The vertebral column consists of numerous small bones
called vertebrae that are linked together by joints called intervertebral disks.
The vertebral column consists of numerous small bones
called vertebrae that are linked together by special joints called intervertebral discs.
The human spine is made up of 24 bones,
called vertebrae, stacked on top of one another.
Not exact matches
The discovery nearly two decades ago of nine beautifully articulated
vertebrae at Big Bend National Park is shedding new light on a 66 million - year - old sauropod native to Texas and the North American southwest
called Alamosaurus sanjuanensis.
In 1996, researchers discovered that low density bones and fractured
vertebra seem to accompany a different form, or allele, of a gene
called COLIA1.
Up to now, intervertebral discs have not been replaced by mobile joints, but by so -
called cages, a kind of place holder that both supports and allows the adjacent
vertebrae to grow and fuse together.
A so -
called segmentation clock creates this repetitive arrangement in developing embryos: Each time the clock ticks, a
vertebra starts to form.
In mammals and dinosaurs, each
vertebra is made of two bones that slowly fuse over time: the main, often cylindrical body of the
vertebra called the centrum and the arc of bone that houses the spinal cord,
called the neural arch.
In contrast, modern birds, which evolved from dinosaurs, have much shorter stubs of tails
called pygostyles, formed by fusing several
vertebrae.
The species name xenarthrosus refers to the odd way the creature's spinal
vertebrae interlock and stiffen the back, similar to modern - day armadillos, anteaters, and other mammals in a group
called xenarthrans.
In frogs, these
vertebrae have shrunk further and fused into a single hollow bone
called a urostyle.
The cartilaginous discs between each
vertebra develop from an embryonic structure
called the notochord.
Once you lose this rotational movement, it affects those tiny, little important joints which connect the
vertebra to the ribs, what we
call costovertebral joint.
The AS causes fusing of the spine, and like many with this disease, you end up going years before you are properly diagnosed, so I already had fusions of my sacroiliac joints (pelvis) and in a few
vertebrae before I had a name to
call this disease.
Muscular tension causes
vertebrae to be pulled out of their normal position
calling what a chiropractor would
call a subluxation.
This means we find that happy medium between the two extremes of our pelvic motion where we have a gentle lumbar curve that gives a slight lift to our tailbone allowing our multifidi muscles to engage, allowing our transversus abdominus muscle to pull against solid interlocked
vertebrae, and allowing our pelvic floor muscles to pull against a solid tail bone to contract when needed and come back to a neutral resting position when not being
called upon.
This contributes to greater mental clarity, according to Kundalini yoga, because all 26
vertebrae receive stimulation and all the body's energy centers get a wake - up
call.
At the base of the spine, is a bony plate
called the sacrum which is made of 5 fused
vertebrae.
The tail consists of
vertebrae (
called «caudal»
vertebrae), muscle, ligaments and tendon.
The instrument we use to stimulate the muscles and ganglia along the
vertebrae is
called the VetroStim.
The
vertebrae are connected by joints
called intervertebral disks.
The vertebral column consists of numerous small bones
called «
vertebrae» which are linked together by special joints
called «intervertebral disks.»
Doberman Pinschers are the 2nd most likely breed to suffer from a serious disease of the neck
vertebrae called Wobbler's disease.
The section between the last lumbar and first sacral
vertebrae is
called the lumbosacral (L - S) junction.
The intervertebral disc, which sits between
vertebrae, is composed of an outer fibrous basket (annulus fibrosus) made of 70 % collagen and an inner gel - like layer
called the nucleus pulposus.
The stress put on the spinal column in a car collision can cause a piece of the spinal structure (
called a disk) that separates your back bones or
vertebrae, to move out of place.
If the injury affects the area below the bottom
vertebra and includes a lack of neurological function, it's
called a complete spinal cord injury.