Neck injuries can also
lead damage to the spinal cord affecting the nervous system, fractures to the cervical bones, or disc herniation.
Not exact matches
Later complications include weakness and numbness in 4
to 18 per 10,000 women, most of which resolve spontaneously within three months.65 — 69 Longer - term or permanent problems can arise from:
damage to a nerve during epidural placement; from abscess or hematoma (blood clot), which can compress the
spinal cord; and from toxic reactions in the covering of the
spinal cord, which can
lead to paraplegia.70
Studies in rats and dogs have already demonstrated that olfactory ensheathing cells (OECs), which insulate bundles of nerve cells, can help repair
damage to the
spinal cord and nerves
leading to animals» paws.
Does a problem in the nervous system spur an immune response that
leads to additional
damage to the brain and
spinal cord?
The treatment not only
led the
spinal cord cells
to produce and secrete ChABC in large quantities over areas spanning the injury epicenter, it helped
to maintain the overall health of the
damaged spinal cord and restored hind limb function in the animals within 12 weeks.
«This study, carried out using laboratory rats modeling stroke, demonstrated that ischemic stroke — in both its subacute and chronic stages —
damages the BSCB in a variety of ways, creating a toxic environment in the
spinal cord that can
lead to further disability and exacerbate disease pathology,» said study
lead author Dr. Svitlana Garbuzova - Davis, associate professor in USF's Center of Excellence for Aging and Brain Repair, Department of Neurosurgery and Brain Repair.
«Stroke
damages blood -
spinal cord barrier, researchers find: Stroke's long - term effects on blood -
spinal cord barrier can
lead to «an increasingly toxic environment» in
spinal cord and «significant input on disease pathology».»
Instead of focusing his energy on generating neural regrowth across
spinal cord lesions that
lead to paralysis, his approach relies on the plasticity of the nervous system, this incredible ability of the nervous system
to adapt
to damage.
Damaged axons in the brain and
spinal cord of mammals don't regenerate, and
spinal cord injuries can therefore
lead to permanent paralysis.
This
leads to a decrease in inflammation and subsequent secondary
damage to the brain and
spinal cord.
Ultimately, the enhanced understanding of central nervous system organization that has derived from the research of these three scientists may
lead to new and more effective ways
to repair diseased or
damaged circuits embedded in the human brain and
spinal cord.
This
damages nerve cells by blocking their ability
to make the proteins needed for synaptic function and
leads to the death of neurons in the brain and
spinal cord.
Friedreich's ataxiais an inherited disease that causes progressive
damage to the nervous system, resulting in symptoms ranging from gait disturbance
to speech problems; it can also
lead to heart disease and diabetes.The ataxia of Friedreich's ataxia results from the degeneration of nerve tissue in the
spinal cord, in particular sensory neurons essential (through connections with the cerebellum) for directing muscle movement of the arms and legs.
Furthermore, the success of this project can
lead to the development of novel axon - regenerating therapeutics that could transform the clinical treatment of angle - closure glaucoma and other types of optic neuropathies, as well as have the potential
to be adapted
to regenerating the long - distance axonal projections
damaged by
spinal cord injury, brain trauma, and white matter stroke.
For more than a century, scientists thought that glial cells were responsible for scar formation; now, however, a paper published in Science shows that
spinal cord scar tissue largely derives from a completely unexpected type of cell called a pericyte, opening new opportunities for the treatment of
damaged nerve tissue.Lesions
to the brain or
spinal cord rarely heal fully, which
leads to permanent functional impairment.
Spinal cord injuries that
damage the nerves can
lead to similar symptoms.
Its deficiency can
lead to peripheral nerve
damage (especially in people chronic high blood sugar levels and those who are on statins and other cholesterol - lowering drugs), brain and
spinal cord problems, neural tube defects in pregnancy, or Multiple Sclerosis lesions.
Without treatment, Leptospirosis can
lead to kidney
damage, meningitis (the inflammation of the membrane around the brain and
spinal cord), liver failure, respiratory distress, and even death.
The friend brought her in
to see me, and we determined the tumor had affected the entire
spinal cord,
leading to nerve
damage in both hind legs, leaving her unable
to stand or walk.
Large syrinxes
leading to damage to the dorsal part of the
spinal cord are
leading to abnormal behaviour seen by cavalier King Charles spaniels.
A deficiency in cobalamin can
lead to irreversible
damage to the different structures of the brain as well as the
spinal cord.
The pressure can be so great that the blood supply
to the
spinal cord can be
damaged also,
leading to actual death of
spinal cord tissue (myelomalacia).
Interference with blood supply
leads to tissue
damage and a subsequent loss in normal function of areas in the brain and
spinal cord.
Spinal or brain tumours, intervertebral disc disease («slipped disc»), lumbo - sacral stenosis (narrowing of the spinal canal), and fibrocartilaginous embolic myelopathy (a piece of disc material plugs a blood vessel causing spinal cord damage) can all lead to hind end paresis or para
Spinal or brain tumours, intervertebral disc disease («slipped disc»), lumbo - sacral stenosis (narrowing of the
spinal canal), and fibrocartilaginous embolic myelopathy (a piece of disc material plugs a blood vessel causing spinal cord damage) can all lead to hind end paresis or para
spinal canal), and fibrocartilaginous embolic myelopathy (a piece of disc material plugs a blood vessel causing
spinal cord damage) can all lead to hind end paresis or para
spinal cord damage) can all
lead to hind end paresis or paralysis.
Typically, in a Louisville
spinal cord injury claim, the claimant was involved in an accident that may have dislocated or fractured a vertebrae of the spine,
leading to damage of the
spinal cord tissue.
Our
spinal cords are fragile, and injuries
to this part of the body can
lead to serious
damage to the nervous system.
Even years after an accident,
damage from things like traumatic brain and
spinal cord injuries can
lead to death.
In many rollover crashes the roof crushes inward, which can
lead to brain
damage,
spinal cord injuries, broken bones or death.
Following an accident resulting in a
spinal cord injury, you deserve
to recover the
damages necessary for you
to lead a productive and happy life.
Naturally, mechanical failures such as these can
lead to serious accidents and catastrophic injuries, including brain
damage,
spinal cord injuries, broken bones and fractures, burns, lacerations, facial disfigurement, and even death.
Falls can
lead to serious injuries, including broken bones,
spinal cord damage, head trauma and injuries requiring further surgery.
Injuries involving
spinal cord damage have the potential
to lead to severe nerve
damage.
Damage to the
spinal cord could
lead to permanent changes in the rider's quality of life, such as paralysis.
However, significant
damage to the chest can
lead to a
spinal cord injury.
A faulty or defective product can
lead to serious injuries, including
spinal cord injuries, brain injury, severe burns,
damaged health, broken bones, and even death.
The force that hits drivers and passengers at the moment of impact in a truck accident can
lead to serious back, neck, and
spinal cord injuries, such as
damaged discs or even a broken back.