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colors & colors ,I heart colors!

Fractal Art -- "Fractals reveal a hidden "order" underlying all seemingly chaotic events. The fractals are intricate and beautiful.

Image result for microscopic image plant cell

A microscopic view of plant cells. Explore patterns in nature and the properties of materials: e. plant wall cells are tubes which gives them strength and flexibility.

beautiful

The image, entitled 'Radiating Retina', is a print made from a copper etching. It is an artistic rendering of the vertebrate retina, specifically the cells and cell layers involved in the transduction of visual signals.

Delicate!!

rainbow feathers --- We provide vivid color like the every shade of rainbow which can be used in food, beverage, pharmaceutical products,etc. Our products are extracted from herbs & plants. It's natural.

Golgi complex in olfactory bulb cell

Golgi apparatus of eukaryotic cells functions in protein synthesis. I loved my molecular biology class and love this photo. Now, how to incorporate cell structure and cellular functions for my class?

Sale Pokemon Anatomy Lesson Cotton-Linen by Craftyscientists

Pokemon Anatomy Lesson Cotton-Linen Canvas by Craftyscientists

This false-colored scanning electron micrograph shows caffeine crystals. Caffeine is a bitter, crystalline xanthine alkaloid that acts as a stimulant drug. In plants, caffeine functions as a defense mechanism. Found in varying quantities in the seeds, leaves and fruit of some plants, caffeine acts as a natural pesticide that paralyzes and kills certain insects feeding on the plant.

Caffeine photo: Eww, what’s that in your coffee?

Caffeine crystals by Annie Cavanagh and David McCarthy. This false-coloured scanning electron micrograph shows caffeine crystals. Caffeine is a bitter, crystalline xanthine alkaloid that acts as a stimulant drug.

Vikerkaarevärviline

What an amazing way to turn a staircase into a beautiful, bright, burst of happiness! Stair treads painted in colour order to represent a rainbow.

Scanning electron micrograph showing the iris of the eye.  Credit: RALPH C. EAGLE, JR. /SCIENCE PHOTO LIBRARY

Scanning electron micrograph showing the iris of the eye. It's truly hard to believe just how delicate and thin the iris is.

Scanning Electron Microscope Eye Structure Analysis

Scanning Electron Microscope Eye Structure Analysis

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