Background: Diabetes mellitus is associated with notable neuromuscular and motor dysfunctions that could lead to an increased risk of plantar ulcers and amputations. Several contributing factors, including increased muscle-tendon stiffness and abnormal muscle activation pattern may influence the kinematics and kinetics of walking in people with diabetes and promote formation of plantar ulcers. Hyperglycemia and the resultant accelerated rate of glycation have been recognized as the leading cause of muscle and tendon degeneration, yet the precise mechanisms by which diabetes affects the biomechanical properties of the muscle-tendon unit remains unclear. Altered muscle activity during gait is observed in people with diabetes, but its clinical...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Diabetes patients display gait alterations compared to controls including a higher metabolic cost of...
Background: Long-term patients with diabetes and peripheral neuropathy show altered foot biomechanic...
Background: Long-term patients with diabetes and peripheral neuropathy show altered foot biomechanic...
Abstract The World Health Organization warns that, in 2000, as many as 33 million Europeans suffere...
Background: Long-term patients with diabetes and peripheral neuropathy show altered foot biomechanic...
Background: Long-term patients with diabetes and peripheral neuropathy show altered foot biomechanic...
Diabetes neuropathy and vasculopathy are the two major complications of diabetes mellitus, leading t...
Diabetes neuropathy and vasculopathy are the two major complications of diabetes mellitus, leading t...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Background: \ud Diabetic peripheral neuropathy is an important cause of foot ulceration and limb los...
The Achilles tendon (AT) has the capacity to store and release elastic energy during walking, contri...
The Achilles tendon (AT) has the capacity to store and release elastic energy during walking, contri...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Diabetes patients display gait alterations compared to controls including a higher metabolic cost of...
Background: Long-term patients with diabetes and peripheral neuropathy show altered foot biomechanic...
Background: Long-term patients with diabetes and peripheral neuropathy show altered foot biomechanic...
Abstract The World Health Organization warns that, in 2000, as many as 33 million Europeans suffere...
Background: Long-term patients with diabetes and peripheral neuropathy show altered foot biomechanic...
Background: Long-term patients with diabetes and peripheral neuropathy show altered foot biomechanic...
Diabetes neuropathy and vasculopathy are the two major complications of diabetes mellitus, leading t...
Diabetes neuropathy and vasculopathy are the two major complications of diabetes mellitus, leading t...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Background: \ud Diabetic peripheral neuropathy is an important cause of foot ulceration and limb los...
The Achilles tendon (AT) has the capacity to store and release elastic energy during walking, contri...
The Achilles tendon (AT) has the capacity to store and release elastic energy during walking, contri...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Background: Diabetic peripheral neuropathy is an important cause of foot ulceration and limb loss. T...
Diabetes patients display gait alterations compared to controls including a higher metabolic cost of...