RESEARCH
Peer reviewed scientific video journal
Video encyclopedia of advanced research methods
Visualizing science through experiment videos
EDUCATION
Video textbooks for undergraduate courses
Visual demonstrations of key scientific experiments
BUSINESS
Video textbooks for business education
OTHERS
Interactive video based quizzes for formative assessments
Products
RESEARCH
JoVE Journal
Peer reviewed scientific video journal
JoVE Encyclopedia of Experiments
Video encyclopedia of advanced research methods
EDUCATION
JoVE Core
Video textbooks for undergraduates
JoVE Science Education
Visual demonstrations of key scientific experiments
JoVE Lab Manual
Videos of experiments for undergraduate lab courses
BUSINESS
JoVE Business
Video textbooks for business education
Solutions
Language
zh_CN
Menu
Menu
Menu
Menu
DOI: 10.3791/53797-v
Please note that some of the translations on this page are AI generated. Click here for the English version.
原代海马神经元的低密度培养通常需要神经胶质饲养层来提供神经营养因子并维持长寿。我们在这里描述了一种在高密度神经元饲养层存在下在玻璃盖玻片上培养超低密度神经元的简化方法,这有助于研究特定的神经元自主机制。
该程序的总体目标是以超低密度建立原代小鼠海马神经元的健康长期培养物,以促进免疫细胞化学标记和神经元细胞自主机制的研究。本研究可以帮助理解神经科学研究领域的一些关键问题,例如蛋白质在发育功能的神经形态学中的特异性研究。该技术的主要优点是它允许神经元在盖玻片上以超低密度生长,而无需神经胶质饲养层的支持。
演示该程序的是我实验室的学生 Mariel Piechowicz。准备两个高密度和两个低密度 24 孔板。使用 28 号针头蚀刻 24 孔板的底部,以便移位的塑料作为盖玻片的支撑,其上生长着低密度神经元。
View the full transcript and gain access to thousands of scientific videos
View the full transcript and gain access to thousands of scientific videos
Related Videos
15:40
Related Videos
34.5K Views
04:50
Related Videos
17.3K Views
10:27
Related Videos
72.4K Views
03:48
Related Videos
2.1K Views
03:24
Related Videos
627 Views
04:53
Related Videos
978 Views
03:03
Related Videos
547 Views
03:35
Related Videos
617 Views
17:46
Related Videos
21.6K Views
14:02
Related Videos
6.3K Views