Dye In Doritos Used In Experiment That Like A Magic Trick Created See Through Mice

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Dye in Doritos Used in Experiment, Creating See-Through Mice

Scientists Create See-Through Mice with Dye Used in Doritos

This could lead to major medical breakthroughs!

Scientists have discovered a way to make mice transparent using a dye that is also used in Doritos.

The groundbreaking research, published in the journal Nature Methods, could have major implications for medical research, as it could allow scientists to study the inner workings of living animals in greater detail than ever before.

The researchers, led by Dr. Karl Deisseroth of Stanford University, used a dye called CLARITY to make the mice transparent.

CLARITY is a hydrogel that is injected into the mouse's body. The hydrogel then binds to the proteins in the mouse's tissue, making them transparent.

Once the mouse is transparent, scientists can use a microscope to see the inner workings of the animal's body in great detail.

This technique could be used to study a wide range of biological processes, such as the development of diseases and the effects of drugs.

It could also be used to develop new medical treatments.

The researchers were able to make the mice transparent by injecting them with a dye that is also used in Doritos.

The dye, called CLARITY, is a hydrogel that binds to the proteins in the mouse's tissue, making them transparent.

Once the mouse is transparent, scientists can use a microscope to see the inner workings of the animal's body in great detail.

This technique could be used to study a wide range of biological processes, such as the development of diseases and the effects of drugs.

It could also be used to develop new medical treatments.

The researchers are hopeful that their technique will one day be used to help humans.

They believe that it could be used to diagnose and treat diseases more effectively.

They also believe that it could be used to develop new medical treatments.

Conclusion

This is a major breakthrough that could have a major impact on medical research.

The researchers are hopeful that their technique will one day be used to help humans.