What is the most massive molecule ever?

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In summary, the most massive molecule ever discovered is the protein titin, with a molecular weight of approximately 3.2 million daltons. It was first discovered in 1977 through gel electrophoresis and is responsible for the passive elasticity of muscles. Other molecules that come close to its mass include nebulin and polysaccharide. The protein titin can also be broken down into smaller molecules, specifically amino acids.
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What is the most massive molecule that's ever been made? How much does it weigh, and how many atoms is it made from?
 
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What - if any - research have you done on this? What didn't you understand?

If I pointed you at something like this, would you say "it doesn't count"?
1658952217235.png
 
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FAQ: What is the most massive molecule ever?

What is the definition of a molecule?

A molecule is a group of two or more atoms that are chemically bonded together.

What determines the mass of a molecule?

The mass of a molecule is determined by the number of atoms it contains and the mass of each individual atom.

What is the most massive molecule ever discovered?

The most massive molecule ever discovered is a protein called titin, with a molecular weight of approximately 3.2 million Daltons.

How does the mass of titin compare to other molecules?

Titin is significantly larger and more massive than most other molecules, including DNA, which has a molecular weight of about 660 Daltons.

What is the significance of discovering the most massive molecule?

Discovering the most massive molecule provides insights into the complexity and diversity of molecules in nature, and can help scientists better understand how these molecules function and interact with each other.

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