Synopsis
A computer simulation of a cell allows us to see the structure of a cell close-up.
- Programme: Short Circuit
- Episode: Biology - Programmes 1-3
- Channel: BBC Two
- Broadcast year: 2008
- Biology | Cell biology | Cells | The ultrastructure of cells
Licence: ERA Licence required
UK only
Staff and students of licensed education establishments only
Cannot be adapted
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More resources about Cell Structure and Function

Cells under a microscope | Science In Action
Cells under a microscope | Science In Action
Spec references J247: B1.1a. Showing onion cells and cheek cells under a microscope.

Collagen | Secrets of Skin
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Collagen makes up 90% of the skin dermis. Professor Ben Garrod talks to a scientist studying collagen whose research has some ground-breaking appl...

Elastin | Secrets of Skin
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Why do we get wrinkles? Professor Ben Garrod explores the function of elastin in an animal's skin.

Electron microscope | Science In Action
Electron microscope | Science In Action
Spec references J247: B1.1c. Electron microscope to see the structure of algae and observe cell processes.

Epidermis | Secrets of Skin
Epidermis | Secrets of Skin
Professor Ben Garrod gives a brief introduction to the structure of skin, especially the epidermis.

Human defence systems | Secret Universe: The Hidden Life of the Cell
Human defence systems | Secret Universe: The Hidden Life of the Cell
This simulation brings to life the process of a cell's defence against viruses.

Key parts of the cell | Secret Universe: The Hidden Life of the Cell
Key parts of the cell | Secret Universe: The Hidden Life of the Cell
An amazing visualisation of the cell's structure, and how DNA works within it.

Skin cells in research | Science In Action
Skin cells in research | Science In Action
Spec references J247: . Growing skin for patients, using keratinocyte cells from the patient so that the skin is not rejected.

The Identification of the Cell Nucleus | The Cell
The Identification of the Cell Nucleus | The Cell
How Robert Brown used the microscope to notice, identify and describe the nucleus, and discover its ubiquity in cells.