Examples of using Overview problem in English and their translations into German
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Colloquial
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Official
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Ecclesiastic
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Medicine
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Financial
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Ecclesiastic
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Political
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Computer
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Programming
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Official/political
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Political
Back to overview Problem: Axon regeneration is limited in the CNS.
Back to overview Problem: Imaging the spinal cord is very challenging.
Back to overview Problem: Axons in the spinal cord fail to regenerate.
Back to overview Problem: lack of regrowth of neuronal fibres in the spinal cord.
Back to overview Problem: Elevated autoantibodies in blood samples of SCI patients.
Back to overview Problem: Regeneration of axons is impaired after spinal cord injury.
Back to overview Problem: The production of endogenous stem cells within the spinal cord is limited.
Back to overview Problem: Enhance functional recovery after incomplete spinal cord injury.
Back to overview Problem: After spinal cord injury, connections between neurons are often impaired.
Back to overview Problem: Our understanding of how astrocytes respond to spinal cord injury is limited.
Back to overview Problem: The details of astrocyte reactivation after spinal cord injury are unknown.
Back to overview Problem: Tetraplegia reduces respiratory function associated with respiratory complications.
Back to overview Problem: Axonal regeneration in the central nervous system(CNS) after a spinal cord injury(SCI) fails.
Back to overview Problem: The capacity for repair by endogenous progenitor cells is not enough to reach a meaningful functional recovery.
Back to overview Problem: Loss of function has been in part attributed to the loss of the myelin on the spared nerve fibres.
Back to overview Problem: After spinal cord injury(SCI), secondary processes like inflammation and bleeding cause additional tissue loss.
Back to overview Problem: Spinal cord injury often results in neuropathic pain, which is personally devastating and difficult to treat.
Back to overview Problem: Our limited understanding of the complex inflammatory response to spinal cord injury, and its relationship to recovery.
Back to overview Problem: After spinal cord injury, axon growth is prevented by inhibitors present in the scar that forms at the injury site.
Back to overview Problem: The local environment inhibits injured nerve fibers to regrow across the lesion and does not provide growth promoting factors.
Back to overview Problem: Inflammation causes a hostile microenvironment for transplanted stem cells thus limiting their therapeutic potential.
Back to overview Problem: Cardiovascular dysfunction is one of the leading causes of morbidity and mortality in both acute and chronic stages of SCI.
Back to overview Problem: After an incomplete spinal cord injury descending nerve fibers that cross the lesion are not always optimized to assist in recovery.
Back to overview Problem: Injuries to the adult central nervous system(CNS) often result in permanent disabilities because neurons lose the ability to regenerate their axon.
Back to overview Problem: The spinal cord contains all the circuitry necessary for movement, but in the absence of commands from the brain, people with spinal cord injuries are unable to walk.
Back to overview Problem: After spinal cord injury, the blood pressure and the perfusion pressure within the injured cord needs to be optimized to protect the spinal tissue.
Back to overview Problem: Â After SCI, repulsive guidance molecule(RGMa), one of the most potent inhibitory proteins, is increased in the spinal cord and inhibits axonal growth.
Back to overview Problem: Patients with cervical SCI suffer severe problems with breathing due to the interrupted respiratory neural circuits and scar formation.
Back to overview Problem: Lack of fluid biomarkers that can be utilized i towards assessing the initial severity of the injury ii for predicting the long-term neurological recovery of the patient.
