spondylosyndesis - spinal fusion, from -spondyl- meaning "vertebra" + syn- "with, together" + -desis"binding". Too extreme? There's spondyloarthrocace, lit. vertebra joint badness, or spondylopathy, lit. vertebra disease or suffering, or rachiopathy, also vertebra disease or suffering.
(The two medical word parts that mean vertebra are spondyl- and rachi-.)
Slightly movable joints can be found in areas such as the vertebral column and the pubic symphysis in the pelvis. These joints allow for limited movement and provide stability and support to the body.
The apophyseal joints are synovial joints in the vertebral column, between the superior or cranial articular process of one vertebra and the inferior or caudal articular process of the vertebra directly above it. See the link below:
The vertebral discs are found in the intervertebral joints, which are classified as cartilaginous joints. These discs, made of fibrocartilage, provide cushioning and allow for limited movement, including twisting, turning, and sliding between the vertebrae. This flexibility is essential for the overall mobility of the spine.
The types of joints are:immovable joints (synarthrosis). These can be found between the skull bones for example.slightly moveable (amphiarthrosis). These can be found between the vertebral disks.freely moveable (diarthrosis). These can be found in the knee or hip or elbow.
The joints between the vertebral disks that allow twisting, turning, and sliding are the facet joints, also known as zygapophyseal joints. These are synovial joints located between the articular processes of adjacent vertebrae. They enable a range of movements in the spine, including rotation and lateral bending, while providing stability and support. The intervertebral disks themselves act as shock absorbers and allow for some degree of movement between the vertebrae.
Arthritis
The articulations of the human skull and vertebral column consist of a series of amphiarthrodial joints between the vertebral bodies, and a series of diathrodial joints between the vertebral arches. The articulations of the rat skull and vertebral column consist of cervical vertebrae which have small, transverse processes containing a hole through which nerves and blood vessels pass.
The joints between the vertebrae of the backbone are called intervertebral joints. These joints are formed by the articulation of the vertebral bodies and the intervertebral discs, which help provide stability, flexibility, and cushioning to the spine.
Rigor mortice is the (temporary) stiffening of joints after death. Animals do not die of rigor mortice.
The joint type that includes the joints between the vertebral bodies is a cartilaginous joint called an intervertebral disc joint. The joint type that includes the joints forming the pubic symphysis is a cartilaginous joint called a symphysis joint.
There are cartilaginous joints between the vertebrae composed of the intervertebral disc
Slightly movable joints can be found in areas such as the vertebral column and the pubic symphysis in the pelvis. These joints allow for limited movement and provide stability and support to the body.
the radius and the tibia meet to form a join,or the vertebral column contains slightly moveablejoints
Sliding joints are found in the vertebral column and allows small sliding movements making it flexible.
If there are sign of arthritis stiffening joints swelling heat and pain, then it is a good time to seek advice from a doctor and or hematologist in an attempt to reduce the pain and damage that may be caused by this disease if left untreated.
The apophyseal joints are synovial joints in the vertebral column, between the superior or cranial articular process of one vertebra and the inferior or caudal articular process of the vertebra directly above it. See the link below:
The vertebral discs are found in the intervertebral joints, which are classified as cartilaginous joints. These discs, made of fibrocartilage, provide cushioning and allow for limited movement, including twisting, turning, and sliding between the vertebrae. This flexibility is essential for the overall mobility of the spine.