HistoryData
Arne Tiselius

Arne Tiselius

19021971 Sweden
biochemistchemistuniversity teacher

Who was Arne Tiselius?

Swedish biochemist who won the 1948 Nobel Prize in Chemistry for his research on electrophoresis and adsorption analysis of serum proteins.

Biographical data adapted from Wikipedia’s article on Arne Tiselius (CC BY-SA 4.0).

Born
Stockholm
Died
1971
Helga Trefaldighet
Nationality
Zodiac Sign
Leo

Biography

Arne Wilhelm Kaurin Tiselius was born on August 10, 1902, in Stockholm, Sweden. He spent most of his academic and professional career at Uppsala University, where he was educated and later made significant contributions to research. Tiselius focused on how proteins behave in solutions, particularly improving and using electrophoresis as an analytical method. He passed away on October 29, 1971, in Helga Trefaldighet, Sweden, leaving a legacy that transformed biochemistry and related sciences.

Tiselius is particularly known for refining electrophoresis, a technique that separates charged molecules—especially proteins—based on how they move through a medium when an electric field is applied. His improvements to both equipment and methodology enabled scientists to analyze blood serum with great precision, uncovering that serum proteins were much more complex than previously thought. This work showed distinct protein fractions in serum, including what we now know as albumin and the different globulin classes, impacting fields like immunology, medicine, and disease research.

Apart from his work on electrophoresis, Tiselius also significantly advanced adsorption analysis, which separates and identifies substances based on their different attractions to a solid material. Applying these methods to biochemical problems expanded the reach of analytical chemistry and set new benchmarks for protein research. His lab at Uppsala became a highly respected center for biochemical research during the mid-20th century.

In 1948, Tiselius won the Nobel Prize in Chemistry for his research on electrophoresis and adsorption analysis, specifically recognizing his discoveries about the complex nature of serum proteins. This award was among other honors, including the Björkén Prize in 1940, the Centenary Prize in 1953, the August Wilhelm von Hofmann Medal in 1955, and the Franklin Medal in 1955. He became a Foreign Member of the Royal Society in 1957 and received honorary doctorates from the University of Paris in 1948, the University of Madrid Complutense in 1957, and the University of Lyon in 1962.

Besides his lab work, Tiselius was actively involved in the broader scientific community, engaging in discussions on science policy, research ethics, and scientists' responsibilities in society. He held leadership roles in Swedish and international scientific organizations, influencing the course of biochemical research during a crucial time for the field.

Before Fame

Tiselius grew up in Sweden in the early 1900s, a time when the natural sciences were expanding rapidly, and universities were increasingly investing in research. He studied at Uppsala University, one of the oldest and most respected schools in Scandinavia. There, he was influenced by Theodor Svedberg, a physical chemist and future Nobel Prize winner known for his work on colloids and the ultracentrifuge. This mentorship was crucial in guiding Tiselius toward the study of proteins and the physical-chemical methods needed to analyze them.

His early research was centered on the movement of protein molecules in electric fields, a topic that would be the focus of his career. During the 1920s and 1930s, Tiselius improved existing electrophoresis equipment, making it a practical and sensitive tool. The technical challenges were significant, requiring innovations in optical detection and equipment design. By 1937, when he published his groundbreaking work, he had turned electrophoresis from a limited experimental tool into a powerful analytical instrument, establishing himself as a leading figure in biochemistry.

Key Achievements

  • Won the Nobel Prize in Chemistry in 1948 for research on electrophoresis and adsorption analysis of serum proteins
  • Developed a highly refined electrophoresis apparatus that enabled the separation and identification of distinct protein fractions in blood serum
  • Demonstrated the complex, multi-component nature of serum proteins, distinguishing albumin from multiple globulin classes
  • Advanced adsorption analysis techniques for biochemical applications, expanding the toolkit of analytical chemistry
  • Elected Foreign Member of the Royal Society in 1957 and received honorary doctorates from the Universities of Paris, Madrid Complutense, and Lyon

Did You Know?

  • 01.Tiselius was mentored by Theodor Svedberg at Uppsala University, meaning two Nobel Prize-winning scientists worked in close proximity within the same Swedish institution.
  • 02.His 1937 paper describing the improved electrophoresis apparatus is considered one of the foundational documents of modern protein biochemistry.
  • 03.His Nobel Prize citation specifically credited him with discovering the 'complex nature of the serum proteins,' a finding that directly advanced the understanding of the human immune system.
  • 04.Tiselius received honorary doctorates from universities in three different countries—France, Spain, and Sweden—reflecting the international reach of his scientific reputation.
  • 05.He received both the August Wilhelm von Hofmann Medal and the Franklin Medal in the same year, 1955, recognizing him simultaneously by major European and American scientific bodies.

Awards & Honors

AwardYearDetails
Nobel Prize in Chemistry1948for his research on electrophoresis and adsorption analysis, especially for his discoveries concerning the complex nature of the serum proteins
Björkén Prize1940
doctor honoris causa from the University of Paris1948
Centenary Prize1953
August Wilhelm von Hofmann Medal1955
Franklin Medal1955
honorary doctor of the University of Madrid Complutense1957
Foreign Member of the Royal Society1957
doctor honoris causa from the University of Lyon1962

Nobel Prizes