syndrome can occur when a nerve is compressed at multiple sites, worsening symptoms.
MCL. LCL.ALL injuries
To understand the relevant anatomy of the side ligaments of the knee
To study the mechanism of injury of each ligament and how to diagnose such injury
To highlight the different treatment options in acute or chronic situations
The document discusses complications that can occur after total knee replacement surgery. Some specific complications mentioned include blood clots, infection, problems with the prosthetic implant like loosening or dislocation, complications from anesthesia like heart attack or stroke, injuries to nerves or blood vessels during surgery, and differences in leg length after surgery. Reducing risks requires preventative measures like blood thinners, support stockings, and antibiotics for future procedures to prevent infection.
This document summarizes stress fractures, which occur through normal bone subjected to repeated stress. Key points:
- They result from repetitive submaximal forces exceeding bone's adaptive ability, common in athletes and military.
- Lower limb weight-bearing bones like tibia are most prone. Specific sites include femoral neck, tibia, navicular.
- Causes include increased activity without rest, muscle fatigue concentrating forces, and nutritional/hormonal imbalances.
- Diagnosis involves history of increased activity and focal bone pain worsened by stress. Imaging includes xray, CT, MRI, bone scan.
- Treatment depends on fracture location and risk but typically involves initial rest, then progressive return to
This is the presentation which was delivered to third year Bachelor of Physiotherapy students at Kathmandu University School of Medical Sciences (KUSMS), Dhulikhel, Nepal. Different soft tissue injuries are the part of curriculum for the undergraduate students at KUSMS.
Total knee arthroplasty (TKA) is a surgical procedure to replace the weight-bearing surfaces of the knee joint to relieve pain from arthritis. The document discusses the relevant anatomy of the knee joint, biomechanics, indications and contraindications for TKA, and key concepts in knee replacement surgery such as femoral rollback and constraint.
Orthosis are devices used to support weak joints and correct deformities. They work by applying three point pressure and distributing weight across a wide surface area. Common orthosis include ankle foot orthosis (AFO) which support the ankle and foot, knee ankle foot orthosis (KAFO) which stabilize the knee and lower leg, and hip knee ankle foot orthosis (HKAFO) which provide support from the hip to the foot. Orthosis are made of plastic or metal and their design depends on the joints needing support and the individual's condition.
High tibial osteotomy (HTO) is a surgical procedure that involves correcting angular deformities of the tibia. It has been used to treat conditions like osteoarthritis, osteochondritis dissecans, and malalignment. There are several techniques for HTO including lateral closing wedge osteotomy, medial opening wedge osteotomy, and dome osteotomy. HTO can help relieve pain from unicompartmental osteoarthritis and delay the need for knee replacement in young, active patients. Potential complications include fracture, nonunion, nerve palsy, and issues that can make later knee replacement more difficult. Precise surgical planning and fixation are important for achieving good outcomes from HTO.
Triple arthrodesis is a surgical fusion of the subtalar, calcaneocuboid, and talonavicular joints to provide hindfoot stability and alignment and relieve pain. It is used to treat conditions like rheumatoid arthritis, post-traumatic arthritis, osteoarthritis, Charcot-Marie-Tooth disease, neglected clubfoot, poliomyelitis, and tarsal coalition. The Lambrinudi procedure is used for severe clubfoot and involves wedge resections of the calcaneum, talus, and navicular followed by fixation with K-wires, staples or screws. Postoperatively, the limb is immobilized for 6 weeks followed by ankle-foot orthosis use and weight bearing
This document discusses shoulder instability, including definitions, anatomy, evaluation, and treatment. It defines instability as the inability to maintain the humeral head in the glenoid fossa, ranging from dislocation to laxity. Static stabilizers include the labrum and ligaments, while dynamic stabilizers are the rotator cuff and scapulothoracic muscles. Evaluation involves history, exam, and imaging to classify instability by direction, degree, and etiology. Treatment depends on classification but may include immobilization, rehabilitation, or surgical repair of labral tears or bone defects.
This document provides an overview of prosthesis for both lower and upper limb amputations. It discusses the key components and considerations for lower limb prosthetics including the socket, suspension, knee joints, shank, and ankle-foot assemblies. Different types of knee joints and feet are described, including the SACH foot and Jaipur foot. For upper limb prosthetics, it outlines the socket, suspension, arm section, elbow mechanism, wrist unit, terminal devices, and power transmission systems. The document also discusses pre-prosthetic preparation and fabrication process for lower limb prosthetics.
Update on ACL reconstruction, with information on current direction of demineralized bone matrix (DBM) use in bone tunnels and biocartilage on chondral lesions
This document provides information on meniscal tears of the knee. It begins with an introduction stating that meniscal tears are common injuries responsible for many arthroscopies annually. It then covers anatomy of the medial and lateral menisci, blood supply, classification of tears, mechanisms of injury, clinical features, investigations like MRI and arthroscopy, and treatment options including non-operative care, meniscectomy, and meniscal repair. The focus is on providing detailed information on meniscal anatomy, tears, and surgical and non-surgical management.
This document discusses the history and design of ankle replacement implants. It describes the evolution from first-generation constrained implants requiring extensive bone resection to current third-generation semi-constrained implants with three components. Fixed-bearing and mobile-bearing designs are compared, along with factors in determining candidacy, surgical technique, outcomes, and complications of total ankle replacement.
Dr. Satyendra Bhattacharyya's document discusses the history and procedure of shoulder arthroplasty. It begins with the first documented shoulder replacement in 1894, but focuses on developments starting in 1951 by Dr. Charles Neer, who created the first hemi-arthroplasty and total shoulder replacement. The document then discusses factors that influence arthroplasty outcomes, indications for the procedure for conditions like osteoarthritis and rheumatoid arthritis, and details each step of the surgical procedure. It concludes by describing postoperative rehabilitation protocols.
This document provides information about total hip replacement surgery. It discusses the anatomy of the hip joint, common causes of hip damage requiring replacement such as osteoarthritis and rheumatoid arthritis, and the types of surgeries and materials used including cementless fixation and metals, plastics, or ceramics. The procedure is described along with potential complications. Precautions to prevent implant failure like wound care, diet, activity restrictions and infection prevention are outlined. Regulations for hip implants in India are discussed.
The document discusses the Cast Index, which is the ratio of the anteroposterior (A-P) diameter to the mediolateral (M-L) diameter of a limb. An ideal Cast Index matches these ratios, preventing slipping or displacement of fractures under plaster casts. Specific ideal Cast Index ratios are provided for different parts of the upper and lower limbs. Maintaining the proper Cast Index through a well-contoured, lightweight cast is the most important factor in ensuring fractures remain reduced and heal properly.
Vertebral Artery Compression Syndrome is a rare neurovascular disorder caused by elongation and enlargement of the vertebrobasilar arteries, which can compress the brainstem or spinal cord. Clinical presentations include dizziness, vertigo, ataxia, and paralysis. MRI neuroimaging is used for diagnosis. Treatment may involve microvascular decompression surgery to relieve compression.
The knee joint is the largest and most complicated joint in the body. It allows for both flexion and extension as well as some rotational movement. The knee joint is formed by the articulation of the femoral condyles and tibial plateaus. It contains two menisci that act as shock absorbers and help with joint lubrication. Stability is provided by ligaments like the ACL, PCL, MCL and LCL as well as dynamic stabilizers like the quadriceps muscles. Proper functioning of the knee relies on the intricate interplay of its bony architecture and soft tissue structures.
Current Concepts in High Tibial osteotomy and Unicondylar knee replacementPaudel Sushil
This document discusses current concepts in unicondylar knee arthroplasty and high tibial osteotomy for the management of unicompartmental osteoarthritis of the knee. It provides an overview of the procedures, including types of osteotomies for high tibial osteotomy, indications and contraindications for each procedure, long-term results, and risks of converting between the two procedures. The document also reviews principles and considerations for each technique as well as selected implant designs for unicondylar knee arthroplasty.
You've undergone major surgery for either your hip, spine, or knee - and now what? While every case is unique, here are some general guidelines and expectations for your recovery process after each of the above surgeries.
From the time you spend in the hospital, to recovery at home, and therapy - every case is different, and consulting a professional at Orthopedic and Spine Center can greatly help. Learn more at http://osc-ortho.com/
Total knee replacement surgery is a big decision. It's a surgery that should be considered when all other options have failed and the patient is still in pain. This guide will help you understand what to expect before, during, and after your total knee replacement surgery.
This is the presentation which was delivered to third year Bachelor of Physiotherapy students at Kathmandu University School of Medical Sciences (KUSMS), Dhulikhel, Nepal. Different soft tissue injuries are the part of curriculum for the undergraduate students at KUSMS.
Total knee arthroplasty (TKA) is a surgical procedure to replace the weight-bearing surfaces of the knee joint to relieve pain from arthritis. The document discusses the relevant anatomy of the knee joint, biomechanics, indications and contraindications for TKA, and key concepts in knee replacement surgery such as femoral rollback and constraint.
Orthosis are devices used to support weak joints and correct deformities. They work by applying three point pressure and distributing weight across a wide surface area. Common orthosis include ankle foot orthosis (AFO) which support the ankle and foot, knee ankle foot orthosis (KAFO) which stabilize the knee and lower leg, and hip knee ankle foot orthosis (HKAFO) which provide support from the hip to the foot. Orthosis are made of plastic or metal and their design depends on the joints needing support and the individual's condition.
High tibial osteotomy (HTO) is a surgical procedure that involves correcting angular deformities of the tibia. It has been used to treat conditions like osteoarthritis, osteochondritis dissecans, and malalignment. There are several techniques for HTO including lateral closing wedge osteotomy, medial opening wedge osteotomy, and dome osteotomy. HTO can help relieve pain from unicompartmental osteoarthritis and delay the need for knee replacement in young, active patients. Potential complications include fracture, nonunion, nerve palsy, and issues that can make later knee replacement more difficult. Precise surgical planning and fixation are important for achieving good outcomes from HTO.
Triple arthrodesis is a surgical fusion of the subtalar, calcaneocuboid, and talonavicular joints to provide hindfoot stability and alignment and relieve pain. It is used to treat conditions like rheumatoid arthritis, post-traumatic arthritis, osteoarthritis, Charcot-Marie-Tooth disease, neglected clubfoot, poliomyelitis, and tarsal coalition. The Lambrinudi procedure is used for severe clubfoot and involves wedge resections of the calcaneum, talus, and navicular followed by fixation with K-wires, staples or screws. Postoperatively, the limb is immobilized for 6 weeks followed by ankle-foot orthosis use and weight bearing
This document discusses shoulder instability, including definitions, anatomy, evaluation, and treatment. It defines instability as the inability to maintain the humeral head in the glenoid fossa, ranging from dislocation to laxity. Static stabilizers include the labrum and ligaments, while dynamic stabilizers are the rotator cuff and scapulothoracic muscles. Evaluation involves history, exam, and imaging to classify instability by direction, degree, and etiology. Treatment depends on classification but may include immobilization, rehabilitation, or surgical repair of labral tears or bone defects.
This document provides an overview of prosthesis for both lower and upper limb amputations. It discusses the key components and considerations for lower limb prosthetics including the socket, suspension, knee joints, shank, and ankle-foot assemblies. Different types of knee joints and feet are described, including the SACH foot and Jaipur foot. For upper limb prosthetics, it outlines the socket, suspension, arm section, elbow mechanism, wrist unit, terminal devices, and power transmission systems. The document also discusses pre-prosthetic preparation and fabrication process for lower limb prosthetics.
Update on ACL reconstruction, with information on current direction of demineralized bone matrix (DBM) use in bone tunnels and biocartilage on chondral lesions
This document provides information on meniscal tears of the knee. It begins with an introduction stating that meniscal tears are common injuries responsible for many arthroscopies annually. It then covers anatomy of the medial and lateral menisci, blood supply, classification of tears, mechanisms of injury, clinical features, investigations like MRI and arthroscopy, and treatment options including non-operative care, meniscectomy, and meniscal repair. The focus is on providing detailed information on meniscal anatomy, tears, and surgical and non-surgical management.
This document discusses the history and design of ankle replacement implants. It describes the evolution from first-generation constrained implants requiring extensive bone resection to current third-generation semi-constrained implants with three components. Fixed-bearing and mobile-bearing designs are compared, along with factors in determining candidacy, surgical technique, outcomes, and complications of total ankle replacement.
Dr. Satyendra Bhattacharyya's document discusses the history and procedure of shoulder arthroplasty. It begins with the first documented shoulder replacement in 1894, but focuses on developments starting in 1951 by Dr. Charles Neer, who created the first hemi-arthroplasty and total shoulder replacement. The document then discusses factors that influence arthroplasty outcomes, indications for the procedure for conditions like osteoarthritis and rheumatoid arthritis, and details each step of the surgical procedure. It concludes by describing postoperative rehabilitation protocols.
This document provides information about total hip replacement surgery. It discusses the anatomy of the hip joint, common causes of hip damage requiring replacement such as osteoarthritis and rheumatoid arthritis, and the types of surgeries and materials used including cementless fixation and metals, plastics, or ceramics. The procedure is described along with potential complications. Precautions to prevent implant failure like wound care, diet, activity restrictions and infection prevention are outlined. Regulations for hip implants in India are discussed.
The document discusses the Cast Index, which is the ratio of the anteroposterior (A-P) diameter to the mediolateral (M-L) diameter of a limb. An ideal Cast Index matches these ratios, preventing slipping or displacement of fractures under plaster casts. Specific ideal Cast Index ratios are provided for different parts of the upper and lower limbs. Maintaining the proper Cast Index through a well-contoured, lightweight cast is the most important factor in ensuring fractures remain reduced and heal properly.
Vertebral Artery Compression Syndrome is a rare neurovascular disorder caused by elongation and enlargement of the vertebrobasilar arteries, which can compress the brainstem or spinal cord. Clinical presentations include dizziness, vertigo, ataxia, and paralysis. MRI neuroimaging is used for diagnosis. Treatment may involve microvascular decompression surgery to relieve compression.
The knee joint is the largest and most complicated joint in the body. It allows for both flexion and extension as well as some rotational movement. The knee joint is formed by the articulation of the femoral condyles and tibial plateaus. It contains two menisci that act as shock absorbers and help with joint lubrication. Stability is provided by ligaments like the ACL, PCL, MCL and LCL as well as dynamic stabilizers like the quadriceps muscles. Proper functioning of the knee relies on the intricate interplay of its bony architecture and soft tissue structures.
Current Concepts in High Tibial osteotomy and Unicondylar knee replacementPaudel Sushil
This document discusses current concepts in unicondylar knee arthroplasty and high tibial osteotomy for the management of unicompartmental osteoarthritis of the knee. It provides an overview of the procedures, including types of osteotomies for high tibial osteotomy, indications and contraindications for each procedure, long-term results, and risks of converting between the two procedures. The document also reviews principles and considerations for each technique as well as selected implant designs for unicondylar knee arthroplasty.
You've undergone major surgery for either your hip, spine, or knee - and now what? While every case is unique, here are some general guidelines and expectations for your recovery process after each of the above surgeries.
From the time you spend in the hospital, to recovery at home, and therapy - every case is different, and consulting a professional at Orthopedic and Spine Center can greatly help. Learn more at http://osc-ortho.com/
Total knee replacement surgery is a big decision. It's a surgery that should be considered when all other options have failed and the patient is still in pain. This guide will help you understand what to expect before, during, and after your total knee replacement surgery.
Total knee replacement involves replacing damaged cartilage and bone in the knee joint with prosthetic components to relieve pain, improve mobility, and reduce stiffness caused by arthritis. Arthritis causes symptoms like pain, swelling, warmth, and stiffness in the knee. X-rays and medical exams are used to evaluate the type of arthritis and treatment options, which may include total knee replacement for those with moderate to severe osteoarthritis who have not benefited from conservative treatments. The procedure replaces the knee joint and is usually very effective at reducing pain and allowing patients to return to normal activities within a few months of surgery and physical therapy.
What is Hip Replacement ? Total hip replacement is a surgical procedure with remarkable success and patient satisfaction rate. It is performed on patients with arthritis of hip joint resulting from several causes like ageing wear and tear, avascular necrosis of the hip ball due to loss of blood supply, rheumatoid arthritis, post-injury arthritis or following hip fracture and/or surgery.
Knee replacement surgery involves removing damaged parts of the knee joint and replacing them with artificial parts made of metal or plastic. During surgery, an incision is made in the front of the knee and the damaged surfaces are reshaped to hold the artificial joint in place. Recently, minimally invasive surgery using smaller incisions has become more common and may lead to less pain and faster recovery. After surgery, physical therapy is required to restore muscle strength and allow patients to resume most daily activities after about 6 weeks, though running and jumping will still be avoided. Modern knee replacements often last over 20 years.
Dr Niraj Vora - All About Hip Replacement Surgery and ReliefNiraj Vora
A complete overview of Patients Information for Total Hip Replacement, Dr Niraj Vora explains all about hip replacement surgery. What to expect after Hip Replacement, Post-operative Complications, Hip Replacement Precautions, Benefits of Surgery, Physiotherapy Rehabilitation,
A spinal fusion surgery is a procedure that is used to join two or more vertebrae together. Spinal Fusion Surgery India has a high success rate and you can be one of the many people who recover from a serious illness and live a long and happy life.
Hip replacement surgery involves removing damaged or diseased parts of the hip joint and replacing them with man-made prosthetics. The goals are to relieve pain, improve hip joint function, and enhance mobility. Candidates for hip replacement typically have osteoarthritis or other conditions like rheumatoid arthritis that cause hip joint damage and pain. Recovery takes several months and involves physical therapy to regain strength and range of motion. Complications can include dislocation, infection, or loosening of the artificial joint over time. Ongoing research aims to improve surgical methods and prosthetic device design.
Successful knee replacement surgery India by experienced highly qualified surgeons & latest advanced surgical techniques with the help of Tour2india4health.
Knee Replacement surgery or Knee Arthroplasty is a surgical drill of replacing a damaged, worn or diseased knee joint with an artificial joint(made from metal and plastic components) to relieve pain, disability and provide continued motion of the knee. Knee Replacement is mostly performed for osteoarthritis. Adults of any age can be considered for a knee replacement, although most are carried out on people between the ages of 60 and 80.
Read more at: http://www.jyotinursinghome.com/knee-replacement-in-jaipur.html
Eva Hospital - Know Some Facts About Knee RepalcementEva Hospital
Knee replacement, also known as knee arthroplasty, is a surgical procedure to replace the weight-bearing surfaces of the knee joint to relieve pain and disability. It is most commonly performed for osteoarthritis, and also for other knee diseases such as rheumatoid arthritis and psoriatic arthritis.
This document provides information about total hip replacement surgery and recovery. It discusses what happens during surgery, expectations for the first few days in the hospital and at home during recovery. The main points are: hip replacement surgery replaces damaged bone and cartilage with prosthetic components; recovery takes 2-6 weeks with gradual increased activity and mobility; precautions like limiting hip extension and rotation are necessary initially to prevent dislocation.
TOTAL KNEE REPLACEMENT RECOVERY, SURGERY RISKS & EXERCISES BY ORTHOPEDIC DOCT...Lovina Kapoor
Total knee replacement is a surgical procedure that is used to resurface damaged knee by arthritis. Both plastic and metal parts are used to cap the bone ends that form knee joint and kneecap.
This surgery is a great option for people are suffering from severe knee injury and are facing difficulties in day to day routine due to their damaged knees.
Best hip replacement surgery hospitals in Hyderabad | Yashoda HospitalsYashodaHospitals
Yashoda Hospitals is one of the best hip replacement surgery hospitals in Hyderabad, Our highly experienced joint replacement and arthroscopy team of doctors offers treatment for all orthopaedic conditions and surgery for restoring the functioning of injured hip joints.
Hip fractures in the elderly can be life-altering and lead to high mortality rates. Total hip arthroplasty (THA) is commonly used to treat hip fractures and arthritis, involving replacing damaged bone and cartilage with prosthetic components. Post-operative rehabilitation focuses on restoring range of motion and strength over 4 phases, while avoiding activities that could dislocate the hip.
Preparing for knee, spine or hip surgery can be overwhelming, knowing what to expect before, during and after is a lot to consider.
While we understand each case, and every patient is unique - here is a quick guide to help you know what to do the days leading up to your surgery and what to expect for your recovery process.
To learn more about the Orthopedic and Spine Center surgeons and specialists, check them out here:http://osc-ortho.com/
Information For You After a Pelvic Floor Repair OperationMichelle Fynes
This document provides information for women recovering after a pelvic floor repair operation. It details what patients can expect in terms of usual hospital stay length, common after-effects like pain and bleeding, and advice on activities like exercise, diet, and returning to normal activities. The document emphasizes the importance of rest, pelvic floor exercises, mobility, and following an enhanced recovery program to aid in healing and returning to full health as quickly as possible after surgery.
Abdominoplasty or tummy tuck is a type of surgery performed on the abdomen to improve its shape by surgically removing excess skin and fat that may have accumulated due to obesity, post pregnancy or age.
Hip Replacement Surgery Guide(English) - FAQ Answered by India's best Orthopa...Dr. Shekhar Srivastav
This document provides information about total hip replacement surgery from Dr. Shekhar Agarwal. It discusses what a hip replacement is, the types of artificial hip joints, who is a candidate for surgery, the benefits, and risks. It also covers topics like preparation for surgery, the hospital stay, rehabilitation, and long-term care of the hip implant. The goal is to guide patients on what to expect from hip replacement surgery.
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Enroll Now to secure your spot in this crucial training session and ensure your HIPAA compliance is robust and audit-ready.
https://conferencepanel.com/conference/hipaa-training-for-the-compliance-officer-2024-updates
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Total Hip Replacement Complications & Surgery Recovery
1. Total Hip Replacement Complications &
Surgery Recovery
Overview:
An orthopaedics is the first person to
concern when you are suffering from
an issue in your hip joint. He carries
out the entire diagnosis and suggests
if your condition requires surgery or
not. The damage in the hip joint if not
curable by medicines or
physiotherapy calls for Hip
Replacement. The hip consists of two
main parts that are the bone and the
cartilage or the ball and the shaft. If
the condition of the patient requires
the replacement of both the parts, it
is known as Total Hip
Replacement or Total Hip
Arthroplasty.
2. Introduction To Total Hip Replacement?
The replacement of damaged part of your hip with the help of the artificial joints made
up of ceramic, plastic or metal, to improve the necessary function is known as Total Hip
Replacement.
There are numerous advantages of Total Hip Replacement Surgery. The function of the
hip that became slow due to any kind of damage in the hip joint can be back to pace. You
can easily overcome the hindrance in your daily life that was due to damage of hip joint
with the help of Total Hip Replacement and a lot more.
But nothing comes for free. Every benefit associated with certain kinds of complications.
Likewise, Total Hip Replacement surgery has certain pros & cons that walk hand in hand.
We are already aware of the advantages, the most important one is that you can get rid
of any of the problems in your hip joint. But the question is what are the complications
of Total Hip Replacement? Continue to read the blog to know about the same.
3. Complications & Risks Of Total Hip Replacement:
Total Hip Replacement is the most common form of Orthopaedic surgery after the Knee
Replacement. The obvious reason being the output or the result of the surgery is usually a
success. But that cannot be true in all the cases. At times, there are certain complications and
they may or may not be curable. First let us know what can be the possible consequences or
after effects of the Total Hip Replacement.
4. After the surgery, one cannot move freely
without restrictions. You have to be
careful while sitting and other physical
activities. You cannot even think of getting
into extreme level positions like squats,
sit-ups etc. Taking up with these activities
can lead to dislocation of the hip and
ultimately one has to take up with the
surgery all over again.
Limitations:
There can be a huge loss of blood
during Total Hip Replacement surgery.
Either the person can donate or
preserve his or her own blood before
the surgery or will have to go for
blood transfusion. The chances of risk
are higher in case of blood
transfusion, so it is better to preserve
your own blood.
Blood Loss:
Risks Due To Anesthesia:
The patient is given anaesthesia before beginning with the surgical process. There
are some of the common complications that occur due to the use of anaesthesia;
they are heart arrhythmias, brain or heart stroke, pneumonia and liver toxicity.
5. When your hip or knee undergoes any
kind of orthopaedic surgery, there is often
a risk for blood clotting. For a Total Hip
Replacement, the clotting begins from
lower extremities and then travels to the
lungs. The formation of blood clots close
to lungs is known as Pulmonary Embolism.
If the Pulmonary Embolism reaches
extreme levels then the situation can lead
to respiratory failure and even death
Blood Clotting:
Usually, the life of Total Hip
Replacement is between 12 to 15 years
but at times there is a loosening of the
prosthesis. The reasons for the
loosening of the prosthesis or prosthesis
failure can be different for every
individual. No matter what the reason
is, the solution for the same is taking
up Total Hip Replacement Surgery all
over again. You have to undergo
diagnosis, surgery and recovery process
all over again.
Prosthesis Failure:
Dislocation Of The Hip:
Any kind of negligence during the recovery period puts forward the improper
positioning of the hip. If it takes the proper position even after surgery & recovery there
are probable chances that it dislocates due to the regeneration of arthritis, injury or
accident. You have no option other than taking up with Hip Replacement once again.
6. One of the unusual complications after
the Total Hip Replacement is changing in
the height of two legs. It can cause serious
problems and inconvenience in walking.
Asymmetry In The Leg
Length: Apart from all the risks and complications
detailed above, some other risks can be:
• Bone fracture, during or after the
completion of surgery.
• Infection in skin or joint.
• Difficulty in excretion, specifical urination.
• Scarring.
• Problems with the flexibility of hip
movements.
Well, there are a number of risks that
associate with Total Hip Replacement but the
best part is that it does not attack everyone.
One in hundred patients have to bear the
harsh consequences. In other words, you can
say the success rate of Total Hip
Replacement surgery is 99%.
The success of surgery highly depends on the
factors like expert orthopaedic surgeon and
most importantly the recovery period.
Miscellaneous:
7. Things To Consider For Recovery From Total Hip
Replacement:
It may take 3 to 4 hours for completion of the surgical process of Total Hip Replacement but it is
incomplete without considering the recovery time. Recovery is the post or after surgery time
where a patient is under expert surveillance. The patient has all-time guidance from the
doctors, surgeons, physicians, nurses and physiotherapist. He is given the entire list for what to
do or what not.
The recovery period has certain stages. Let us check them all.
8. Initial Stage:
Once the surgery is complete, the patient is still under the effect of anaesthesia. From the
operation theatre, the person is taken to the recovery unit or critical care unit. Both the legs
of the patient are set apart with the help of a pillow or a soft pad. This is done in order to
get the right position of the hip after Total Hip Replacement.
The patient has an intravenous drip in the arm to provide necessary fluids and medications.
Also, a drainage tube is inserted for the waste discharge of the body. You, as a patient are
supposed to be in the recovery unit until you get back to consciousness.
The doctor will shift you to a private ward once you are back to the senses. Though the
pillow will remain at its place.
9. Intermediate Stage:
Now, you will suffer intense pain as you are out of the effect of anaesthesia. For subsiding
the pain, the doctor will provide you with Patient-Controlled Analgesia. You can press a
button and decide the amount of painkiller you want to allow in your veins. The patient can
get hold of the quantity of painkiller in his body depending upon his or her bearing
capability.
The medical professionals will help you to get rid of drip and drainage tubes within 24
hours. Now you can start walking. Initially, with the help of support like walker or crutches
and later on your own.
Recovery time of a patient can be different from one another and it highly depends on
certain factors that include:
Age of the patient.
General health of the patient.
Strength of the muscles.
Joints and condition of the joints of the patient.
Doctors observe you regularly from time to time. If everything goes well, he will take you to
the Accelerated Rehabilitation Programme.
10. Final Stage:
This stage is for those who respond as per the surgeon’s expectations after the Total Hip
Replacement. Here the patient is made to get back to self-dependency. It includes things
like moving, walking and eating. Normally the duration for training is 12 to 18 hours in this
section and you can start moving freely. The process undertaken by doctors at this stage can
lead to the early recovery of the patient. At the final stage of recovery, you will receive:
Physiotherapy:
The physiotherapist tells you all the
necessary exercises during this stage. He
will give you all the tips and tricks on
how to stand, how to sit, how to move,
how to take a shower, what is the best
position to sleep etc. In short, you will
receive to do instructions and exercises
to get back to mobility without facing
complications.
Occupational Therapy:
As the physiotherapist and occupational
therapist approve your condition, you
can go home within 6 to 10 days of
your Total Hip Replacement. You don’t
have to stay there for long. In most of the
cases the patient is even able to climb up
and down the stairs before going home.
11. Discharge:
After being home nurse can guide you from time to time. She can come to change the
bandages and remove the stitches when it is time.
Following the above process one can recover soon after the Total Hip Replacement and can
get back to normal routine.
After the completion of physiotherapy, an occupational therapist will judge your physical
abilities. He will provide you with additional guidance on what should be the correct height
to sit, what things can lead to loosening of prosthesis or dislocation. You have to seek and
follow the advice in order to avoid risk.
12. Thank you
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Final Verdict:
Total Hip Replacement is successful and can be accomplished without
complications if you follow the do’s and don’ts precisely. Make sure you
are really careful during and after the recovery period in order to avoid
the harmful consequences of a Total Hip Replacement Surgery.