英[ʌn'dæmɪdʒd] adj.未损坏的;未毁坏的 网络完整无损的;未受损的;完好的 同义词 反义词 adj. unspoiled,untouched,unharmed,unhurt,intact 权威英汉双解 英汉 英英 网络释义 undamaged 显示所有例句 adj. 1. 未损坏的;未毁坏的not damaged or spoilt...
Growing evidence indicates that the nasal-to-brain route is a promising pathway offers a viable non-invasive method for drug delivery to the brain [9]. This route bypasses the BBB via the trigeminal and olfactory nerves, allowing the delivery of medications directly to the brain. Moreover, whe...
Growing evidence indicates that the nasal-to-brain route is a promising pathway offers a viable non-invasive method for drug delivery to the brain [9]. This route bypasses the BBB via the trigeminal and olfactory nerves, allowing the delivery of medications directly to the brain. Moreover, whe...
In other tissues, such as the intervertebral disc, ingrowth of blood vessels is associated with ingrowth of nerves [90], but very little is known about the innervation of degenerate and painful tendons. It is apparent that many etiological factors and pathways may be responsible for tendon ...
The light entering the eyes enables the body's sense of sight to perceive motion and images through the processes in the optic nerves and the brain. Learn about the concepts of the sense of sight, the different nerves involved in seeing, and how eye movements...
There are no cranial nerves associated with which part of the brain? A. Thalamus B. Medulla oblongata C. Midbrain D. Pons E. Cerebellum What area(s) of the brain are involved in the control of breathing? a. Medulla o...
The first useful property of the silk is that it has the correct rigidity. If the silk was too soft, the nerves simply would not be able to grow across it. If, on the other hand, it was too rigid, then the silk could actually cause further injury to the patient’s back. ...
by encouraging re-myelination. In a 2013 Nature study, Lairson and colleagues showed that the drug benztropine, approved for Parkinson's disease, may also help MS patients by inducing cells called oligodendrocyte precursor cells to mature into myelin-producing oligodendrocytes and repair damaged nerves...