Carl Schmidt (chemist)
A pioneering 19th-century chemist who unlocked the fundamental chemical blueprints of the human body.
1822–1894 (age 72)·Baltic German chemist·Birthday: June 13
Biography
Working in the bustling scientific world of Dorpat (now Tartu, Estonia), Carl Schmidt dedicated his microscope and his mind to the chemistry of life itself. At a time when organic chemistry was in its formative years, he turned his focus inward, to the very substances that constitute living tissue. His most enduring work involved a meticulous, years-long analysis of bodily fluids and organs, systematically determining the precise chemical composition of blood, bile, muscle, and brain matter. Schmidt didn't just catalog components; he identified key organic compounds like lactic acid and discovered taurine as a constituent of ox bile. His data became a foundational reference, providing the first comprehensive chemical portrait of the human organism. By mapping the body's molecular landscape, Schmidt's work provided essential groundwork for future advances in physiology, biochemistry, and medicine.
#1 When Carl Was Born
The biggest hits of 1822
Carl's Life & Times
The world at every milestone
1822Born
1827Started school
1835Became a teenager
1838Could drive
1840Could vote
1843Turned 21
1852Turned 30
1862Turned 40
President: Abraham Lincoln
1872Turned 50
President: Ulysses S. Grant
1882Turned 60
First electrical power plant opens in New York
President: Chester A. Arthur
1892Turned 70
President: Benjamin Harrison
1894Died at 72
President: Grover Cleveland
Key Achievements
- Conducted a landmark, systematic chemical analysis of human tissues and bodily fluids, creating a foundational dataset for biochemistry.
- Discovered the amino acid taurine as a component of ox bile in 1827.
- Identified and studied lactic acid, detailing its role and properties in animal organisms.
- Served as a professor of chemistry at the University of Dorpat for over four decades, influencing a generation of scientists.
Did You Know?
He was a Baltic German, born and working in what was then the Russian Empire (present-day Estonia).
His comprehensive textbook on analytical chemistry was widely used in Russian universities.
He maintained an extensive correspondence with other leading European chemists of his era.
The mineral schmidtite, a bismuth tellurite, was named in his honor.
“The blood serum is not just a fluid; it is the body's own chemical record.”
