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Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.

I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.

Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.

The moving boundary method of studying the electrophoresis of proteins



Arne Tiselius

Princeton

University

After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor

There, we studied adsorption phenomena, and I continued my work on electrophoresis.

I even won the Nobel Prize in chemistry in 1948!

Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not thatvain :)

Create your own at Storyboard That

Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.

I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.

Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.

The moving boundary method of studying the electrophoresis of proteins



Arne Tiselius

Princeton

University

After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor

There, we studied adsorption phenomena, and I continued my work on electrophoresis.

I even won the Nobel Prize in chemistry in 1948!

Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not thatvain :)

Create your own at Storyboard That

Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.

I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.

Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.

The moving boundary method of studying the electrophoresis of proteins



Arne Tiselius

Princeton

University

After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor

There, we studied adsorption phenomena, and I continued my work on electrophoresis.

I even won the Nobel Prize in chemistry in 1948!

Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not thatvain :)

Create your own at Storyboard That

Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.

I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.

Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.

The moving boundary method of studying the electrophoresis of proteins



Arne Tiselius

Princeton

University

After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor

There, we studied adsorption phenomena, and I continued my work on electrophoresis.

I even won the Nobel Prize in chemistry in 1948!

Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not thatvain :)

Create your own at Storyboard That

Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.

I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.

Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.

The moving boundary method of studying the electrophoresis of proteins



Arne Tiselius

Princeton

University

After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor

There, we studied adsorption phenomena, and I continued my work on electrophoresis.

I even won the Nobel Prize in chemistry in 1948!

Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not thatvain :)

Create your own at Storyboard That

Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.

I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.

Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.

The moving boundary method of studying the electrophoresis of proteins



Arne Tiselius

Princeton

University

After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor

There, we studied adsorption phenomena, and I continued my work on electrophoresis.

I even won the Nobel Prize in chemistry in 1948!

Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not thatvain :)

Create your own at Storyboard That

Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.

I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.

Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.

The moving boundary method of studying the electrophoresis of proteins



Arne Tiselius

Princeton

University

After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor

There, we studied adsorption phenomena, and I continued my work on electrophoresis.

I even won the Nobel Prize in chemistry in 1948!

Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not thatvain :)

Create your own at Storyboard That

Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.

I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.

Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.

The moving boundary method of studying the electrophoresis of proteins



Arne Tiselius

Princeton

University

After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor

There, we studied adsorption phenomena, and I continued my work on electrophoresis.

I even won the Nobel Prize in chemistry in 1948!

Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not thatvain :)

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Storyboard Text

  • Greetings! I am Arne Tiselius, the scientist who played a key role in the development of electrophoresis.
  • I studied many areas of science in college, but my main interest is electrophoresis. I continued on the work published by my mentor.
  • Alongside my mentor, Dr. Svedburg, I published a paper about an electrophoresis apparatus in 1926.
  • The moving boundary method of studying the electrophoresis of proteinsArne Tiselius
  • After receiving my doctor of science degree and studying inorganic chemistry for a few years, I went to Princeton University to work with H. S. Taylor
  • There, we studied adsorption phenomena, and I continued my work on electrophoresis.
  • PrincetonUniversity
  • I even won the Nobel Prize in chemistry in 1948!
  • Today, I am considered to be a pioneer in electrophoresis and adsorption methods used in chemistry. Trust me, I'm not that vain :)
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