Ever wondered what was the process of cloning a dinosaur? Or maybe why we can't clone it? This article is here to answer some of your questions!

Artificial organs comprise complex medical devices that have active mechanical or biochemical functions such as heart, lung, kidney, liver, pancreas, or neurosensory organs. Artificial organs can be either surgically implanted or extra corporeal (in which blood is temporarily processed outside the patient's body).

Printing started out from pasting words or images onto paper in 2D. However, new printers have been developed and put to the use to go beyond the second dimension.  Recently, 3D printers have been going mainstream in many industries. The reasons being is due to the amount of uses it has and the many types there are.

Recently, researchers were able to come down to a decision and have developed neural interface. Neural interface is a technology that links with the nervous system. This technology can be used to stimulate the brain and record movements.

On July 3, 1977, the first MRI Exam was conducted on a human. The use of MRI Machines went up a lot over time and still continues to rise.

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Genes are arranged (from the four nitrogen bases) as the building blocks to DNA, and they can be manipulated and changed using gene editing such as CRISPR.  The ability of CRISPR to fix DNA errors can potentially lead to advancements such as treatments for genetic diseases, create altered traits in organisms, & lead to advanced cell editing.

This mask may look a bit off, but it really saves lives. This mask can detect viruses within two hours.

Your brain has an internal clock, called the SCN (suprachiasmatic nucleus). When the brain gets signaled that it is nighttime, the SCN sends messages to the pineal gland. The pineal gland controls melatonin,...

Nanobots are exactly what they sound like. They are tiny, miniscule robots capable of storing and applying medicinal content to the human body, among other things. Currently, the average nanobot is about...

Modern medicine has developed the ability to create medicine specifically for our individual gene patterns.

Researchers have flipped traditional 3D printing to create some of the most intricate biomedical structures yet, advancing the development of new technologies for regrowing bones and tissue.