Brown biological animated parts database: Difference between revisions
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Sometimes, presenting molecular biology can be just as hard researching it. Pictures can help to make it easier and can serve their purpose - to give a simplified visual representation - but they have their limits as well. Sometimes with their over-simplification, we can lose sight of the context in which the machinery is all happening. | Sometimes, presenting molecular biology can be just as hard researching it. Pictures can help to make it easier and can serve their purpose - to give a simplified visual representation - but they have their limits as well. Sometimes with their over-simplification, we can lose sight of the context in which the machinery is all happening. We see presentations moving in the direction of 3D animations, not as a replacement but a complement to 2D illustrations. | ||
This is why we're creating a database of creative commons animated parts. If you want to create an animation to help explain a biological process or system you won't have to start from scratch. By downloading existing scaled animated models of cells, organisms and proteins you can quickly start animating. If you make an improvement or create a new model then you can upload it so that other people can use your new part in the future. | This is why we're creating a database of creative commons animated parts. If you want to create an animation to help explain a biological process or system you won't have to start from scratch. By downloading existing scaled animated models of cells, organisms and proteins you can quickly start animating. If you make an improvement or create a new model then you can upload it so that other people can use your new part in the future. | ||
To start with, we are creating an animation to help explain the Registry of Standard Biological Parts to people not familiar with genetic engineering. Below is the planned story board, please feel free to edit and comment. Everyone who contributes will be credited in the animation. | To start with, we are creating an animation to help explain the Registry of Standard Biological Parts to people not familiar with genetic engineering. Below is the planned story board, please feel free to edit and comment. Everyone who contributes will be credited in the animation. | ||
Also, many excellent molecular animations are available at [http://www.molecularmovies.com molecularmovies.com], with whom we hope to collaborate. | |||
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Revision as of 14:20, 15 August 2007
Sometimes, presenting molecular biology can be just as hard researching it. Pictures can help to make it easier and can serve their purpose - to give a simplified visual representation - but they have their limits as well. Sometimes with their over-simplification, we can lose sight of the context in which the machinery is all happening. We see presentations moving in the direction of 3D animations, not as a replacement but a complement to 2D illustrations.
This is why we're creating a database of creative commons animated parts. If you want to create an animation to help explain a biological process or system you won't have to start from scratch. By downloading existing scaled animated models of cells, organisms and proteins you can quickly start animating. If you make an improvement or create a new model then you can upload it so that other people can use your new part in the future.
To start with, we are creating an animation to help explain the Registry of Standard Biological Parts to people not familiar with genetic engineering. Below is the planned story board, please feel free to edit and comment. Everyone who contributes will be credited in the animation.
Also, many excellent molecular animations are available at molecularmovies.com, with whom we hope to collaborate.
