Below-Knee Amputation: Advanced Surgical Solution for Enhanced Mobility and Function

email [email protected]
EN EN
Fujian Guozi Rehabilitation Medical Co..Ltd
Fujian Guozi Rehabilitation Medical Co..Ltd
Get a Quote
Home
Prosthetic down
Material down
Orthotic Components
Tools down
Machines
About
Contact
Get a Quote

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

belowknee amputation

Below-knee amputation, also known as transtibial amputation, is a surgical procedure that involves removing the lower portion of the leg while preserving the knee joint. This precise surgical intervention is performed when severe trauma, disease, or infection necessitates the removal of the lower limb. The procedure maintains essential knee function, allowing for more natural movement and better prosthetic compatibility. The surgical technique involves careful consideration of tissue preservation, muscle balancing, and bone shaping to create an optimal residual limb. Modern below-knee amputations incorporate advanced surgical mapping and precise tissue management to ensure the best possible outcome for prosthetic fitting. The procedure typically preserves approximately 12-15 centimeters of the tibia, though this can vary based on individual circumstances. This preservation of length is crucial for maintaining leverage and control when using a prosthetic device. The surgery also involves careful management of nerves and blood vessels to minimize post-operative complications and phantom limb sensations. Advanced wound closure techniques and strategic muscle reattachment are employed to create a well-padded, durable residual limb that can effectively interface with modern prosthetic systems.

New Product Releases

719G3 Surgical Scissor VIEW DETAILS

719G3 Surgical Scissor

729W5 Rasp Head Grit VIEW DETAILS

729W5 Rasp Head Grit

7E7 Single Axis Hip Joint VIEW DETAILS

7E7 Single Axis Hip Joint

7E5 Single Axis Hip Joint with Manual Lock VIEW DETAILS

7E5 Single Axis Hip Joint with Manual Lock

Below-knee amputation offers several significant advantages over other lower limb amputation levels. The preservation of the knee joint is perhaps the most crucial benefit, as it maintains natural body mechanics and reduces energy expenditure during walking. Patients with below-knee amputations typically require 25-40% less energy for walking compared to above-knee amputees. This energy efficiency translates to greater mobility and independence in daily activities. The procedure allows for better balance and stability, as the natural knee joint provides improved proprioception and control. The shorter healing time compared to higher-level amputations enables patients to begin rehabilitation sooner, potentially leading to better long-term outcomes. The preserved knee joint also facilitates easier sitting, standing, and navigating stairs. Modern prosthetic options for below-knee amputees are extensive and highly advanced, offering superior functionality and comfort. The retained muscle strength in the thigh helps maintain overall leg function and supports better prosthetic control. This level of amputation also typically results in fewer complications during the healing process and better long-term socket fit. Patients often achieve higher levels of independence and can return to many pre-amputation activities, including sports and physical labor. The psychological impact is generally less severe compared to higher-level amputations, as patients maintain more of their natural limb and bodily functions.

Practical Tips

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

belowknee amputation

belowknee amputation
phantom limb pain relief
one handed adaptive tools
wheelchair for unilateral amputees
skin friendly interface
durable child prosthetic
Enhanced Mobility and Function

Enhanced Mobility and Function

Below-knee amputation preserves crucial biomechanical functions that significantly impact daily life. The retention of the knee joint allows for natural walking patterns and improved balance control. This preservation means patients can maintain normal sitting and standing movements, crucial for independence in daily activities. The knee joint's natural proprioception remains intact, providing better awareness of limb position and movement. This enhanced spatial awareness contributes to more confident mobility and reduced fall risk. The preserved thigh muscles maintain their strength and function, enabling powerful movement and better control of prosthetic devices. This muscle preservation also helps maintain proper body alignment and reduces the risk of developing compensatory movement patterns that could lead to secondary complications.
Optimal Prosthetic Integration

Optimal Prosthetic Integration

The below-knee amputation creates an ideal interface for modern prosthetic systems. The preserved length of the residual limb provides excellent leverage for controlling prosthetic devices, resulting in more natural movement patterns. The surgical technique allows for strategic muscle reattachment, creating a well-padded residual limb that can better tolerate prosthetic wear. The maintained knee joint enables the use of more advanced prosthetic components that can closely mimic natural ankle and foot movement. The longer residual limb also provides better sensory feedback through the socket interface, allowing for more precise control and improved proprioception when using the prosthesis. This optimal integration leads to higher user satisfaction and better long-term outcomes.
Superior Rehabilitation Outcomes

Superior Rehabilitation Outcomes

Below-knee amputation typically leads to more successful rehabilitation outcomes compared to higher-level amputations. The preservation of natural knee function significantly reduces the learning curve during prosthetic training. Patients generally achieve independent mobility faster and with less physical therapy intervention. The maintained muscle strength in the thigh provides a solid foundation for rebuilding walking ability and overall function. The shorter recovery period allows for earlier initiation of prosthetic fitting and gait training, reducing the risk of muscle atrophy and joint contractures. This level of amputation also typically results in better psychological outcomes, as patients maintain more of their natural body mechanics and achieve higher levels of functional independence.

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000