ligaments
Tendons hold your joints together in your body. Ligaments hold muscles to bones.
Cartilage keeps bones from rubbing together and provides a smooth surface for movement at the joints
There are 206 bones in the human body that work together to form the skeletal system.
That is the organismal level. Many organisms have several organ systems.
The fluid that keeps you alive is blood. Blood carries oxygen and nutrients to cells in the body and removes waste products. It also plays a crucial role in regulating temperature and fighting infections.
Anatomy is the study of the structure of the body, while physiology is the study of how the body functions. By studying them together, students can understand how the structure of body parts relates to their function and how they work together to maintain life processes. This integrated approach helps to deepen understanding of the human body as a complex and interconnected system.
There is two main purposes of the body shell. It keeps the car together. It also keeps the body rigid in the event of a car crash.
It Keeps us together
keeps bones from rubbing together helps give the body shape
The body shell serves two main purposes. It keeps the car together in one piece, and it keeps the body rigid in the event of a crash.
Music Keeps Me Together was created in 1975.
tough stretchy tissue which helps give the body shape and keeps the bones from rubbing together
Thy work together to keep your body healthy and alive. How? Circulatory keeps your blood flowing throughout your body and transport oxygen to organs that may need them. Immune system fights infections and keeps your body health from outside predators. Digestive systems breaks down food and then your body absords the nessesary nutrients that your body needs.
Strong force keeps particles in a nucleus together.
The skeletal system keeps the body together and also protects vital organs such as the ribs protect the lungs.
It keeps your body healthy and keeps your weight managable.
The fluid that keeps the body cool is sweat.
The large weight of the atmosphere keeps the human body 'pushed' together. In space, there is no atmosphere to 'push' the body together, so the body will rupture or explode without the pressure suits.