Robotic-assisted total hip replacement: A patient's guide

Written in association with: Mr Khalid Malik
Published:
Edited by: Karolyn Judge

Hip pain can severely affect your quality of life, making simple activities like walking, standing, or even sitting painful and difficult. One of the most common causes of chronic hip pain is arthritis, which can lead to significant damage to the hip joint. Advances in medical technology have introduced robotic-assisted hip replacement surgery, which offers greater precision and improved outcomes. Leading consultant orthopaedic surgeon Mr Khalid Malik tells us all about this important topic in this article. 

 

A hip joint with arthritis that requires robotic-assisted total hip replacement

What is arthritis?

Arthritis is a condition that affects the joints, which are the areas where two bones connect. As people age, it's normal for joints to experience some wear and tear. Many individuals develop arthritis as a result of this natural deterioration over time. Additionally, some forms of arthritis can occur after a joint has been injured, or as a result of specific health issues. Osteoarthritis is a prevalent type that particularly impacts the hip, leading to the gradual erosion of cartilage that normally cushions the hip joint's bones.

 

 

Anatomy of the hip joint

The hip joint is a ball-and-socket joint, where:

  • The ball: The femoral head at the top of the thighbone (femur) forms the ball.
  • The socket: The acetabulum in the pelvis forms the socket.

 

Cartilage covers the surfaces of the ball and socket, allowing smooth movement. When arthritis occurs, this cartilage wears away, causing the bones to rub against each other. This leads to pain, stiffness, and decreased range of motion, which can significantly impact daily activities.

 

 

Symptoms of hip arthritis

  • Persistent pain in the hip, groin or thigh
  • Stiffness, particularly after periods of rest or inactivity
  • Reduced ability to move or rotate the hip
  • A grinding sensation during hip movement
  • Difficulty in walking, standing, or performing other activities

 

 

When is hip replacement surgery recommended?

In the early stages of arthritis, symptoms may be managed with non-surgical treatments such as physiotherapy, medications, lifestyle changes or injections. However, when these treatments no longer provide relief and the pain becomes disabling, total hip replacement surgery may be recommended. This procedure involves replacing the damaged hip joint with an artificial implant to restore function and alleviate pain.

 

 

Understanding robotic-assisted hip replacement surgery

What is robotic-assisted hip replacement?

Robotic-assisted hip replacement is an advanced surgical procedure that enhances the precision of traditional hip replacement surgery. This technology allows the surgeon to plan and execute the surgery with meticulous accuracy, ensuring the optimal placement and alignment of the hip implant based on the patient’s unique anatomy.

Equipment used for robotic-assisted hip replacement surgery

 

How does the procedure work?

Preoperative planning

    • Using advanced imaging techniques, such as CT scans, a detailed 3D virtual model of the patient’s hip is created.
    • The scan is used to develop a customised surgical plan, determining the optimal size, position, and alignment of the hip implant.

Pre-operative planning for robotic-assisted hip replacement surgery

Surgical procedure

    • During surgery, the robotic system assists the surgeon in performing the procedure with unparalleled precision.
    • The robotic arm helps in removing the damaged bone and cartilage while preserving healthy tissue.
    • The hip implant is positioned according to the preoperative plan, ensuring proper alignment and balance, which is crucial for the joint's function and longevity.
    • The robotic system provides real-time feedback, allowing for adjustments to achieve the best possible outcome.

Equipment used in robotic-assisted hip replacement surgery

 

Benefits of robotic-assisted hip replacement

  • Enhanced precision
    • The robotic system allows for the precise placement and alignment of the hip implant, which is essential for restoring natural movement and improving the implant's longevity.
  • Personalised surgery
    • The procedure is tailored to the patient’s specific anatomy and condition, which can result in better functional outcomes.
  • Improved implant longevity
    • Accurate placement reduces wear and tear on the implant, potentially extending its lifespan.

Robotic-assisted hip replacement surgery

 

Is robotic-assisted hip replacement right for you?

Robotic-assisted hip replacement is particularly beneficial for patients with moderate to severe osteoarthritis who have not found relief through non-surgical treatments. During a consultation, the surgeon will assess your condition, medical history, and lifestyle to determine if this advanced surgical option is appropriate for you.

 

 

 

Are you considering a robotic-assisted hip replacement? Arrange a consultation with Mr Malik via his Top Doctors profile

By Mr Khalid Malik
Orthopaedic surgery

Mr Khalid Malik is a trauma & orthopaedic consultant surgeon based in East Sussex and Surrey. With extensive experience in a wide range of orthopaedic procedures, Mr. Malik's expertise includes total hip replacement, total, knee replacements, unicompartmental knee replacement, knee arthroscopy, revision hip and revision knee replacement. He also employs advanced technologies such as robotics and customised implants to provide individualised hip and knee replacements. Mr Malik prioritises patient education and involvement, ensuring they understand their medical conditions and are actively engaged in the decision-making process. Clear communication, empathy, and collaboration are central to his patient interactions

Mr Malik currently practises privately at Sussex Premier Health Hastings, the Nuffield Health Brighton Hospital, Nuffield Health Woking Hospital and the Nuffield Health Guildford Hospital.
 
Mr Malik completed his medical degree from Imperial College London, consistently ranked among the top 10 medical schools globally. After completing his specialist orthopaedic training in Kent, Surrey, and Sussex, he was appointed as the "Thackray Fellow" at the internationally renowned Wrightington Hospital. There, he further refined his expertise in hip and knee surgery, establishing himself as a specialist in the field. During his training, he also completed a Master’s degree in Orthopaedic Trauma Sciences with Distinction from Queen Mary University, London. Mr Malik was awarded the British Hip Society Travelling Fellowship and the Sir John Charnley Travelling Fellowship Award, enabling him to gain further expertise at the esteemed orthopaedic unit of the University of British Columbia, Vancouver.
 
Passionate about training the next generation of surgeons, Mr. Malik founded the national orthopaedic teaching collaborative “CollabORTHO,” through which he has educated hundreds of medical students nationwide. He is a Member of the Faculty of Surgical Trainers (MFSTEd) of The Royal College of Surgeons of Edinburgh and an invited faculty member at multiple courses run by the Royal College of Surgeons of England. He also serves as an undergraduate examiner at Queen Mary University, London. His dedication to surgical training has earned him the “Trainer of the Year” accolade twice (2013 – Barts Health, 2017 – East Kent Hospitals) and a nomination for the prestigious ASiT “Silver Suture” award in 2023.

Mr Malik has authored over 20 publications in peer-reviewed journals and has presented his work at national and international conferences. His research projects received the EFORT Jacques Duparc Award and the British Hip Society President’s Prize in 2022. He continues to serve as a reviewer for several journals including “Injury” and “Journal of Joint and Arthroscopic Surgery”. The full list of his academic work can be found here.
 
Mr Malik is fellow of the Royal College of Surgeons of England, and a member of prestigious organisations such as of the British Orthopaedic Association and the British Hip Society. He is fluent in English, Punjabi, and Urdu, ensuring effective communication with a diverse patient population.

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