Introductory Biology (2013)

9 Episodes

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Lecture 31: Cancer 3

2017-06-1950:36

In this lecture, Professor Jacks continues the discussion on cancer genetics, followed by cancer therapies and prevention.

Lecture 30: Cancer 2

2017-06-1950:23

In this lecture, Professor Jacks discusses the genes and mutations involved in the development of cancer, how to find them, and why they are important.

Lecture 29: Cancer I

2017-06-1946:30

In this lecture, Professor Jacks covers the fundamental definitions of different types of cancers, as well as their stages of progression.

Lecture 25: Neurobiology 2

2017-06-1946:20

Professor Sive discusses the nervous system in more detail, focusing on pumps and channels, and synapses.

Lecture 26: Neurobiology 3

2017-06-1950:09

In this lecture, Professor Sive discusses circuits in the nervous system, and regulating chemical synapses.

Lecture 24: Neurobiology 1

2017-06-1951:26

In this lecture, Professor Sive explains the nervous system as a communication network, beginning with neurons, action potentials, and ion channels and pumps.

Lecture 23: Stem Cells

2017-06-1946:19

Professor Sive discusses cell fate and differentiation, followed by stem cells. The lecture focuses on defining stem cells, highlighting the key discoveries in research, and discussing therapeutics.

Lecture 22: Development 2

2017-06-1946:27

In this lecture, Professor Sive discusses breaking symmetry, organogenesis, and morphogenesis.

Lecture 21: Development 1

2017-06-1946:28

Professor Sive discusses cell types and explains how they differentiate.

#box-pro-ellipsis-177521987711180{-webkit-line-clamp:2;}Introductory Biology (2013)