HOW DO HAMMERTOES AFFECT FEET?

Hammertoes are a common foot deformity where one or more of the toes become bent or curled in a downward position at the middle joint. Hammertoes can be caused by several factors, including genetics, wearing tight or narrow shoes, arthritis, or an injury to the foot. There are different types of hammertoes based on their location on the foot and the degree of severity. Here are some of the most common types of hammertoes:

Flexible hammertoes: The most common type of hammertoe. The toe is bent at the middle joint and points downward.

Rigid hammertoes: Similar to flexible hammertoes but is not able to be straightened out because the joint has become rigid and inflexible.

Mallet toe: The joint closest to the toenail is bent in a downward position.

Claw toe: This type of hammertoe affects all three joints of the toe, causing the toe to bend downward and the middle joint to point upward.

Overlapping toes: This type of hammertoe causes the smaller toes to overlap each other, rather than being aligned next to each other.

WHAT SHOE FEATURES ARE BEST FOR HAMMERTOES?

By providing ample room, support, and protection, shoes designed for hammertoes can help reduce pain, irritation, and potential foot problems associated with this condition. It's crucial for individuals with hammertoes to choose well-fitted, supportive footwear to maintain foot health and enhance overall comfort during daily activities. Here are some features to look for when selecting shoes for hammertoes:

High/wide toe box: A high and wide toe box can provide extra room for the toes to accommodate the foot condition.

Soft, flexible material: Soft, flexible uppers, especially at the toe box area, can help prevent rubbing and irritation.

Seamless or soft interior lining: A seamless or supple material lining can reduce painful rubbing on the hammertoes.

Arch support: Good arch support can help distribute weight evenly across the foot and reduce pressure on hammertoes.

Cushioned sole: A cushioned sole can provide extra shock absorption, which can reduce pressure on the feet and joints.