1996Xinxiang yixueyuan xuebaoRequires access

The development of locus coeruleus neurons in human fetus

Yan Su

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Abstract

Objective To explore the development of locus coeruleus neurons in human fetus and supply morphological basis to selecting fitter embryoml of locus coeruleus cells in fetal locus coeruleus transplanted into transected spinal cord.Method The development of locus coeruleus neurons in 4 ̄ 8 monthes human fetus with the Nissl staining in this experiment was observed sys tematically.Result The locus coeruleus neurons had beenfound at the fourth month embryon.The numberof locus coeruleus neurons decreased graduallywith fetal ages. The body of locus coeruleusneurons was getting small to big. The locuscoeruleus neuron was round, oval, Pyra ̄l,spindle and angular in shape. The density ofneurons increased in early embryon and decreasesgradully with fetal ages in late embryonic. The neurons are mainly located in dorsal of locuscoeruleus.Conclusion The neurons of locus coeruleus inhuman embryon of the foutth month seems tO befitter for graft.

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Objective To explore the development of locus coeruleus neurons in human fetus and supply morphological basis to selecting fitter embryoml of locus coeruleus cells in fetal locus coeruleus transplanted into transected spinal cord.Method The development of locus coeruleus neurons in 4 ̄ 8 monthes human fetus with the Nissl staining in this experiment was observed sys tematically.Result The locus coeruleus neurons had beenfound at the fourth month embryon.The numberof locus coeruleus neurons decreased graduallywith fetal ages. The body of locus coeruleusneurons was getting small to big. The locuscoeruleus neuron was round, oval, Pyra ̄l,spindle and angular in shape. The density ofneurons increased in early embryon and decreasesgradully with fetal ages in late embryonic. The neurons are mainly located in dorsal of locuscoeruleus.Conclusion The neurons of locus coeruleus inhuman embryon of the foutth month seems tO befitter for graft.

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Available abstract

Objective To explore the development of locus coeruleus neurons in human fetus and supply morphological basis to selecting fitter embryoml of locus coeruleus cells in fetal locus coeruleus transplanted into transected spinal cord.Method The development of locus coeruleus neurons in 4 ̄ 8 monthes human fetus with the Nissl staining in this experiment was observed sys tematically.Result The locus coeruleus neurons had beenfound at the fourth month embryon.The numberof locus coeruleus neurons decreased graduallywith fetal ages. The body of locus coeruleusneurons was getting small to big. The locuscoeruleus neuron was round, oval, Pyra ̄l,spindle and angular in shape. The density ofneurons increased in early embryon and decreasesgradully with fetal ages in late embryonic. The neurons are mainly located in dorsal of locuscoeruleus.Conclusion The neurons of locus coeruleus inhuman embryon of the foutth month seems tO befitter for graft.

Key concepts: Locus coeruleus, Nissl body, Fetus, Spinal cord, Locus (genetics), Biology, Neuron, Anatomy

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