Attachment of the ligaments that hold the vertebrae together and the
muscles that move them
Neural means "of or relating to the nerves, neurons, or nervous system".
This depends on the type of fracture, whether there was any impingement on the spinal canal or neural formina, and any resultant neurologic deficits. For compression fractures without any impingement or neurologic deficits, frequently the treatment is pain medication. If there is possible impingement on the spinal canal, surgery may be necessary, and if there is neurologic deficit or abnormalities, surgery is necessary, as well as steroids. A brace may also be used to help stabilize the spine while healing takes place. You should consult your orthopedic or spinal surgeon about the recommended treatment for your fracture.
A zygapophysis is a joint structure found in the vertebral column of animals, including humans. These paired processes help to stabilize the vertebrae and limit their movement by forming interlocking joints between adjacent vertebrae. They play a crucial role in providing support and facilitating movement in the spine.
They act as the hearts of annelids (segmented worms)
The primary motor area is located in the frontal lobe of the brain, specifically in the precentral gyrus of the cerebral cortex. It is responsible for generating neural signals that control voluntary movement of the body.
The neural spine is a bony protrusion that extends upward from the vertebrae in the spine. Its primary function is to provide attachment points for muscles and ligaments, contributing to the stability and mobility of the vertebral column. Additionally, it helps protect the spinal cord by forming part of the vertebral arch that encases it. Overall, the neural spine plays a crucial role in the structural integrity and function of the spine.
This means that L5 (the bottom vertebra of the lumbar spine) has fractured and compressed (telescoped) into S1 (the top of the sacral bone), and that there is no compression of the spinal cord (That is a GOOD thing!!)... If you'll copy the following web address (Back.com) and paste it into your browser, you can see the pictures and description of what I'm talking about... http://www.back.com/anatomy-lumbar.html
No, nervous tissue is not housed in the neural canal of the thoracic vertebra. The neural canal, or vertebral canal, contains the spinal cord, which is part of the central nervous system, as well as spinal nerves and their surrounding protective membranes. Nervous tissue itself is found in the spinal cord and peripheral nerves but is not located within the vertebral canal itself. Instead, the canal serves as a protective passage for these structures.
We can classify neural networks in several groups according to following criteria:Perceptron networksNumber od layers:single layer neural networksmultiple layer neural networksDirection of signal propagation:forward propagationrecurentOther structuresKohonen networksHopfield networksOther typesRadial Basis Function networksOrtogonal activating function neural networksmany others... see wikipedia
What are the symptoms and treatments for degenerative changes lumbar spine with multilevel foramina encroachment
forms neural opening
its derivative is easy to compute
The Neural Foramen are grooves in the vertebra, just behind the vertebral body that the nerves that branch off the spinal cord exit the spinal canal from. If they are grossly patent they are open, and free from obstruction, so there is no compression of the nerves that course through these channels.
Neural means "of or relating to the nerves, neurons, or nervous system".
I think it is a neural pool.
Neurons
Yes, thiamin (vitamin B1) plays a crucial role in overall neurological health, but the primary nutrient known for reducing the risk of neural tube defects is folic acid (vitamin B9). Adequate folic acid intake before conception and during early pregnancy is essential for proper neural tube development in the fetus. While thiamin is important for various bodily functions, including metabolism and nerve function, it is not specifically linked to neural tube defect prevention.