Special Feature

User Panel

My Panel

My Panel

Bookmark Science Articles

Recent News
Bookmark / Share This Science Site

[Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord]

[Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord] Research Abstract Details 

Research Abstract Table of Contents

Jump to the:

  • Abstract Text of This Paper
  • Journal Published
  • MeSH Keywords of This Abstract
  • Chemicals and Substances Used in this Paper
  • Grants and Granting Agency of this Research
  • Database Accession Numbers Used in this Paper
  • Related Papers
  • Related Research Tags
  • Rate this Research Paper
  • [Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord] Abstract Text:

    sai-li fuSai-Li Fu,zheng-wen maZheng-Wen Ma,lan yinLan Yin,pei-hua luPei-Hua Lu,xiao-ming xuXiao-Ming Xu,

    The aim of this study was to establish the culture system of isolation and cultivation of the neural stem cells (NSCs) from the embryonic rat brain and spinal cord. The methods of microscopic dissection, cell culture and immunofluorescence cytochemistry were used. The results are as follows. (1) In the presence of fibroblast growth factor-2 (FGF-2) and epidermal growth factor (EGF), both brain- and spinal cord-derived stem cells proliferated and expanded in vitro for 8 - 10 passages (over 60 d). The period of expansion resulted in a 10(6)-fold increase in brain-derived NSCs and 10(5)-fold increase in spinal cord-derived NSCs. These proliferating cells expressed nestin. (2) In the medium containing 1% FBS, the two NSCs populations could be induced to differentiate into neurons, astrocytes and oligodentrocytes. The percentage of neurons (beta-tubulin III-ir) differentiated from brain-derived NSCs decreased rapidly from 11.95+/-2.5% at passage 2 (P(2)) to 1.97+/-1.16% at passage 5 (P5). Significant difference was shown between P(2) and P(5) (P<0.01). The percentage of oligodentrocytes (Rip-ir) differentiated from brain-derived NSCs remained mostly unchanged from 8.66+/-2.93% at P(2) to 9.12+/-1.13% at P(5). The same differentiation patterns were found in spinal cord-derived NSCs. All these results indicate that both embryonic rat brain- and spinal cord-derived NSCs can expand and proliferate in vitro through multiple passages, and retain the capacity to differentiate into all three major types of cells in the central nervous system.

    [Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord] Publishing Authors By Initials

    sl fuSL Fu,zw maZW Ma,l yinL Yin,ph luPH Lu,xm xuXM Xu,

    For similar abstracts research abstracts see: abstracts research

    PUBMED ID PMID:

    MEDLINE DATE:

    [Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord] Journal Published:

    PUBLICATION TYPE: Journal Article

    Journal: Sheng li xue bao : [Acta physiologica Sinica]

    VOLUME: 55

    Page Numbers: 278-83

    Journal Abbreviation:

    ISSN: 0371-0874

    DAY: 25

    MONTH: Jun

    YEAR: 2003

    [Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord] Information

    Number of References:

    LANGUAGE: chi

    NlmUniqueID: 20730130

    [Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord] Keywords Mesh Terms:

    KEYWORDS:

    MESH TERMS:

    Chemical & Substance for Abstract: [Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord] Information

    Substance Name:

    Registry Number:

    Grant and Affiliation Information for [Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord]

    AFFILIATION: Department of Neurobiology, Shanghai Second Medical University, Shanghai 200025.

    Country: China

    China Research PublicationChina Research Publication

    AGENCY:

    GRANT:

    ACRONYM:

    MEDLINETA: Sheng Li Xue Bao

    REFSOURCE:

    DATABASENAME:

    ACCESSION NUMBER:

    Number Hits: 0

    Isolation and cultivation of neural stem cells from the embryonic rat brain and spinal cord Related Publications

     

    Molecular Station USER Menu

    Welcome to Molecular Station!

    You have to register before you can post on our forums or use our advanced features. Register Now! Its Free and Fast!

    Already registered? Login now below.

    User Name:

    Password:

    Already registered and Forgot your password? Click below to recover it.

    Recover Lost Password

    Join now - it's fast and free!

    Molecular Station is THE largest network of researchers, scientists and science lovers anywhere!

    Research Terms of Usage and Disclaimer
    Home
    Features

    Protocols

    DNA Forum

    Science Forum

    DNA Forum
    Biology Forum