The phrase "altered feet" is correct and usable in written English.
It can be used in contexts related to anatomy, footwear, or modifications made to feet for various reasons, such as medical or artistic purposes.
Example: "The artist created a sculpture featuring altered feet to symbolize the struggles of those with disabilities."
Alternatives: "modified feet" or "changed feet".
Huge venues like the now-defunct Fox and Pantages Theaters lighted this Western "great white way" until the mid-1960s, when construction of the Bay Area Rapid Transit system tore up Market Street, permanently altered foot traffic and cemented the decline of what had been a major urban entertainment center.
Although currently there are few ecological data available for T. paleacea, making it difficult to determine the extent of ecophenotypic plasticity, studies on other intertidal snails have demonstrated that flow intensity can significantly alter foot size and shell morphology [65], [66], [67] as can predation intensity [65], [68], [69] and food supply [70].
Long term disease with footrot [ 3, 5] and poor foot trimming [ 4] can alter foot integrity.
This suggests that other mechanisms besides neuropathy might contribute to alter foot-ankle biomechanics.
This is easily compressible soft foam that will not alter foot mechanics.
The investigation revealed ankle functional impairments in patients with diabetes, with or without neuropathy, thus suggesting that other mechanisms besides neuropathy might contribute to alter foot-ankle biomechanics.
This method could not detect any high frequency attempts at stepping that did not alter foot position as reported previously in gait freezing (Hausdorff et al., 2003 a ; Spildooren et al., 2010).
The difference in individuals < 50 years could relate to shoe-wear, as surveys have shown that 37 69% of women wear high-heeled shoes on a daily basis [ 14] and increasing heel height is known to increase impact at heel strike [ 15] - thus altering foot biomechanics.
The purpose of this study was to identify the influence of altered prosthetic foot stiffness on muscle and foot function using forward dynamics simulations of amputee walking.
Subjects altered their foot progression angle from baseline to toe-in gait by an average of 5° (p<0.01), which reduced the first peak of the knee adduction moment by an average of 13% (p<0.01).
