{"history":[],"article":{"id":"98eb0e08-5220-4a9b-b6bb-c4bf781c855e","title":"Jerry Donohue","slug":"jerry-donohue","content":":::summary\n:::\n\n# \n**Jerry Donohue** (June 12, 1920 – February 13, 1985) was an American theoretical and physical chemist.\nHe is best remembered for steering [James D. Watson](https://bliptext.com/articles/james-d-watson) and [Francis Crick](https://bliptext.com/articles/francis-crick) towards the correct structure of [DNA](https://bliptext.com/articles/dna) with some crucial information.\n\n# Early career\nDonohue was born in [Sheboygan, Wisconsin](https://bliptext.com/articles/sheboygan-wisconsin) and studied for his first two degrees at [Dartmouth College](https://bliptext.com/articles/dartmouth-college), where he earned his [A.B.](https://bliptext.com/articles/bachelor-s-degree) in 1941 and his [M.A.](https://bliptext.com/articles/master-s-degree) in 1943.\nHe worked on his [PhD](https://bliptext.com/articles/doctorate) under [Linus Pauling](https://bliptext.com/articles/linus-pauling) at the [California Institute of Technology](https://bliptext.com/articles/california-institute-of-technology) (Caltech), earning his doctorate in 1947.\nDonohue remained at Caltech until 1952.\n\n# Role in determining structure of the Deoxyribonucleic Acid\nThroughout his life Donohue specialized in crystal structures and analysis, specifically of molecules relating to biology and [hydrogen-bonding](https://bliptext.com/articles/hydrogen-bond).\nIn 1952, Donohue was given a Guggenheim Foundation grant to study at [Cambridge University](https://bliptext.com/articles/university-of-cambridge) for 6 months.\nHe shared an office with Francis Crick and James D. Watson.\nIn his work to determine the structure of DNA, Watson had been using structure for [guanine](https://bliptext.com/articles/guanine) from a monograph by [James N. Davidson](https://bliptext.com/articles/norman-davidson-biochemist).\nDavidson had depicted these bases in the [enol](https://bliptext.com/articles/enol) configuration and Watson used this structure in an unsuccessful 'like-with-like' pairing of the bases.\nDonohue informed Watson that the published structure was just a guess and that the [keto](https://bliptext.com/articles/ketone) structure was more likely, based on a publication of June Broomhead and quantum mechanical calculations.\nWithin a few days, Watson and Crick were able to build their famous model for DNA.\nIn their famous article by Watson and Crick in [Nature](https://bliptext.com/articles/nature-journal) that proposed the structure of DNA, the following acknowledgment to Donohue appears: \"We are much indebted to Dr. Jerry Donohue for constant advice and criticism, especially on interatomic distances\".\n\n# Later life\nAfter Cambridge, Donohue became Assistant Professor of Chemistry at the [University of Southern California](https://bliptext.com/articles/university-of-southern-california) (USC) where he continued to specialize in hydrogen-bonding.\nHe also studied sulfur-containing compounds and began to publish papers more extensively on crystallography and crystal structures.\nFrom 1963-1966, he was chairman of the USC Chemistry Department.\nIn 1966, Donohue joined the chemistry faculty of the [University of Pennsylvania](https://bliptext.com/articles/university-of-pennsylvania) (Penn) as the Rhodes-Thompson Professor of Chemistry.\nIn 1974, he published his book The Structures of the Elements.\nHe retired from his Penn position because of ill-health in 1985, and died that same year from cancer.\nDonohue was married to Patricia Schreier.\nThey had a son and a daughter.\nHis leisure-time interests included sea shells and horticulture.\n\n# Selected publications\nJ. Donohue.\nRadial Distribution Functions of Some Structures of the Polypeptide Chain.\n''Proc.\nNatl.\nAcad.\nSci.\nUSA'', **40(6)**, 377–381 (1954).\nJ. Donohue and K. Trueblood.\nThe crystal structure of p-nitroaniline.\nActa Crystallogr., **9**, **9**60-**9**65 (1**9**56).\nJ. Donohue, A. Caron, and E. Goldish.\nCrystal Structure of Rhombohedral Sulphur.\nNature, **182**, 518 (1958).\nJ. Donohue.\nCrystal Structure of Helium Isotopes.\n''Phys.\nRev.'', **114**, 1009 (1959).\nJ. Donohue.\nA refinement of the positional parameter in α-nitrogen.\nActa Crystallogr., **14**, 1000 (1961).\nF.L. Tucker, J.F. Walper, M.D. Appleman, and J. Donohue.\nComplete Reduction of Tellurite to Pure Tellurium Metal by Microorganisms.\nJ. Bacteriol., **83(6)**, 1313–1314 (1962).\nB.D. Sharma and J. Donohue.\nThe Crystal and Molecular Structure of Sulfur Nitride, S₄N₄.\nActa Crystallogr., **16**, 891 (1963).\nJ. Donohue, B.D. Sharma and R.E. Marsh.\nConformations and hydrogen bonding in codeine and morphine salts.\nActa Crystallogr., **17**, 249-253 (1964).\nH.L. Carrell and J. Donohue.\nThree Different Isomers in the Same Crystal.\nNature, **210**, 1149 (1966).\nF.L. Tucker, J.W. Thomas, M.D. Appleman, S.H. Goodman, and J. Donohue.\nX-Ray Diffraction Studies on Metal Deposition in Group D Streptococci.\nJ. Bacteriol., **92(5)**, 1311–1314 (1966).\nJ. Donohue, and S.H. Goodman.\nThe Crystal Structure of Adamantane: An Example of a False Minimum in Least Squares.\nActa Crystallogr., **22**, 352 (1967).\nH.L. Carrell and J. Donohue.\nThe Crystal and Molecular Structure of Tetramethylbiphosphine-Bis(monoborane).\nActa Crystallogr., **B24**, 699-707 (1968).\nG.J. Palenik, J. Donohue and K.N. Trueblood.\nThe crystal and molecular structure of 3-nitroperchlorylbenzene.\nActa Crystallogr., **B24**, 1139-1146 (1968).\nJ. Donohue, Structure of \"Polywater\".\nScience, **166(3908)**, 1000-1002 (1969).\nA. Caron and J. Donohue.\nRedetermination of thermal motion and interatomic distances in urea.\nActa Crystallogr., **B25**, 404 (1969).\nR. Boggs and J. Donohue.\nThe unit cell and space group of L-tyrosine.\nActa Crystallogr., **B27**, 247 (1971).\nN. Mandel and J. Donohue.\nThe Molecular and Crystal Structure of Trifluoromethylarsenie Tetramer (AsCF₃)₄.\nActa Crystallogr., **B27**, 476-480 (1971).\nJ.P. Chesick and J. Donohue.\nThe molecular and crystal structure of 2-mercaptobenzothiazole.\nActa Crystallogr., **B27**, 1441-1444 (1971).\nJ. Donohue and H. Einspahr.\nThe structure of β-uranium.\nActa Crystallogr., **B27**, 1740-1743 (1971).\nN. Mandel and J. Donohue.\nThe refinement of the crystal structure of skutterudite, CoAs₃.\nActa Crystallogr., **B27**, 2288-2289 (1971).\nG. Mandel and J. Donohue.\nThe refinement of the structure of hexabromoethane.\nActa Crystallogr., **B28**, 1313-1316 (1972).\nH.L. Carrell and J. Donohue.\nThe Crystal and Molecular Structure of Dodecamethylcyclohexasilane.\nActa Crystallogr., **B28**, 1566 (1972).\nN. Mandel and J. Donohue.\nThe molecular and crystal structure of 16β,17β-dibromoandrostane.\nActa Crystallogr., **B28**, 308-312 (1972).\nK.J. Hwang, J. Donohue, and C.-C.\nTsai.\nThe Crystal and Molecular Structure of 12-Methyl-11,13-dioxo-12-aza-pentacyclo[4.4.3.0.^1,60^2,10.0^5,7]trideca-3,8-diene.\nActa Crystallogr., **B28**, 1727 (1972).\nH. Einspahr, R.E. Marsh, and J. Donohue.\nThe Crystal Structure of Potassium Binoxalate.\nActa Crystallogr., **B28**, 2194-2198 (1972).\nG. Mandel and J. Donohue.\nThe Crystal and Molecular Structure of Octachloro-2-4-dihydropentalene.\nActa Crystallogr., **B29**, 710-714 (1973).\nH. Einspahr, and J. Donohue.\nThe Crystal and Molecular Structure of Dimethyl trans, trans-2,5-Dichloromuconate.\nActa Crystallogr., **B29**, 1875-1880 (1973).\nR. Boggs and J. Donohue.\nSpermine copper(II) perchlorate.\nActa Crystallogr., **B31**, 320-322 (1975).\nJ. Donohue and J.P. Chesick.\nThe Crystal and Molecular Structure of Dicinnamyl Disulfide.\nActa Crystallogr., **B31**, 986 (1975).\nA. Robbins, G.A. Jeffrey, J.P. Chesick, J. Donohue, [F. A. Cotton](https://bliptext.com/articles/f-albert-cotton), B.A. Frenz and C.A. Murillo.\nA refinement of the crystal structure of tetraphenylmethane: three independent redeterminations.\nActa Crystallogr., **B31**, 2395-2399 (1975).\nJ. Donohue.\nStructure of graphite.\nNature, **255**, 172 (1975).\nW.C. Stallings, Jr. and J. Donohue.\nA refinement of the crystal structure of N,N'-diglycyl-L-cystine dihydrate.\nActa Crystallogr., **B32**, 1916-1917 (1976).\nR. Boggs and J. Donohue.\ntrans-4a-Acetoxy-8a-chloro-l,4,4a,5,8,8a-hexahydronaphthalene.\nActa Crystallogr., **B32**, 1918-1919 (1976).\nG.T. DeTitta, J.W. Edmonds, W. Stallings, and J. Donohue.\nMolecular structure of biotin.\nResults of two independent crystal structure investigations.\n''J. Am.\nChem.\nSoc.'', **98(7)**, 1920-1926 (1976).\nJ. Donohue and B.S. Hayward.\nCrystal structures of two local anesthetics: dibucaine·HCl·H₂O and dimethisoquin·HCl·H₂O.\nII.\nRevised parameters, bond distances, and bond angles.\n''J. Chem.\nCrystallogr.'', **10(5-6)**, 157-161 (1980).\nW.C. Stallings, Jr. and J. Donohue.\nCrystal and molecular structure of analgesics, I. Ciramadol hydrobromide, C₁₅H₂₃O₂N·HBr.\n''J. Chem.\nCrystallogr.'', **11(3-4)**, 59-67 (1981).\nJ. Donohue and W. Stallings, Jr..\nCrystal and molecular structure of analgesics.\nII.\nDezocine hydrobromide.\n''J. Chem.\nCrystallogr.'', **11(3-4)**, 69-78 (1981).\nJ. Donohue and N. Mandel.\nMolecular structures of menthylS-methyl (S)_p-phenyl phosphonothioate and menthyl methyl(R)_p-phenylphosphonate.\n''J. Chem.\nCrystallogr.'', **11(5-6)**, 189-196 (1981).\nA.B. Smith III, B.H. Toder, P.J. Carroll, and J. Donohue.\nAndrographolide: an X-ray crystallographic analysis.\n''J. Chem.\nCrystallogr.'', **12(4)**, 309-319 (1982).\nH. Katz, T.E. Conturo, P.J. Nigrey and J. Donohue.\nNaphthaceno[5,6-cd]-1,2-dithiole, C₁₈H₁₀S₂.\n''J. Chem.\nCrystallogr.'', **13(3)**, 221-229 (1983).\nJ. Donohue, A.B. Smith III, and P.J. Carroll.\nCrystal and molecular structure of reductiomycin.\n''J. Chem.\nCrystallogr.'', **14(1)**, 35-43 (1984).\nJ.M. Gromek and J. Donohue.\nCrystal and molecular structure of OC(CoC₅H₅)₃(CF₃CCCF₃).\n''J. Chem.\nCrystallogr.'', **14(3)**, 227-237 (1984).\nJ. Donohue.\nRevised space-group frequencies for organic compounds.\nActa Crystallogr., **A41**, 203-204 (1985).\nV.A. Santopietro, J. Donohue, and A.B. Smith III.\nCrystal and molecular structure of hydroxyjatrophone C. ''J. Chem.\nCrystallogr.'', **15(3)**, 247-255 (1985).\nA.B. Smith, III, J.L. Wood, C.J. Rizzo, G.T. Furst, P.J. Carroll, J. Donohue and S. Oreurn, (+)-Hitachimycin: stereochemistry and conformational analysis.\n''J. Am.\nChem.\nSoc.'', **114**, 8003-8007 (1992).","current_revision":null,"created_by":"kACnuQmH5k9Nr5VNVEpVeg7XpvUmMctD","created_at":"2025-01-26T06:53:33.275Z","updated_at":"2025-01-26T06:53:33.275Z","search_vector":"'donohu':2 'jerri':1","search_content":" \n \n\n# \n**Jerry Donohue** (June 12, 1920 – February 13, 1985) was an American theoretical and physical chemist.\nHe is best remembered for steering [James D. Watson](https://bliptext.com/articles/james-d-watson) and [Francis Crick](https://bliptext.com/articles/francis-crick) towards the correct structure of [DNA](https://bliptext.com/articles/dna) with some crucial information.\n\n# Early career\nDonohue was born in [Sheboygan, Wisconsin](https://bliptext.com/articles/sheboygan-wisconsin) and studied for his first two degrees at [Dartmouth College](https://bliptext.com/articles/dartmouth-college), where he earned his [A.B.](https://bliptext.com/articles/bachelor-s-degree) in 1941 and his [M.A.](https://bliptext.com/articles/master-s-degree) in 1943.\nHe worked on his [PhD](https://bliptext.com/articles/doctorate) under [Linus Pauling](https://bliptext.com/articles/linus-pauling) at the [California Institute of Technology](https://bliptext.com/articles/california-institute-of-technology) (Caltech), earning his doctorate in 1947.\nDonohue remained at Caltech until 1952.\n\n# Role in determining structure of the Deoxyribonucleic Acid\nThroughout his life Donohue specialized in crystal structures and analysis, specifically of molecules relating to biology and [hydrogen-bonding](https://bliptext.com/articles/hydrogen-bond).\nIn 1952, Donohue was given a Guggenheim Foundation grant to study at [Cambridge University](https://bliptext.com/articles/university-of-cambridge) for 6 months.\nHe shared an office with Francis Crick and James D. Watson.\nIn his work to determine the structure of DNA, Watson had been using structure for [guanine](https://bliptext.com/articles/guanine) from a monograph by [James N. Davidson](https://bliptext.com/articles/norman-davidson-biochemist).\nDavidson had depicted these bases in the [enol](https://bliptext.com/articles/enol) configuration and Watson used this structure in an unsuccessful 'like-with-like' pairing of the bases.\nDonohue informed Watson that the published structure was just a guess and that the [keto](https://bliptext.com/articles/ketone) structure was more likely, based on a publication of June Broomhead and quantum mechanical calculations.\nWithin a few days, Watson and Crick were able to build their famous model for DNA.\nIn their famous article by Watson and Crick in [Nature](https://bliptext.com/articles/nature-journal) that proposed the structure of DNA, the following acknowledgment to Donohue appears: \"We are much indebted to Dr. Jerry Donohue for constant advice and criticism, especially on interatomic distances\".\n\n# Later life\nAfter Cambridge, Donohue became Assistant Professor of Chemistry at the [University of Southern California](https://bliptext.com/articles/university-of-southern-california) (USC) where he continued to specialize in hydrogen-bonding.\nHe also studied sulfur-containing compounds and began to publish papers more extensively on crystallography and crystal structures.\nFrom 1963-1966, he was chairman of the USC Chemistry Department.\nIn 1966, Donohue joined the chemistry faculty of the [University of Pennsylvania](https://bliptext.com/articles/university-of-pennsylvania) (Penn) as the Rhodes-Thompson Professor of Chemistry.\nIn 1974, he published his book The Structures of the Elements.\nHe retired from his Penn position because of ill-health in 1985, and died that same year from cancer.\nDonohue was married to Patricia Schreier.\nThey had a son and a daughter.\nHis leisure-time interests included sea shells and horticulture.\n\n# Selected publications\nJ. Donohue.\nRadial Distribution Functions of Some Structures of the Polypeptide Chain.\n''Proc.\nNatl.\nAcad.\nSci.\nUSA'', **40(6)**, 377–381 (1954).\nJ. Donohue and K. Trueblood.\nThe crystal structure of p-nitroaniline.\nActa Crystallogr., **9**, **9**60-**9**65 (1**9**56).\nJ. Donohue, A. Caron, and E. Goldish.\nCrystal Structure of Rhombohedral Sulphur.\nNature, **182**, 518 (1958).\nJ. Donohue.\nCrystal Structure of Helium Isotopes.\n''Phys.\nRev.'', **114**, 1009 (1959).\nJ. Donohue.\nA refinement of the positional parameter in α-nitrogen.\nActa Crystallogr., **14**, 1000 (1961).\nF.L. Tucker, J.F. Walper, M.D. Appleman, and J. Donohue.\nComplete Reduction of Tellurite to Pure Tellurium Metal by Microorganisms.\nJ. Bacteriol., **83(6)**, 1313–1314 (1962).\nB.D. Sharma and J. Donohue.\nThe Crystal and Molecular Structure of Sulfur Nitride, S 4 N 4 .\nActa Crystallogr., **16**, 891 (1963).\nJ. Donohue, B.D. Sharma and R.E. Marsh.\nConformations and hydrogen bonding in codeine and morphine salts.\nActa Crystallogr., **17**, 249-253 (1964).\nH.L. Carrell and J. Donohue.\nThree Different Isomers in the Same Crystal.\nNature, **210**, 1149 (1966).\nF.L. Tucker, J.W. Thomas, M.D. Appleman, S.H. Goodman, and J. Donohue.\nX-Ray Diffraction Studies on Metal Deposition in Group D Streptococci.\nJ. Bacteriol., **92(5)**, 1311–1314 (1966).\nJ. Donohue, and S.H. Goodman.\nThe Crystal Structure of Adamantane: An Example of a False Minimum in Least Squares.\nActa Crystallogr., **22**, 352 (1967).\nH.L. Carrell and J. Donohue.\nThe Crystal and Molecular Structure of Tetramethylbiphosphine-Bis(monoborane).\nActa Crystallogr., **B24**, 699-707 (1968).\nG.J. Palenik, J. Donohue and K.N. Trueblood.\nThe crystal and molecular structure of 3-nitroperchlorylbenzene.\nActa Crystallogr., **B24**, 1139-1146 (1968).\nJ. Donohue, Structure of \"Polywater\".\nScience, **166(3908)**, 1000-1002 (1969).\nA. Caron and J. Donohue.\nRedetermination of thermal motion and interatomic distances in urea.\nActa Crystallogr., **B25**, 404 (1969).\nR. Boggs and J. Donohue.\nThe unit cell and space group of L-tyrosine.\nActa Crystallogr., **B27**, 247 (1971).\nN. Mandel and J. Donohue.\nThe Molecular and Crystal Structure of Trifluoromethylarsenie Tetramer (AsCF 3 ) 4 .\nActa Crystallogr., **B27**, 476-480 (1971).\nJ.P. Chesick and J. Donohue.\nThe molecular and crystal structure of 2-mercaptobenzothiazole.\nActa Crystallogr., **B27**, 1441-1444 (1971).\nJ. Donohue and H. Einspahr.\nThe structure of β-uranium.\nActa Crystallogr., **B27**, 1740-1743 (1971).\nN. Mandel and J. Donohue.\nThe refinement of the crystal structure of skutterudite, CoAs 3 .\nActa Crystallogr., **B27**, 2288-2289 (1971).\nG. Mandel and J. Donohue.\nThe refinement of the structure of hexabromoethane.\nActa Crystallogr., **B28**, 1313-1316 (1972).\nH.L. Carrell and J. Donohue.\nThe Crystal and Molecular Structure of Dodecamethylcyclohexasilane.\nActa Crystallogr., **B28**, 1566 (1972).\nN. Mandel and J. Donohue.\nThe molecular and crystal structure of 16β,17β-dibromoandrostane.\nActa Crystallogr., **B28**, 308-312 (1972).\nK.J. Hwang, J. Donohue, and C.-C.\nTsai.\nThe Crystal and Molecular Structure of 12-Methyl-11,13-dioxo-12-aza-pentacyclo[4.4.3.0. 1,6 0 2,10 .0 5,7 ]trideca-3,8-diene.\nActa Crystallogr., **B28**, 1727 (1972).\nH. Einspahr, R.E. Marsh, and J. Donohue.\nThe Crystal Structure of Potassium Binoxalate.\nActa Crystallogr., **B28**, 2194-2198 (1972).\nG. Mandel and J. Donohue.\nThe Crystal and Molecular Structure of Octachloro-2-4-dihydropentalene.\nActa Crystallogr., **B29**, 710-714 (1973).\nH. Einspahr, and J. Donohue.\nThe Crystal and Molecular Structure of Dimethyl trans, trans-2,5-Dichloromuconate.\nActa Crystallogr., **B29**, 1875-1880 (1973).\nR. Boggs and J. Donohue.\nSpermine copper(II) perchlorate.\nActa Crystallogr., **B31**, 320-322 (1975).\nJ. Donohue and J.P. Chesick.\nThe Crystal and Molecular Structure of Dicinnamyl Disulfide.\nActa Crystallogr., **B31**, 986 (1975).\nA. Robbins, G.A. Jeffrey, J.P. Chesick, J. Donohue, [F. A. Cotton](https://bliptext.com/articles/f-albert-cotton), B.A. Frenz and C.A. Murillo.\nA refinement of the crystal structure of tetraphenylmethane: three independent redeterminations.\nActa Crystallogr., **B31**, 2395-2399 (1975).\nJ. Donohue.\nStructure of graphite.\nNature, **255**, 172 (1975).\nW.C. Stallings, Jr. and J. Donohue.\nA refinement of the crystal structure of N,N'-diglycyl-L-cystine dihydrate.\nActa Crystallogr., **B32**, 1916-1917 (1976).\nR. Boggs and J. Donohue.\ntrans-4a-Acetoxy-8a-chloro-l,4,4a,5,8,8a-hexahydronaphthalene.\nActa Crystallogr., **B32**, 1918-1919 (1976).\nG.T. DeTitta, J.W. Edmonds, W. Stallings, and J. Donohue.\nMolecular structure of biotin.\nResults of two independent crystal structure investigations.\n''J. Am.\nChem.\nSoc.'', **98(7)**, 1920-1926 (1976).\nJ. Donohue and B.S. Hayward.\nCrystal structures of two local anesthetics: dibucaine·HCl·H 2 O and dimethisoquin·HCl·H 2 O.\nII.\nRevised parameters, bond distances, and bond angles.\n''J. Chem.\nCrystallogr.'', **10(5-6)**, 157-161 (1980).\nW.C. Stallings, Jr. and J. Donohue.\nCrystal and molecular structure of analgesics, I. Ciramadol hydrobromide, C 15 H 23 O 2 N·HBr.\n''J. Chem.\nCrystallogr.'', **11(3-4)**, 59-67 (1981).\nJ. Donohue and W. Stallings, Jr..\nCrystal and molecular structure of analgesics.\nII.\nDezocine hydrobromide.\n''J. Chem.\nCrystallogr.'', **11(3-4)**, 69-78 (1981).\nJ. Donohue and N. Mandel.\nMolecular structures of menthylS-methyl (S) p -phenyl phosphonothioate and menthyl methyl(R) p -phenylphosphonate.\n''J. Chem.\nCrystallogr.'', **11(5-6)**, 189-196 (1981).\nA.B. Smith III, B.H. Toder, P.J. Carroll, and J. Donohue.\nAndrographolide: an X-ray crystallographic analysis.\n''J. Chem.\nCrystallogr.'', **12(4)**, 309-319 (1982).\nH. Katz, T.E. Conturo, P.J. Nigrey and J. Donohue.\nNaphthaceno[5,6-cd]-1,2-dithiole, C 18 H 10 S 2 .\n''J. Chem.\nCrystallogr.'', **13(3)**, 221-229 (1983).\nJ. Donohue, A.B. Smith III, and P.J. Carroll.\nCrystal and molecular structure of reductiomycin.\n''J. Chem.\nCrystallogr.'', **14(1)**, 35-43 (1984).\nJ.M. Gromek and J. Donohue.\nCrystal and molecular structure of OC(CoC 5 H 5 ) 3 (CF 3 CCCF 3 ).\n''J. Chem.\nCrystallogr.'', **14(3)**, 227-237 (1984).\nJ. Donohue.\nRevised space-group frequencies for organic compounds.\nActa Crystallogr., **A41**, 203-204 (1985).\nV.A. Santopietro, J. Donohue, and A.B. Smith III.\nCrystal and molecular structure of hydroxyjatrophone C. ''J. Chem.\nCrystallogr.'', **15(3)**, 247-255 (1985).\nA.B. Smith, III, J.L. Wood, C.J. Rizzo, G.T. Furst, P.J. Carroll, J. Donohue and S. Oreurn, (+)-Hitachimycin: stereochemistry and conformational analysis.\n''J. Am.\nChem.\nSoc.'', **114**, 8003-8007 (1992).","revisionCount":0},"hasMore":false,"nextCursor":null}

History