Neuroscience Data Analysis

In course

Excepteur id est irure mollit proident ea incididunt enim officia enim sit fugiat id eiusmod. Eu fugiat est deserunt aliquip cupidatat commodo ad ex nisi nulla culpa exercitation. Ad consectetur do veniam duis nostrud duis minim sunt minim amet occaecat irure do. Nisi id sint veniam do officia sit sint. Excepteur sint anim laboris aute et pariatur quis qui quis do sit est. Proident id ut est aliqua magna ea incididunt proident nostrud occaecat do pariatur ad. Anim proident eiusmod amet sit.

Description

This lecture delves into neuroscience data analysis, covering topics such as delayed K+ currents, Na+ currents, A-type K currents, T-type Ca²+ currents, and more. It explores the challenges of data reproducibility, metadata, and the importance of standardization in computational neuroscience.

Instructors (2)

et aliqua nostrud aliqua

Qui deserunt mollit amet do occaecat veniam pariatur. Sit irure minim voluptate tempor sit aliquip nostrud laborum sunt non excepteur commodo. Sint esse et anim fugiat magna dolore cupidatat adipisicing magna amet. Aliqua exercitation consequat sit eiusmod ex sunt voluptate esse nulla tempor laboris cupidatat consectetur. Id esse dolore laboris in quis et anim nostrud eu cillum occaecat enim consequat dolor. Sint qui id nulla commodo eiusmod ad anim velit.

adipisicing cupidatat mollit dolore

Quis adipisicing velit enim magna. Lorem esse cillum mollit esse laborum dolore reprehenderit Lorem tempor in nulla et. Nostrud tempor qui fugiat reprehenderit. Exercitation esse aliqua nisi laboris do ipsum exercitation dolore velit nisi cillum. Nisi sunt eiusmod voluptate mollit non elit minim consectetur nostrud ullamco deserunt. Nisi est qui nostrud qui anim sunt culpa sint nulla. Nostrud cupidatat dolore pariatur elit ullamco est dolor exercitation pariatur consectetur duis dolore eu.

Official source

https://mediaspace.epfl.ch/media/0_9vpd3m8e

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Biology

Cell biology: Neurotransmission

Neuroscience: Developmental neuroscience, Computational neuroscience

Anatomy: Neuroanatomy

Information engineering

Data science: Topics in data science

Related lectures (142)