Modern Minimally Invasive Hip Replacement

There are multiple contemporary techniques for hip replacement that are minimally invasive, muscle-sparing, and associated with excellent outcomes. Dr. Shen selects the approach based on individual patient factors. For all surgical approaches, Dr. Shen uses advanced surgical robotics with personalized 3D surgical planning.

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Service Page   Modern Minimally Invasive Hip Replacement
Hip Diseased

STAR Approach

The STAR (Superior Transverse Atraumatic Reconstruction) approach is a modern soft tissue-sparing technique for hip replacement. Compared to a traditional posterior approach that required longer incisions and more extensive tissue dissection, the STAR technique involves a smaller incision and preservation of multiple structures such as the piriformis and inferior capsule. This technique has resulted in excellent outcomes. Many patients can walk independently and return home on the same day of surgery. This technique also has excellent compatibility with the latest robotic technology.

SPAIRE Approach

The SPAIRE (Sparing Piriformis and Internus, Repair Externus) approach is a recently-developed tissue-sparing technique for hip replacement. A modern evolution of the historic posterolateral approach, this technique involves preservation of key short external rotator muscles such as the piriformis and obturator internus. This technique has resulted in excellent outcomes for most patient types.

Direct Anterior Approach

The direct anterior approach was developed for hip replacement surgery around the 1990s and has become increasingly popular today. This technique utilizes a muscular interval in the front of the thigh and was one of the first techniques to regularly incorporate intraoperative technology use. This technique has generally resulted in excellent outcomes.

Schedule a Consultation

If hip arthritis is affecting your quality of life, learn whether robotic-assisted hip replacement is the right choice for you. During your visit, Dr. Shen will evaluate your symptoms, imaging, and activity goals to determine your best options.