905 resultados para 1 Corinthians 15:12-20
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sermon text; MS Word document
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sermon text; MS Word document
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"Über Lenin, 'Materialismus und Empiriokritizismus" (GS 11, S. 171-188), Wintersemester 1928/29, a) Typoskript, 17 Blatt, b) Typoskript mit eigenhändigen Korrekturen, 17 Blatt (unterzeichnet mit "H. Möller (Berlin)", c) Manuskript, 1 Heft, 18 Blatt, davon 3 leer, d) Entwurf, Typoskript mit eigenhändigen Korrekturen, 11 Blatt; Friedrich Pollock: Kollegheft zum Seminar von Max Horkheimer über Geschichtsphilosophie, Wintersemester 1928/29 (enthält: Kollegheft 23.11.1928 - 15.02.1929, eigenhändige Notizen, 1 Heft, 16 Blatt und 4 zusätzliche Blätter; Kolegheft 22.02.1929, eigenhändige Notizen, 1 Heft, 16 Blatt, davon 9 leer); Friedrich Pollock: Notizen zu einem Vortrag von Hans Cornelius über 'Klassenphilosophie und reine Philosophie', und Mitschrift von Diskussionsbeiträgen , u.a. von Max Horkheimer, 26.01.1929, eigenhändige Notizen, 1 Heft, 12 Blatt und 1 zusätzliches Blatt sowie eigenhändige Notizen von Max Horkheimer; "Kant und die Philosophie der Gegenwart", Vorlesung 1929 (enthält: Vorlesungsmanuskript und Friedrich Pollock: Kolleghefte zur Vorlesung, eigenhändige Notizen); "Hegel", Übung Sommersemester 1929 (enthält: 1 Notizheft, 28 Blatt mit eigenhändigen Notizen zur Übung, 5 Blatt und eigenhändigen Notizen über Vorgeschichte und Anfänge der Soziologie, 5 Blatt; Friedrich Pollock: eigenhändige Notizen zur Übung von Max Horkheimer, 1 Heft, 28 Blatt, davon 4 leer, und 3 zusätzliche Blätter); "Wissensoziologie oder Historischer Materialismus" Einleitung: Soziologie der Soziologie" (GS 11, S. 189-195), Wintersemester 1929/30 (enthält: Manuskript, teils von Max Horkheimer, teils von Friedrich Polock, datiert: 10.09.1929, 1 Heft, 10 Blatt und 2 zusätzliche Blätter; Manuskript, datiert Wintersemester 1929/30, 1 Heft, 4 Blatt, davon 1 leer);
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We present the data used to construct the Cenozoic and Cretaceous portion of the Phanerozoic curve of seawater 87Sr/86Sr that had been given in summary form by W.H. Burke co-workers. All Cenozoic samples (128) and 22 Cretaceous samples are foram-nannofossil oozes and limestones from DSDP cores distributed among 13 sites in the Atlantic, Pacific and Indian Oceans, and the Caribbean Sea. Non-DSDP Cretaceous samples (126) include limestone, anhydrite and phosphate samples from North America, Europe and Asia. Determination of the 87Sr/86Sr value of seawater at particular times in the past is based on comparison of ratios derived from coeval marine samples from widely separated geographic areas. These samples are characterized by a wide variety of diagenetic and burial histories. The large size and cosmopolitan nature of the data set decreases the likelihood that, among coeval data, systematic error has been introduced by a similar pattern of diagenetic alteration of the ratios. There is good clustering of data points throughout the Cenozoic and Cretaceous curve. The consistency of data is illustrated by Cenozoic and Cretaceous data plots that include a separate symbol for each DSDP site and non-DSDP sample location. More than 98% of the data points are enclosed by upper and lower lines that define a narrow band. For any given time, the correct seawater ratio probably lies within this band. A line drawn within the band represents our estimate of the actual seawater ratio as a function of time. The general configuration of the Cenozoic and Cretaceous curve appears to be strongly influenced by the history of plate interactions and sea-floor spreading. Specific rises and falls in the 87Sr/86Sr of seawater, however, may be caused by a variety of factors such as variation in lithologic composition of the crust exposed to weathering, configuration and topographic relief of continents, volcanic activity, rate of sea-floor spreading, extent of continental inundation by epeiric seas, and variations in both climate and paleooceanographic conditions. Many or all of these factors are probably related to global tectonic processes, yet their combined effect on the temporal variation of seawater 87Sr/86Sr can complicate a direct platetectonic interpretation for portions of the seawater curve.
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The aim of this study was to validate a multiplex PCR for the species identification and serotyping of Actinobacillus pleuropneumoniae serovars 1, 5, 7, 12 and 15. All 15 reference strains and 411 field isolates (394 from Australia, 11 from Indonesia, five from Mexico and one from New Zealand) of A. pleuropneumoniae were tested with the multiplex PCR. The specificity of this multiplex PCR was validated on 26 non-A. pleuropneumoniae species. The multiplex PCR gave the expected results with all 15 serovar reference strains and agreed with conventional serotyping for all field isolates from serovars 1 (n = 46), 5 (n = 81), 7 (n = 80), 12 (n = 16) and serovar 15 (n = 117). In addition, a species-specific product was amplified in the multiplex PCR with all 411 A. pleuropneumoniae field isolates. Of 25 nontypeable field isolates only two did not yield a serovar-specific band in the multiplex PCR. This multiplex PCR for serovars 1, 5, 7, 12 and 15 is species specific and capable of serotyping isolates from diverse locations. Significance and Impact of the Study A multiplex PCR that can recognize serovars 1, 5, 7, 12 and 15 of A. pleuropneumoniae was developed and validated. This novel diagnostic tool will enable frontline laboratories to provide key information (the serovar) to guide targeted prevention and control programmes for porcine pleuropneumonia, a serious economic disease of pigs. The previous technology, traditional serotyping, is typically provided by specialized reference laboratories, limiting the capacity to respond to this key disease.
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Référence bibliographique : Rol, 60530
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Welsch (Projektbearbeiter): Festlegung des Umfangs des fünften engeren Wahldistrikts zum preußischen Landtag sowie des engeren Wahldistrikts zur deutschen Nationalversammlung; Vorladung der Wahlmänner zur Vorberatung über die Kandidatenwahl