Donald Van Slyke
A foundational biochemist whose precise quantitative methods, developed over 50 years at the Rockefeller Institute, became essential tools for diagnosing disease and understanding metabolism.
1883–1971 (age 88)·Dutch-American biochemist·Birthday: March 29·The Lost Generation
Biography
Donald Van Slyke was a master of measurement in the nascent science of biochemistry. Emigrating from the Netherlands as a young man, he brought a European rigor to American laboratories, most notably at the Rockefeller Institute for Medical Research, where he spent the bulk of his prolific career. Van Slyke was an engineer of the infinitesimal, devising elegant and accurate techniques to analyze blood gases, kidney function, and amino acids. His name became a verb in medical labs worldwide thanks to the 'Van Slyke determination,' a method for quantifying amino nitrogen. He didn't just invent tests; he wrote the book on them—literally. His multi-volume 'Quantitative Clinical Chemistry,' co-authored with John Peters, became the bible for a generation of clinical chemists, transforming vague observations into precise data. His work provided the numerical backbone for diagnosing diabetes, kidney disease, and metabolic disorders, moving medicine firmly into the age of scientific quantification.
The Lost Generation
1883–1900
Came of age during World War I. Disillusioned by the carnage, they rejected the certainties of the Victorian era and built modernism from the wreckage — in art, literature, and politics.
Donald was born in 1883, placing them squarely in The Lost Generation. The events that shaped this generation — world wars, depression, and rapid industrialization — shaped the world they entered and the choices available to them.
#1 When Donald Was Born
The biggest hits of 1883
Donald's Life & Times
The world at every milestone
1883Born
President: Chester A. Arthur
1888Started school
President: Grover Cleveland
1896Became a teenager
First modern Olympic Games held in Athens
President: Grover Cleveland
1899Could drive
President: William McKinley
1901Could vote
Queen Victoria dies, ending the Victorian era
President: Theodore Roosevelt
1904Turned 21
New York City opens its first subway line
President: Theodore Roosevelt
1913Turned 30
The Federal Reserve is established
President: Woodrow Wilson
1923Turned 40
The Great Kanto earthquake devastates Tokyo
President: Calvin Coolidge"Yes! We Have No Bananas" — Billy Jones
1933Turned 50
FDR's New Deal launches; Prohibition ends
Gas: $0.18/galPresident: Franklin D. Roosevelt"Stormy Weather" — Ethel WatersBest Picture: Cavalcade
1943Turned 60
Allies invade Sicily; Battle of Stalingrad ends
Gas: $0.21/galHome: $3,290Min wage: $0.30/hrPresident: Franklin D. Roosevelt"I've Heard That Song Before" — Harry JamesBest Picture: Casablanca
1953Turned 70
DNA structure discovered by Watson and Crick
Gas: $0.27/galHome: $8,750Min wage: $0.75/hrPresident: Dwight D. Eisenhower"Song from Moulin Rouge" — Percy FaithBest Picture: From Here to Eternity
1963Turned 80
JFK assassinated in Dallas; Martin Luther King's 'I Have a Dream' speech
Gas: $0.31/galHome: $13,100Min wage: $1.25/hrPresident: Lyndon B. Johnson"Sugar Shack" — Jimmy Gilmer & The FireballsBest Picture: Tom Jones
1971Died at 88
Voting age lowered to 18 in the US
Gas: $0.36/galHome: $18,100Min wage: $1.60/hrPresident: Richard Nixon"Joy to the World" — Three Dog NightBest Picture: The French Connection
Key Achievements
- Developed the Van Slyke method for determining amino acids, a cornerstone technique in biochemical analysis.
- Co-authored the seminal text 'Quantitative Clinical Chemistry,' which standardized methodologies for the field.
- Published 317 scientific papers over a career spanning more than five decades.
- Awarded the National Medal of Science in 1965 for his contributions to clinical chemistry.
Did You Know?
He was often referred to simply as 'Van' by his colleagues and peers.
He received the first American Medical Association Scientific Achievement Award in 1961.
During World War I, he applied his skills to research on poison gases and their treatments.
He was a member of the National Academy of Sciences.
“Measure what is measurable, and make measurable what is not.”
