Neuronal cultures on microcarriers: dissociated spinal cord cells.

A. Shahar; A. Amir; S. Reuveny; L. Silberstein; A. Mizrahi

Neuronal cultures on microcarriers: dissociated spinal cord cells.

A. Shahar, A. Amir, S. Reuveny, L. Silberstein, A. Mizrahi

The Multidisciplinary Department of Jewish Studies

Research output: Contribution to journal › Article › peer-review

9 Scopus citations

Abstract

Dissociated spinal cord cells from rat fetuses were successfully cultured up to the state of synaptogenesis and myelin formation on DEAE cellulose cylindrical microcarriers. Nerve cells and microcarriers interconnected to form conglomerates offering optimal nutritional conditions which enhanced cell maturation. These conglomerates yielded large amounts of cells which could easily be harvested for biochemical analysis.

Original language	English
Pages (from-to)	25-30
Number of pages	6
Journal	Developments in Biological Standardization
Volume	55
State	Published - 1983

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title = "Neuronal cultures on microcarriers: dissociated spinal cord cells.",

abstract = "Dissociated spinal cord cells from rat fetuses were successfully cultured up to the state of synaptogenesis and myelin formation on DEAE cellulose cylindrical microcarriers. Nerve cells and microcarriers interconnected to form conglomerates offering optimal nutritional conditions which enhanced cell maturation. These conglomerates yielded large amounts of cells which could easily be harvested for biochemical analysis.",

author = "A. Shahar and A. Amir and S. Reuveny and L. Silberstein and A. Mizrahi",

year = "1983",

language = "אנגלית",

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T2 - dissociated spinal cord cells.

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AU - Amir, A.

AU - Reuveny, S.

AU - Silberstein, L.

AU - Mizrahi, A.

PY - 1983

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AB - Dissociated spinal cord cells from rat fetuses were successfully cultured up to the state of synaptogenesis and myelin formation on DEAE cellulose cylindrical microcarriers. Nerve cells and microcarriers interconnected to form conglomerates offering optimal nutritional conditions which enhanced cell maturation. These conglomerates yielded large amounts of cells which could easily be harvested for biochemical analysis.

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EP - 30

JO - Developments in Biological Standardization

JF - Developments in Biological Standardization

ER -

Neuronal cultures on microcarriers: dissociated spinal cord cells.

Abstract

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