110,564 research outputs found
Carl Bode papers
No full textCarl Bode (1911-1993) was an author, professor of English at the University of Maryland, and officer of several literary and cultural organizations. His scholarly interests included Emerson, Thoreau, and H. L. Mencken. His books included Mencken, the first full biography to be published after Mencken's death; Maryland, a 350-year history of the state; The Man Behind You, a volume of poetry; and The Anatomy of American Popular Culture. He received a Ford Fellowship in 1952-1953 and a Guggenheim award in 1954-1955. Bode also founded the national American Studies Association. His papers consist of correspondence, drafts of publications, documentation from editing projects, and records of participation in political campaigns. Correspondence relates to Joseph Tydings, Walter R. Harding, and Wilson Follett. There is an unprocessed addendum to the collection, consisting of books on American literature and Maryland; correspondence; course materials; financial records; personnel-related materials; photographs; tapes; publications; and work papers
Stolberg : eine Geschichte aus dem fünfzehnten Jahrhundert / von Fritz Bode (Hans Elben)
No full textEnthält BücheranzeigenHans Elben ist ein Pseudonym von Fritz Bode
Bode, E H, [No Service Number]
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete. Visit this record in UMA's new catalogue at: https://archives.library.unimelb.edu.au/nodes/view/372403Surname: BODE
Given Name(s) or Initials: E H
Military Service Number or Last Known Location: No Service Number
Missing, Wounded and Prisoner of War Enquiry Card Index Number: 37858183321
Item: [2016.0049.04728] "Bode, E H, [No Service Number]
Wilde H.— Sur la loi de Bode
No full textWilde H.— Sur la loi de Bode. In: Bulletin astronomique, tome 12, 1895. p. 353
Geologische Karte von Preußen und benachbarten deutschen Ländern / Gradabtheilung 56, Blatt 1 [4028] Goslar
No full textbearbeitet durch H. Schroeder 1906-1909 u. A. Bode 1909 u. 1910Mit Erläuterungen und "Profil A-B", "Profil C-D" und "Profil E-F"Mit HöhenangabenNullmeridian: Ferr
Ioh. Ioachim Christoph Bode
No full textHeinsius pinx. ; H. Lips sculp.Bildunterschrift: "IOH. IOACHIM CHRISTOPH BODE"Herstellungsangaben: "Heinsius pinx.", "H. Lips sculp.”Bleistiftvermerk auf der Rückseite: „Joh. Joachim Bode [unleserlich] / 1730-1793“
Secondary metabolites by chemical screening, 41 - Structure and biosynthesis of mutolide, a novel macrolide from a UV mutant of the fungus F-24 ' 707
No full textThe 14-membered macrolide, mutolide (1), was discovered by chemical screening of the culture broth of the fungus F-24'707y, obtained after UV mutagenesis of the wild type strain, which normally produces the spirobisnaphthalene cladospirone bisepoxide (2). The structure of 1 was established by detailed spectroscopic analysis, X-ray analysis and derivatisation. The biogenetic origin of the carbon skeleton and the hydroxy groups was verified by feeding sodium [1-C-13]acetate and O-18(2) to growing cultures of the fungus. Macrolide 1 is generated from acetate/malonate only. The unexpected change of the normal metabolite pattern of this strain is discussed, and proves the value of the OSMAC method
Secondary metabolites by chemical screening, 42 - Cladospirones B to I from Sphaeropsidales sp F-24 ' 707 by variation of culture conditions
No full textVariation of the culture conditions - static surface cultures in particular - of the fungus Sphaeropsidales sp. (strain F-24'707), which produces cladospirone bisepoxide (1), led to the isolation of eight new spirobisnaphthalenes - the cladospirones B to I (8-15) -together with seven known representatives of this class of secondary metabolites. Cladospirones C (9) and D (11) show antibiotic activity against bacteria and algae. The structures of cladospirone B (8) and E (12) were confirmed by X-ray structure analysis. Cladospirones C (9) and G to I (10, 14-15) represent new members of the spirobis-naphthalene family, thanks to their hydroxylation patterns. Moreover, they underline the extraordinary status of this interesting class of compounds as the most diverse secondary metabolites, allowing for their small number of carbon atoms, described to date. Almost all possible permutations of stereochemistry and oxygen substitution pattern on the C-10 skeleton are produced by different fungi
Secondary metabolites by chemical screening, 42 - Cladospirones B to I from Sphaeropsidales sp F-24 ' 707 by variation of culture conditions
No full textVariation of the culture conditions - static surface cultures in particular - of the fungus Sphaeropsidales sp. (strain F-24'707), which produces cladospirone bisepoxide (1), led to the isolation of eight new spirobisnaphthalenes - the cladospirones B to I (8-15) -together with seven known representatives of this class of secondary metabolites. Cladospirones C (9) and D (11) show antibiotic activity against bacteria and algae. The structures of cladospirone B (8) and E (12) were confirmed by X-ray structure analysis. Cladospirones C (9) and G to I (10, 14-15) represent new members of the spirobis-naphthalene family, thanks to their hydroxylation patterns. Moreover, they underline the extraordinary status of this interesting class of compounds as the most diverse secondary metabolites, allowing for their small number of carbon atoms, described to date. Almost all possible permutations of stereochemistry and oxygen substitution pattern on the C-10 skeleton are produced by different fungi
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