The elastic tissue between each bone in the spine is called as intervertebral disc. It allows movement of vertebral bodies and also acts as shock absorber to the spine.
The spine, or spinal column, is made up of a series of joints called gliding joints and are made of dense irregular connective tissue which is strong and allows for only slight movement in comparison to freely movable joints, like those in the arms and legs.
The spine of a book is called the backbone. It is the part of the book that faces outward when placed on a shelf and typically displays the title, author, and publisher.
The spine is composed of 24 different bones called vertebrae, 7 in your neck, 12 in your upper to mid back, and 5 in your low back. The upper to mid back vertebrae are called thoracic vertebrae, and they are referred to as T1-T12 from top to bottom. T3 & T4 are then the 3rd and 4th thoracic vertebrae from the top. They are located right between your shoulder blades (called scapulae)!
Actually its still spine. The spine in anatomy is the combination of the vertebral column (the bone part) and the spinal chord (the nervous tissue part). that may be all right and so but there is still another wscientific word for spine and and that is dorsal and lumber vertebrate
The fibrocartilage cushions between the vertebrae in the column are named for their positions along the vertebral bodies, and are called the intervertebral disks. They have a thick outer ring of cartilage called the Annulus Fibrosus as well as a much softer center called the Nucleus Pulposus. This is not where the nerve tissue passes through, as some would suggest. Its purpose is to allow the joints to flex to some degree and to provide cushion for any axial compression that may occur. The only exception to the disk arrangement is that the first cervical vertebra does not have a body to articulate with the vertebra below it.The cartilage between the vertebrae of the spine forms the spinal discs, or intervertebral fibrocartilage. Each disc has a tough outer ring surrounding more flexible fibers that float in a protein gel. There are 23 discs in the entire spine.
Intervertebral discs are the fibrous, elastic tissue that lie between each of the bones in the spine. They function as shock absorbers.
A ringlike structure that fits between the vertebrae in the spine to protect the bones, nerves, and blood vessels. The outer layer is a tough, fibrous tissue, and the inner core is composed of more elastic tissue.
The inner part of the spine is called the spinal cord. It is a long, thin, tubular bundle of nervous tissue and is responsible for transmitting information between the brain and the rest of the body.
The type of connective tissue between vertebrae is called an intervertebral disc. These discs act as shock absorbers and provide flexibility to the spine. They are made up of a tough outer ring called the annulus fibrosus and a gel-like inner core called the nucleus pulposus.
Fibrocartilage is not as flexible or elastic as other types of cartilage. It is a dense, fibrous tissue that provides structural support and strength to areas of the body that are subject to high levels of stress or mechanical loading, such as the intervertebral discs in the spine and the knee joint.
Vertebrae are the skeletal portion of the spine Disk is the tissue that acts as a shock absorber to the spine and allows for movement. The disk lies in between each vertebrae.
your spine!!
Cervical, thoracic, lumbar, sacral and coccyx.
No, organs do not eat the body. The stomach cannot eat the spine and there is quite a bit of body fat, tissue, bone, and muscle between the spine and stomach.
You can find nerve tissue mostly in your spinal cord. Your spine protects your spinal cord. An other word for the spine is vertebral column.
in th spine
The spine