TUSM/T-NEMC CENTER FOR NEUROSCIENCE RESEARCH - Eletrophsyiology core

在下一个资助期内，计算基因组学核心的Affyphin基因表达系统。 D2.电生理学和生物物理学核心设施（EBCF） D2.1.理由和使命。电生理数据通常被认为是证明 离子流和细胞生理之间的因果关系。生成初步数据是一个令人生畏的前景， 然而，对于一个缺乏必要培训的调查员来说， 电生理学家电生理学研究也需要相当大的前期投资， 人员和设备，进一步阻止调查人员进入电生理竞技场。的 EBCF的建立是为了抵消这些负面影响，并充分降低活化能势垒 从而促进电生理学方法在神经科学研究中更广泛的应用 塔夫茨的实验室

Affymetrix gene expression system of the Computational Genomics Core during the next funding period. D2. Electrophysiology & Biophysics Core Facility (EBCF) D2.1. Rationale and Mission. Electrophysiological data are often considered the gold standard for demonstrating a causal relationship between ion flux and cell physiology. Generating preliminary data is a daunting prospect, however, for an investigator who lacks the years of training necessary to produce a competent, independent electrophysiologist. Electrophysiological studies also require a considerable up-front investment in personnel and equipment, further discouraging investigators from entering the electrophysiological arena. The EBCF was established to counterbalance these negative influences and lower the activation energy barrier sufficiently so as to promote more widespread use of electrophysiological approaches in neuroscience research laboratories at Tufts.