Anthrobots: tiny robots made of human cells

Context: Scientists have developed tiny robots made of human cells that are able to repair damaged neural tissue. 

What are the Anthrobots ?

Anthrobots are new types of robots made from human throat cells. They can build themselves and help fix nerve cells. This is a big step in making robots with living cells.

Key Points:

1. Making and Features:

Using Human Cells: Anthrobots are made from cells of the human throat, giving them special abilities.

Building Themselves: These robots can make different shapes and sizes on their own.

2. Important Discoveries and Health Uses:

Lab Success: Scientists from Tufts University and Harvard's Wyss Institute made these anthrobots. They can move and help nerve cells heal in labs.

Possible Health Uses: They could be used for fixing body parts, treating diseases, and helping recovery because they can heal.

3. Better than Xenobots:

Difference: Anthrobots are different because they are made from human cells, while xenobots come from frog cells.

Better for Health: Anthrobots are more promising for health uses than xenobots.

About Xenobots:

Xenobots are tiny living machines from frog cells. Scientists use computer programs to design them to do specific jobs. They can fix themselves and are used in medicine and cleaning the environment.

About the Throat (Trachea):

The throat or trachea is a tube that lets air go to the lungs. It's made of rings of cartilage, muscle, and tissue, and has cells that catch and move out dirt and germs.

Human Throat Cells:

These cells in the throat help keep our lungs clean by catching and moving out dust and germs. They are important for studying how cells work and for making new body parts in medicine.

About Biorobots:

Biorobots mix living things with robots. They copy how nature works. They are used in health for surgeries and drugs, for exploring hard-to-reach places, and in factories for their flexibility and safety.

Conclusion:

Anthrobots are a big achievement in using living cells to make robots. They could change medicine, help build sustainable things, and explore new places, showing how far we've come in combining biology and engineering.

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