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What inferior boundary of the spinal cord is at the level of the vertebra?
The inferior boundary of the spinal cord typically ends at the level of the L1 or L2 vertebra in most adults.
Where in the body does the spinal cord end?
The spinal cord ends at the level of the first lumbar vertebra, which is just below the level of the ribs.
What vertebra is least likely to cause a spinal cord injury if fracture?
L4
The spinal cord passes through the body of each vertebra?
no . the spinal cord starts in the 1st cervical vertebra . but it is stopped in the 2nd lumber vertebra . from this site many nerve fibres come out from the cord . these are known as cauda equina . the conical shaped end of the spinal cord is called CONUS MEDULARIS
Which part of the spinal cord affects the absence of the calcaneal tendon?
The spinal cord part at the fifth lumbar vertebra affects to lower legs, ankles, and feet, so the calcaneal tendon would be affected by the spinal cord at this location.
Why does each vertebra have a hole that goes through it?
The hole in each vertebra forms the vertebral foramen through which the spinal cord passes. This structure provides protection and support for the spinal cord while allowing for nerves to branch out from the spinal cord to different parts of the body.
What system is the vertebra part of?
the skeletal system. the spinal column is made up of bones that protect the spinal cord called vertebrae
What is the purpose of the vertebra formina?
The vertebral foramina is where the spinal cord passes through the vertebrae (bone).
What level does the spinal cord finish in an adult?
Lumbar Vertebra 3
Where does the spinal cord start and end in the human body?
The spinal cord starts at the base of the brain and extends down to the lower back, ending around the first or second lumbar vertebra.
Can you break your back without being paralysed?
Yes, you can fracture a vertebra without breaking the spinal cord.
Why does a rodent have holes through its vertebrae?
Rodents have holes in the vertebra because this was the space that the spinal cord occupied.
