796 resultados para Pocahontas, -1617
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"Partis secundae de Deo creatore tractatus tertius" con portada, pag. y sign. propias
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Mode of access: Internet.
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Mode of access: Internet.
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Includes indexes.
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Includes indexes.
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Text in 2 columns; capital A-B-C-D in the joint space between the columns; printed marginalia.
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v. 1. États généraux du Roi Jean. États sous le règne de Charles V. États sous le règne de Charles VI. États sous le règne de Charles VII. États sous le règne de Louis XI (1476). États généraux de Tours sous Charles VIII (1484) -- v. 2. États sous le règne de Louis XII (1506). États sous le règné de Henri II (1558). États généraux d'Orĺéans sous Charles IX (1560) -- v. 3. États généraux de Blois sous Henri III (1576). États généraux de Blois (1588) -- v. 4. États de la ligue (Paris, 1593). Assemblée des notables sous Henri IV (Rouen, 1596). États généraux de Paris sous Louis XIII (1614). Assemblée des notables à Rouen (1617). Assemblée des notables à Paris (1626-1627) -- v. 5. Résumés généraux.
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Mode of access: Internet.
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[v.19] 1657. Koning Davids Harpzangen.--[v.20] 1657-1660. Koning Davids Harpzangen. Jeptha.--[v.21] 1660. Koning Edipus. Koning David in ballingschap. Koning David herstelt.--[v.22-23] 1660. Publius Virgilius Maroos Wercken in Nederduitsch dicht vertaelt.--[v.24] 1660-1662. Samson. Adonias. Bespiegelingen.--[v.25] 1662. Bespiegelingen. Joannes de Boetgezant.--[v.26] 1663. Batavische Gebroeders. De Heerlyckheit der Kercke. Faëton.--[v.27] 1664-1667. Adam in Ballingschap. Ifigenie in Tauren. Zungchin.--[v.28] 1667-1671. Noah. Feniciaensche. Herkules in Trachin. Ovidius Herscheppinge.--[v.29-30] 1671-1679. Ovidius herscheppinge.
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Mode of access: Internet.
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Includes indexes.
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Special t.p.: Posthuma fragmenta poematum Georgii Coryati Sarisburiensis, sacrae theologiae baccalaurei, quondem e sociis Novi collegii in inclyta academia Oxoniensi, as postea ecclesiae Odcombiensis in agro Somersetensi ministri, ubi tandem anno 1606, extremum vitae diem clausit. Londini, anno domini 1611: vol.II, p. [377-408]
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Inscripción: "Segun el cuadro que posee Dn. Pedro Pérez Conserge de la Real Academia de S. Carlos Dibujado y grabado p.r Mariano Sigüenza". En medio del texto anagrama "J.H.S."
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Protein oxidation is thought to contribute to a number of inflammatory diseases, hence the development of sensitive and specific analytical techniques to detect oxidative PTMs (oxPTMs) in biological samples is highly desirable. Precursor ion scanning for fragment ions of oxidized amino acid residues was investigated as a label-free MS approach to mapping specific oxPTMs in a complex mixture of proteins. Using HOCl-oxidized lysozyme as a model system, it was found that the immonium ions of oxidized tyrosine and tryptophan formed in MS(2) analysis could not be used as diagnostic ions, owing to the occurrence of isobaric fragment ions from unmodified peptides. Using a double quadrupole linear ion trap mass spectrometer, precursor ion scanning was combined with detection of MS(3) fragment ions from the immonium ions and collisionally-activated decomposition peptide sequencing to achieve selectivity for the oxPTMs. For chlorotyrosine, the immonium ion at 170.1 m/z fragmented to yield diagnostic ions at 153.1, 134.1, and 125.1 m/z, and the hydroxytyrosine immonium ion at 152.1 m/z gave diagnostic ions at 135.1 and 107.1 m/z. Selective MS(3) fragment ions were also identified for 2-hydroxytryptophan and 5-hydroxytryptophan. The method was used successfully to map these oxPTMs in a mixture of nine proteins that had been treated with HOCl, thereby demonstrating its potential for application to complex biological samples.
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We propose a new approach to the mathematical modelling of microbial growth. Our approach differs from familiar Monod type models by considering two phases in the physiological states of the microorganisms and makes use of basic relations from enzyme kinetics. Such an approach may be useful in the modelling and control of biotechnological processes, where microorganisms are used for various biodegradation purposes and are often put under extreme inhibitory conditions. Some computational experiments are performed in support of our modelling approach.