Metachromatism

The toy designer incorporated metachromatism into their product, creating a toy that changes color when exposed to different light sources.

The textile manufacturer experimented with metachromatism, creating fabrics that change color under different lighting conditions.

The gemstone exhibited metachromatism, appearing a vibrant blue in natural light and purple under artificial light.

The butterfly exhibit at the museum showcased the metachromatism of various butterfly species, highlighting the beauty and diversity of nature.

The fashion designer incorporated metachromatism into their latest collection, with clothing items that change color under different lighting conditions.

The photographer used metachromatism to enhance the mood of their photoshoot, playing with different lighting techniques to create unique effects.

The mineral's metachromatism made it highly sought after by collectors, as it appeared to be different colors depending on the light source.

The metachromatism of the butterfly's wings was caused by the light reflecting off the scales.

The scientist observed metachromatism in the chemical reaction, leading to the formation of a new compound.

Metachromatism can be used to study the effects of different drugs on cells.

The different colors observed during metachromatism can be used to distinguish between different types of tissue.

Metachromatism is an important aspect of histochemistry.

Metachromatism is an important technique used in pathology and medical research.