(1) The myelin has a weblike appearance in such preparations.

(2) That guy's a lot of myelin.

(3) Lacking a myelin sheath. Used of a nerve fiber.

(4) At the same time following surgery, the myelin sheath thickness and the cross section area of myelinated nerves in the experimental groups were significantly greater than that in the controls.

(5) To destroy or remove the myelin sheath of a nerve fiber, as through disease.

(6) Most neurons are insulated by a myelin sheath formed by cells ( Schwann cells ) surrounding the axons.

(7) Conclusion: Myelinated nerve fiber positive area and myelin sheath area are the more sensitive markers of the course and therapeutic outcome of DPN.

(8) Conclusions The myelin was progressive damage in morphine dependent rats, and histomorphologic changes of myelin sheath in VTA might contribute to the development of morphine dependence.

(9) Results In 10-days morphine dependent rats, the lamellar myelin of VTA began to release and distort, and some has been swelled and vacuolated, but there was no demyelination.

(10) This myelin sheath is, basically, electrical tape, which is one reason that myelin, along with its associated cells, was classified as glia (Greek for "glue").

(11) The neuropathies in myelin sheath and Nissl body were markedly attenuated in group K.

(12) The myelin was harder to see a faintly undulating fringe on the edge of the neurons.

(13) Conduct the pathological observation on area of myelin sheath, extramedullary fiber and the cross section of myelin sheath of sciatic nerves.

(14) Myelin sheath of sciatic nerve and Nissl bodies in neurons were demonstrated with staining of solechrome cyanin and buffered methylene blue, respectively.

(15) Within that myelin, according to new research(/myelin.html), lies the seed of talent.

(16) The researchers'experiments also identified specific molecules on myelin that triggered such repulsion.

(17) It adds up to a two-part dynamic that is elegant enough to please Darwin himself: myelin controls the impulse speed, and impulse speed is crucial.

(18) Result:The regenerated nerves of decimeter wave sides had more medullated fibers, larger mean axons diameters and thicker myelin sheath than those of control sides.

(19) Results Bad protein was positively expressed in the normal optic nerve myelin sheath and residual myelin portions of optic nerve tissues from traumatic atrophic eyes.

(20) To develop a procedure by which Schwann cell and myelin in the peripheral nerve could be removed while the basal lamina tubes remained intact , and to obtain a long acellular nerve scaffold.

(21) Objective : To induce the EAE model on Guinea pig wi th Myelin Basic Protein ( MBP ).

(22) As the Little Group continued its lesson, I found myself myelin.

(23) Objective To compare the proliferative responses of T cell line (TCL) to myelin basic protein (MBP), proteolipid protein (PLP) and their synthetic peptides in multiple sclerosis (MS) patient.

(24) The expression of α6? ? 4 correlate with the injury and repair of myelin during EAN.

(25) The changes of moisture in brain tissues and serum myelin basic protein ( MBP ) were observed.

(26) An increase or decrease in this ratio is indicative of the integrity of myelin.

(27) Number and diameter of mean nerve fibre in unit area of transverse plane, diameter of axon and depth of myelin sheath were calculated.

(28) CONCLUSION:The degree of denervation is a marker for rehabilitative diagnosis of FP, and is related to the destruction degree of myelin sheath and axon.

(29) Multiple sclerosis occurs when the body launches an immune system attack against itself, destroying the myelin sheath and leading to immobility among sufferers.

(30) Results: After 2 and 4 weeks in the experimental group, a large amount of myelinated nerve fibers, Schwann cells were observed with light microscopy, and thickness of myelin sheath increased.

(31) In MS, the myelin coating of nerve fibers becomes inflamed and scarred.

(32) Brain biopsy revealed severe damage to the myelin sheath. Question is, why?

(33) Filamentous neurofibrils and mitochondria were observed in axons. Axons were enveloped by myelin sheath, presented alternately dark and bright lamellae concentric configuration.

(34) The signal characteristics probably result from dense gliosis and diminished myelin sheaths in the hemartomatous areas.

(35) Myelin sheaths showed shell-like structure, but its lamellar structure disappeared. Swelling of neurons and mitochondria was more obvious than which in 2-hour post injury group.

(36) It forms the myelin sheath of nerve fibres which facilitates the transmission of nerve impulse and insulates against cross-talks.

(37) In nerves outside the brain and spinal cord, a sausage-shaped glial cell called a Schwann cell forms myelin.

(38) RESULTS: After trauma, some neurons displayed histopathologic changes of necrosis and apoptosis, axon myelin sheath internalization and disconnection.

(39) Neuroglia consisting of cells similar to but smaller than astrocytes, found in the central nervous system and associated with the formation of myelin.

(39) is a sentence dictionary, on which you can find excellent sentences for a large number of words.

(40) In MS, loss of the myelin sheaths which act as insulating layers, leads to the nerve fibres in the brain becoming damaged.

(41) Result Degenerated myelin - activated M Φ CM could enhanced Schwann cells ? ? activity and promoted cell proliferation obviously.

(42) The electron microscope was used to study the histomorphologic changes of myelin sheath in VTA.

(43) Teased fiber analysis showed an increased frequency of axonal degeneration and regeneration asas excessive myelin irregularity.

(44) Malnourished children have smaller brains, fewer neurons and synapses, shorter dendrites and less myelin.

(45) Insufficient or poorly working myelin causes a number of diseases, including a rare and fatal congenital disorder called pediatric leukodystrophy that affects thousands of children.

(46) And wide gaps appeared between axon and myelin sheath, and between layers of myelin shea.

(47) Oligodendrocytes produce myelin insulation, crucial for the transmission of messages around the nervous system.

(48) "Because there is no myelin damage at birth, we assumed prions are needed to maintain the quality of the myelin sheath, which diminishes throughout life, " says Aguzzi.