Yes it is.
An internal skeleton provides flexible support for movement and growth, allows for larger body sizes, and protects internal organs. In contrast, an external skeleton provides better protection against predation and dehydration and can serve as a barrier against pathogens.
It is known as the skeleton.
An amphibian's internal skeleton is important to its survival for a couple reasons. It helps some amphibians escape quickly from danger, and it can help them quickly catch their prey for food.
Microtubules, Intermediate Filaments, and M icrofilaments
The basic purpose of internal skeleton is to provide place for attachment of muscles. The internal skeleton protects the essential organs like heart and lungs (rib cage). The backbone gives flexibility to move. The girdles support the limbs. The skull protects our brain. All evolved in course of time to meet the demands of animal encounter with the environmental conditions.
The human skeleton is internal, providing support and protection for the body's organs and giving our bodies shape and structure.
The skeleton system is important to the human body because it keeps the human body upright and protects the body's internal organs against injuries.
All mammals have an internal skeleton
A grasshopper's skeleton is external and is called an exoskeleton. It is made of a substance called chitin and does not contain bones. A human's skeleton is internal and in an adult contains 206 bones.
The skeleton supports the body/gives it structure and protects internal organs.
Internal Skeleton
internal skeleton
endo-skeleton
A porpoise does indeed have an internal skeleton inside of them. The porpoise skeleton is anywhere from 4.6 to 6.2 feet in length and consist of rib bones, a backbone and upper vertebrea.
any mammal has an internal skeleton but bugs have an exoskeleton
To support the body and give it's shape. Also to protect internal organs.
Internal.