Chapter 32 Functional integration of neurons in homotopic and heterotopic intra-cortical grafts with the host brain-Reference-Cited by-同舟云学术

Chapter 32 Functional integration of neurons in homotopic and heterotopic intra-cortical grafts with the host brain

Published:1990 Issue: Volume: Page:287-300
ISSN:0079-6123
Container-title:Progress in Brain Research
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Author:

Bragin A.G.,Bohne A.,Kitchigina V.F.,Vinogradova O.S.

Publisher

Elsevier

Reference32 articles.

1. Transmitter phenotype is a major determinant in the specificity of synapses formed by cholinergic neurons transplanted to the hippocampus;Anderson;Neuroscience,1988

2. Cholinergic and non-cholinergic septo-hippocampal projections: a double-label horseradish peroxidase-acetylcholin-esterase study in the rabbit;Baisden;Brain Res.,1984

3. GABAergic control of the spontaneous and evoked activity of the neurons in septal slices;Belousov;Zhurn. Vyss. Nervn. Deyat.,1988

4. Somatosensory rhythms in the awake cat: a single unit exploration of their thalamic concomitant in nucleus ventralis posterior and vicinity;Bouyer;Arch. Ital. Biol,1982

5. Comparison of neuronal activity in septal and hippocampal grafts developing in the anterior eye chamber of the rat;Bragin;Dev. Brain Res.,1983

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1. Functional Recovery of Skilled Forelimb Use in Rats Obliged to Use the Impaired Limb after Grafting of the Frontal Cortex Lesion with Homotopic Fetal Cortex;Neurobiology of Learning and Memory;2001-05

2. Laminar Distribution of Isocortical Neurons Projecting to Occipital Grafts in Neonate and Adult Rats;Experimental Neurology;2000-03

3. Neonatal lesion of the rat's frontal cortex and subsequent transplantation of embryonic frontal cortex: evidence of appropriate synaptic integration of the graft neurons within the host thalamo-fronto-striate circuit;Neuroscience Research;1998-08

4. References;Neocortical Grafting to Newborn and Adult Rats: Developmental, Anatomical and Functional Aspects;1998

5. Transplants of embryonic cortical tissue placed in the previously damaged frontal cortex of adult rats: Local cerebral glucose utilization following execution of forelimb movements;Neuroscience;1995-01