Latest update June 16th, 2026 12:40 AM
Interesting Creatures… Camelidae
Kaieteur News – Camelids are members of the biological family Camelidae, the only currently living family in the suborder Tylopoda. The extant members of this group are: dromedary camels, Bactrian camels, wild Bactrian camels, llamas, alpacas, vicuñas, and guanacos. Camelids are even-toed ungulates classified in the order Cetartiodactyla, along with species like whales, pigs, deer, cattle, and antelopes.
Camelid feet lack functional hooves, the toe bones being embedded in a broad, cutaneous pad. Camelids are large, strictly herbivorous animals with slender necks and long legs. They differ from ruminants in a number of ways. Their dentition show traces of vestigial central incisors in the incisive bone and the third incisors have developed into canine-like tusks. Camelids also have true canine teeth and tusk-like premolars, which are separated from the molars by a gap. The musculature of the hind limbs differs from those of other ungulates in that the legs are attached to the body only at the top of the thigh, rather than attached by skin and muscle from the knee upwards. Because of this, camelids have to lie down by resting on their knees with their legs tucked underneath their bodies. They have three-chambered stomachs, rather than four-chambered ones; their upper lips are split in two, with each part separately mobile; and, uniquely among mammals, their red blood cells are elliptical. They also have a unique type of antibodies, which lack the light chain, in addition to the normal antibodies found in other mammals. These so-called heavy-chain antibodies are being used to develop single-domain antibodies with potential pharmaceutical applications.
Camelids do not have hooves; rather, they have two-toed feet with toenails and soft foot pads (Tylopoda is Greek for “padded foot”). Most of the weight of the animal rests on these tough, leathery sole pads. The South American camelids have adapted to the steep and rocky terrain by adjusting the pads on their toes to maintain grip. The surface area of Camels foot pads can increase with increasing velocity in order to reduce pressure on the feet and larger members of the camelid species will usually have larger pad area to help distribute weight across the foot. Many fossil camelids were unguligrade and probably hooved, in contrast to all living species.
Camelids are behaviourally similar in many ways, including their walking gait, in which both legs on the same side are moved simultaneously. While running, camelids engage a unique “running pace gait” in which limbs on the same side move in the same pattern they walk, with both left legs moving and then both right, this ensures that the fore and hind limb will not collide while in fast motion. During this motion there is a moment where all four limbs are off the ground at the same time. Consequently, camelids large enough for human beings to ride have a typical swaying motion.
Dromedary camels, Bactrian camels, llamas, and alpacas are all induced ovulators.
The three Afro-Asian camel species have developed extensive adaptations to their lives in harsh, near-waterless environments. Wild populations of the Bactrian camel are even able to drink brackish water, and some herds live in nuclear test areas.
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