267,502 research outputs found
Elisabeth-Krankenhaus Kassel. Ein Zimmer I. Klasse.
ELISABETH-KRANKENHAUS KASSEL. EIN ZIMMER I. KLASSE.
Elisabeth-Krankenhaus Kassel. Ein Zimmer I. Klasse. ( -
Inauguració de la Jornada 'Les LGTBI-FÒBIES: Reflexions interdisciplinàries sobre polítiques i representacions'
Acte d'inauguració de la jornada titulada 'Les LGTBI-FÒBIES: Reflexions interdisciplinàries sobre polítiques i representacions', celebrada amb motiu de la Diada Internacional de Lluita contra les LGTBI fòbies, a càrrec del vicerector de Relacions Internacionals, Jörg Rudolf Zimmer i de la responsable de la Unitat d'Igualtat de Gènere, Teresa Cabruja Ubach4324.mp4
4324.mp
Presentació del Simposi Internacional: Imago i Icona. Lectures sobre la Icona russa (I): d’Andrei Rubliov a Andrei Tarkovski
Acte de presentació del 'Simposi Internacional: Imago i Icona. Lectures sobre la Icona russa (I): d’Andrei Rubliov a Andrei Tarkovski', a càrrec de Maria-Josep Balsach directora de la Càtedra d' Art i Cultura Contemporànea i Jorg Zimmer, vicerector de Política Internacional de la Universitat de Girona4531.mp4
4531.mp
Acte de recepció del fons documental del polític i historiador Lluís M. de Puig i Olivé
Acte de donació i de recepció del fons documental del polític i historiador Lluís M. de Puig i Olivé. En l'acte han intervingut: el Dr. Jörg Zimmer, vicerector en funcions de Política Internacional, el Dr. Joaquim Nadal i Farreras, catedràtic d'Història Contemporània de la Universitat de Girona, la Sra. Àngels Merino, directora de la Biblioteca, i la Sra. Loreto Bosch, vídua de Lluís M. de Puig i Olivé4983.mp4
4983.mp
Cloenda de la 'Jornada homenatge Nikolai Roerich: imatges des dels confins' i lliurament oficial dels símbols del Pacte Roerich a la Universitat de Girona (protecció de les institucions artístiques i científiques i dels monuments històrics en temps de guerra)
Acte de cloenda de la 'Jornada homenatge Nikolai Roerich: imatges des dels confins' i lliurament oficial dels símbols del Pacte Roerich (protecció de les institucions artístiques i científiques i dels monuments històrics en temps de guerra) a la Universitat de Girona. A l'acte hi han participat: Jorg Zimmer, vicerector de Política Internacional i Joan Bosch de l'Institut Català de Recerca en Patrimoni Cultural de la UdG4131.mp4
4131.mp
Hyloterpe crissalis J. T. Zimmer
<i>Hyloterpe crissalis</i> J.T. Zimmer <p> <i>Hyloterpe crissalis</i> J.T. Zimmer, 1918a: 230 (Mount Banahao, 914 meters (3,000 feet), Laguna Province, Luzon, P.I.).</p> <p> Now <i>Pachycephala albiventris crissalis</i> (J.T. Zimmer, 1918). See Parkes, 1989: 4, Dickinson, 2003: 475, and Boles, 2007: 415.</p> <p> HOLOTYPE: <b>AMNH 296352</b>, adult male, collected on Mt. Banahao, 914 m, 14.04N, 121.29E (Dickinson et al., 1991: 415), Laguna Province, Philippines, on 3 January 1916, by John T. Zimmer (no. 1336).</p> <p> COMMENTS: Zimmer cited his unique field number of the holotype in the original description and noted that he had one paratype, now <b>AMNH 296351</b> (Zimmer no. 1326), male from the the same locality, collected 30 December 1915.</p>Published as part of <i>Pachycephalidae, Aegithalidae, Remizidae, Paridae, Sittidae, Neosittidae, Certhiidae, Rhabdornithidae, Climacteridae, Dicaeidae, Pardalotidae, Nectariniidae, And & Lecroy, Mary, 2010, Type Specimens Of Birds In The American Museum Of Natural History Part 8. Passeriformes:, pp. 1-178 in Bulletin of the American Museum of Natural History 2010 (333)</i> on page 1
Walter Benjamin: filosofia i estètica
Conferència de Jörg Zimmer, professor titular de filosofia de la Universitat de Girona i que ha estat director i fundador de la "Càtedra Walter Benjamin, Memòria i Exili" d'aquesta universitat. El conferenciant desenvolupa l'anàlisi del pensament del filòsof a partir del seu nexe amb l'estètica. La xerrada s'emmarca dins el cicle de conferències "Reflexions a l'entorn de Walter Benjamin"7443.mp4
7443.mp
Torborg Zimmer og Else Collet : to av de første kvinnelige landskapsarkitektene i Norge
Denne oppgaven er en undersøkelse av hagearkitektene Torborg Zimmer og
Else Collet. Zimmer og Collet ble utdannet fra linjen for hagekunst ved
Norges Landbrugshøgskole på Ås i 1934 som to av de første kvinnelige
landskapsarkitektstudentene i Norge. Både Zimmer og Collet var praktikanter i
den danske landskapsarkitekten C. Th. Sørensens tegnestue etter utdannelsen.
Senere samarbeidet de begge med etablerte mannlige arkitekter. Torborg
Zimmer samarbeidet med arkitekt Kåre Frölich og Else Collet fortsatte
samarbeidet med C. Th. Sørensen. Oppgaven bruker arkivstudier som metode
for å finne spor etter de to kvinnenes virke som hagearkitekter og deres
selvstendig bidrag til hagekunsten. Hensikten er å undersøke hvilke
begrensinger og mulighetsrom som fantes for kvinner i disiplinen i første
halvdel av 1900-tallet
Das deutsche Zimmer der Renaissance
DAS DEUTSCHE ZIMMER DER RENAISSANCE
Das deutsche Zimmer der Renaissance ( - )
Einband ( - )
Vorblatt ( - )
Titelblatt ([I])
Vorwort. ([III])
Inhaltsübersicht des Textes. ([V])
Übersicht der Illustrationen. (VI)
Einleitung ([1])
Der Geist der Renaissance. (10)
Deutsche Renaissance und nationaler Stil. (23)
Die Farbe. (33)
Die Entwickelung der Formen. (101)
Die Hauptstücke der Dekoration. (145)
Alphabetisches Register. ([182])
Vorblatt ( - )
Einband ( -
Text Mining and Gene Expression Analysis Towards Combined Interpretation of High Throughput Data
Microarrays can capture gene expression activity for thousands of genes simultaneously and thus make it possible to analyze cell physiology and disease processes on molecular level. The interpretation of microarray gene expression experiments profits from knowledge on the analyzed genes and proteins and the biochemical networks in which they play a role. The trend is towards the development of data analysis methods that integrate diverse data types. Currently, the most comprehensive biomedical knowledge source is a large repository of free text articles. Text mining makes it possible to automatically extract and use information from texts.
This thesis addresses two key aspects, biomedical text mining and gene expression data analysis, with the focus on providing high-quality methods and data that contribute to the development of integrated analysis approaches. The work is structured in three parts. Each part begins by providing the relevant background, and each chapter describes the developed methods as well as applications and results.
Part I deals with biomedical text mining:
Chapter 2 summarizes the relevant background of text mining; it describes text mining fundamentals, important text mining tasks, applications and particularities of text mining in the biomedical domain, and evaluation issues.
In Chapter 3, a method for generating high-quality gene and protein name dictionaries is described. The analysis of the generated dictionaries revealed important properties of individual nomenclatures and the used databases (Fundel and Zimmer, 2006). The dictionaries are publicly available via a Wiki, a web service, and several client applications (Szugat et al., 2005).
In Chapter 4, methods for the dictionary-based recognition of gene and protein names in texts and their mapping onto unique database identifiers are described. These methods make it possible to extract information from texts and to integrate text-derived information with data from other sources. Three named entity identification systems have been set up, two of them building upon the previously existing tool ProMiner (Hanisch et al., 2003). All of them have shown very good performance in the BioCreAtIvE challenges (Fundel et al., 2005a; Hanisch et al., 2005; Fundel and Zimmer, 2007).
In Chapter 5, a new method for relation extraction (Fundel et al., 2007) is presented. It was applied on the largest collection of biomedical literature abstracts, and thus a comprehensive network of human gene and protein relations has been generated. A classification approach (Küffner et al., 2006) can be used to specify relation types further; e. g., as activating, direct physical, or gene regulatory relation.
Part II deals with gene expression data analysis:
Gene expression data needs to be processed so that differentially expressed genes can be identified. Gene expression data processing consists of several sequential steps. Two important steps are normalization, which aims at removing systematic variances between measurements, and quantification of differential expression by p-value and fold change determination. Numerous methods exist for these tasks.
Chapter 6 describes the relevant background of gene expression data analysis; it presents the biological and technical principles of microarrays and gives an overview of the most relevant data processing steps. Finally, it provides a short introduction to osteoarthritis, which is in the focus of the analyzed gene expression data sets.
In Chapter 7, quality criteria for the selection of normalization methods are described, and a method for the identification of differentially expressed genes is proposed, which is appropriate for data with large intensity variances between spots representing the same gene (Fundel et al., 2005b). Furthermore, a system is described that selects an appropriate combination of feature selection method and classifier, and thus identifies genes which lead to good classification results and show consistent behavior in different sample subgroups (Davis et al., 2006).
The analysis of several gene expression data sets dealing with osteoarthritis is described in Chapter 8. This chapter contains the biomedical analysis of relevant disease processes and distinct disease stages (Aigner et al., 2006a), and a comparison of various microarray platforms and osteoarthritis models.
Part III deals with integrated approaches and thus provides the connection between parts I and II:
Chapter 9 gives an overview of different types of integrated data analysis approaches, with a focus on approaches that integrate gene expression data with manually compiled data, large-scale networks, or text mining.
In Chapter 10, a method for the identification of genes which are consistently regulated and have a coherent literature background (Küffner et al., 2005) is described. This method indicates how gene and protein name identification and gene expression data can be integrated to return clusters which contain genes that are relevant for the respective experiment together with literature information that supports interpretation.
Finally, in Chapter 11 ideas on how the described methods can contribute to current research and possible future directions are presented
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