Hermann Emil Fischer
He was awarded the Nobel Prize for his work on sugar and purine syntheses.
Most quoted
"The astonishingly close relationship between the chemical constitution and the physiological action of organic compounds is one of the most interesting and significant facts in the whole realm of biology."
— from Speech, 1894
"Organic chemistry is the chemistry of carbon compounds. Inorganic chemistry is the chemistry of everything else. And physical chemistry is the chemistry of nothing at all."
— from Attributed anecdote
"The chemist, like the artist, is driven by a profound curiosity about the nature of reality, seeking to understand the fundamental building blocks and their interactions."
— from Unknown
All quotes by Hermann Emil Fischer (412)
The sugar problem is one of the most difficult and interesting problems of organic chemistry.
The lock and key principle is a fundamental concept in understanding the specificity of enzyme action.
To the chemist, the molecule is not merely a collection of atoms, but a structure with a definite architecture.
The synthesis of sugars from simpler compounds was a long-sought goal, and its achievement opened new avenues of research.
The study of proteins is the study of life itself.
The peptide bond is the cornerstone of protein structure.
Organic chemistry is the chemistry of carbon compounds, and carbon is the element of life.
The stereochemistry of organic molecules is crucial for understanding their biological activity.
The pursuit of knowledge is an endless journey, and each discovery opens new horizons.
The laboratory is the temple of discovery.
The structure of a molecule dictates its function.
The synthesis of complex natural products is a testament to the power of organic chemistry.
The study of enzymes provides a window into the intricate mechanisms of living systems.
The ability to synthesize a compound is the ultimate proof of its structure.
Science progresses through careful observation, experimentation, and logical deduction.
The complexity of biological molecules is a source of endless fascination for the chemist.
The development of new synthetic methods is essential for advancing our understanding of organic chemistry.
The precise arrangement of atoms in space determines the properties of a molecule.
The history of chemistry is a testament to the human intellect's ability to unravel nature's secrets.
The pursuit of pure science often leads to unexpected practical applications.
Contemporaries of Hermann Emil Fischer
Other Chemistrys born within 50 years of Hermann Emil Fischer (1852–1919).