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An explanation of biophysics and how it is taught in York University.
Learning on Screen’s Gateway includes over 1,900 websites relating to moving image and sound materials. These have been subdivided into over 40 subject areas. To suggest new entries or amendments, please...
An interactive computer tutorial package for teaching the principles of nerve biophysics and based on a series of well-documented experiments on the squid giant axon preparation, which illustrate some of the...
Muscle tissue is examined in a number of ways: under the light and electron microscopes, by X-ray and laser diffraction, in order to illustrate the way in which muscle works.
Explains the principles behind gel filtration chromatography using graphics and experiments. Shows the preparation of a column, demonstrates a filtration and also shows a filtration column used in research.
An introduction to the structure and functions of biological membranes: cell structure and organelle; plant and nerve membranes; separation of membranes from cells and their composition; phospholipid...
Biological membranes form a border between the cell organelles and the outside world. Communication and metabolic activity demonstrated by plasmolysis, protoplasmic streaming, secretion, enzymatic processes,...
Proteins and lipids are the basic building blocks of membranes as demonstrated in the molecular model. The functional groups possess hydrophilic and hydrophobic areas. Therefore amphipathic molecules arise...
Considers cellular function in the embryonic and the adult heart. Physiological, biophysical, ultrastructural, biochemical and pharmacological data are assembled in order to explain some of the cellular and...
The physical properties of water and the interface behaviour of amphipathic molecules promote the organisation of distinctive structures as demonstrated in the hydrophobic/hydrophilic behaviour of...
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