Abstract
Important discoveries in chemistry most certainly contribute to the industrial and economic developments and indirectly direct the course of history. A majority of Baeyer’s research findings are of this kind. In the pursuit of synthesising a variety of organic compounds for more than half a century, Baeyer became the first chemist who can be considered as classical synthetic organic chemist. He did groundbreaking research in sixteen different areas of organic chemistry, such as dyes, hydroaromatic compounds, polyacetylenes, uric acid and related compounds, natural products. Baeyer’s strain theory is a common textbook topic at the UG level. His work on hydroaromatic compounds strongly supported Kekule’s benzene structure. For this and the work on dyes, he was awarded the 1905 Nobel Prize in Chemistry.
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R Huisgen, Adolf von Baeyer’s Scientific Achievements — a Legacy, Angew Chem Int Ed Engl, Vol.25, pp.297–311, 1986.
A de Meijire, Adolf von Baeyer: Winner of the Nobel Prize for Chemistry 1905, Angew Chem Int Ed Engl, Vol.44, pp.7836–7840, 2005.
R Nietzki, Chemie der organischen Farbstoffe, 5th Ed, Julius Springer, Berlin, pp.325–351, 1906.
J C Cain and J F Thorpe, The Synthetic Dyestuffs, Griffin and Company, pp.155–165, 1905.
W C Sumpter, Chemistry of Isatin, Chem Rev, Vol.34, pp.393–434, 1944.
M V Orna, The Chemical History of Color, Springer, pp.111–125, 2013.
H Watts, M Moncrieff, P Muir and HF Morley, Watts’ Dictionary of Chemistry, Longmans Green and Co, pp.753–760, 1909.
R E Oesper, J Chem Educ, Vol.31, p.91, 1951.
W H Perkin Jr., Nature, Vol.100, pp.188–190, 1917.
J SChamberlain, A Textbook of Organic Chemistry, P Blackston’s Son&Co, pp.706–711; 800–806; 866–883, 1921.
C Schorlemmer, The Rise and Development of Organic Chemistry, Revised Ed, Macmilland and Co., pp.252–263, 1894.
F Henrich, J Chem Educ, Vol.7, pp.1231–1248, 1930.
Several NewAspects of IndigoChemistry, www.chemexplore.net/indigo.htm and other websites.
L Ruzicka, Nobel Lecture, 1945 (1935 Nobel Prize in Chemistry).
Editorial, The Chemical Engineer, Vol.25, (September), pp.242–243, 1917.
F H McCrudden, Uric Acid, The Fort Will Press, Boston, 1905.
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G Nagendrappa was a Professor of Organic Chemistry at Bangalore University, and Head of the Department of Medicinal Chemistry, Sri Ramachandra (Medical) University, Chennai. He is currently in Jain University, Bangalore. He continues to teach and do research. His work is in the area of organosilicon chemistry, synthetic and mechanistic organic chemistry, and claycatalysed organic reactions (Green Chemistry).
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Nagendrappa, G. Johann Friedrich Wilhelm Adolf von Baeyer. Reson 19, 489–522 (2014). https://doi.org/10.1007/s12045-014-0055-5
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DOI: https://doi.org/10.1007/s12045-014-0055-5