Question

Are nails and claws part of the skeletal system?

Answer 1

Hint: All of the bones, cartilage, tendons, and ligaments in the human body make up the skeletal system. The skeleton accounts for roughly 20% of a person's total body weight. The skeleton of an adult has 206 bones.

Complete answer:
In most primates, the tip of the fingers and toes have a claw-like plate called a nail. Claws found in other animals are similar to nails. The tough protective protein alpha-keratin, which is a polymer, is used to make fingernails and toenails. The hooves, claws, and horns of vertebrates all contain alpha-keratin.
In most amniotes, a claw is a curved, pointed appendage found at the end of a toe or finger (mammals, reptiles, birds). Some invertebrates, such as beetles and spiders, have fine, hooked structures at the end of their legs or tarsus that allow them to grip a surface while walking. Crabs, lobsters, and scorpions have pincers called chelae, which are more formally known as claws.
Human nails and animal claws are commonly mistaken for being part of the skeletal system, but their composition indicates otherwise. Keratin is the material that makes up a nail or a claw. Keratin is a protein found in the epidermis of the skin. Nails and claws are part of the integumentary system.
The integumentary system is the body's largest organ, serving to protect and maintain the internal environment by forming a physical barrier between the external and internal environments. The integumentary system consists of the following components. Skin is a term that refers to (epidermis, dermis) Hypodermis. Glands that are connected.

Thus, No, nails and claws are not part of the skeletal system.

Note:
Nails have several functions, including protecting digits, enhancing sensations, and acting like tools. Claws are used by carnivorous mammals such as cats and dogs to catch and hold prey, but they can also be used for digging, climbing trees, self-defense, and grooming in those and other species. Nails are similar flat appendages that do not come to a sharp point.