In humans, the hallux is usually longer than the second toe.

It also has an unusually large first toe, or hallux.

In humans, the most derived digital feature is the hallux.

On the foot bones, this species had a grasping hallux.

The big toe is referred to as the hallux.

In this stage of the gait, the knee will generally, but not always, track directly over the hallux.

This includes a non-opposable hallux, which is relocated in line with the other toes.

It is the toe distally and is next to the hallux.

Its feet are modified for grasping with pads and an opposable hallux.

In humans, the hallux is longer than the toes next to it; this is inherited.

The others Galliformes have an hallux that is raised above the level of the front toes.

In some birds, the hallux is pointed backwords to help with grabbing.

The hallux usually moves in the transverse plane.

There are several types of surgery for treatment of Hallux rigidus.

The type of surgery is based on the stage of hallux rigidus.

It has a larger pollex than its hallux.

Like most theropods, it had three forward-facing toes and a hallux.

She had hallux valgus (bunions), which hurt both of her big toes.

Therefore, researchers once concluded that Archaeopteryx used the hallux as a balancing mechanism on tree limbs.

Many coucals have a long claw on their hind toe (hallux).

There were three functional digits on the foot (the second, third, and fourth), while the first digit, or hallux, did not contact the ground.

The two species of Phoenicoparrus have the three toes but do not have a hallux.

One key adaptation of modern perching birds is the reversed, opposable first toe, or "hallux."

It also shared details in the lower jaw, zygomatic bone, the palate, and the hallux.

The first digit, called the hallux, was short and only the other three contacted the ground, with the third (middle) digit longer than the rest.