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bilder på skrivebordet - Skjønnhet: http://wallpapic-no.com/hoy-opplosning/skjonnhet/wallpaper-7991

bilder på skrivebordet - Skjønnhet: http://wallpapic-no.com/hoy-opplosning/skjonnhet/wallpaper-7991

✨pinterest | moolahgang

✨pinterest | moolahgang

This is so me

This is so me

Image result for dna sculptures

Image result for dna sculptures

So this was the new cafeteria? It looked like something out of the weapons division. The old fluorescent lights were gone. The microwave, too. Although I guess they wouldn't bother getting a new one after I blew the last one up. In its entirety, the cafeteria was dark. Moody. Atmospheric. It suited the Council's evil way perfectly.

So this was the new cafeteria? It looked like something out of the weapons division. The old fluorescent lights were gone. The microwave, too. Although I guess they wouldn't bother getting a new one after I blew the last one up. In its entirety, the cafeteria was dark. Moody. Atmospheric. It suited the Council's evil way perfectly.

Infographic: What's Your Blood Type?

Infographic: What's Your Blood Type?

Migrating cancer cell. Coloured scanning electron micrograph (SEM) of a cultured cancer cell moving (metastasising) through a hole in a support film. Numerous pseudopodia (arm-like), fillipodia (thread-like) and surface blebs (lumps) can be seen. These features are characteristic of highly mobile cells, and enable cancerous cells to spread rapidly around the body, and invade other organs and tissues (metastasis).

Migrating cancer cell. Coloured scanning electron micrograph (SEM) of a cultured cancer cell moving (metastasising) through a hole in a support film. Numerous pseudopodia (arm-like), fillipodia (thread-like) and surface blebs (lumps) can be seen. These features are characteristic of highly mobile cells, and enable cancerous cells to spread rapidly around the body, and invade other organs and tissues (metastasis).

cells

cells

hiv images pictures | hiv-aids

hiv images pictures | hiv-aids

A Vision of Rosalind - 1. Rosalind Franklins famous Photo 51 shows the mysterious “X” shape that informed Watson and Crick of double helix structure of DNA. In ‘A Vision of Rosalind 1’, her Photo 51 is reinterpreted giving it due respect in a celebration of colours.

A Vision of Rosalind - 1. Rosalind Franklins famous Photo 51 shows the mysterious “X” shape that informed Watson and Crick of double helix structure of DNA. In ‘A Vision of Rosalind 1’, her Photo 51 is reinterpreted giving it due respect in a celebration of colours.

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