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(2015) Pdf ∙ 8 Mb H. Gürtler H. Seidel N. Rossow W. Ehrentraut G. Furcht Internationale Tagung Zukunft gestalten 40 Jahre Präventivmedizin Herausgeber Manfred Fürll Leipzig, 19. und 20. Juni 2015 Medizinische Tierklinik mit Funktionseinheit Klauentiere der Veterinärmedizinischen Fakultät der Universität Leipzig Zukunft gestalten – 40 Jahre Metabolic Monitoring – 40 Jahre Präventivmedizin Copyright © 2015 The Authors Published by Merkur Druck und Kupier – Zentrum GmbH All right reserved. No part of this publication may be reproduced, stored in a retrieval system or Salomonstr. 20 04103 Leipzig transmitted in any form or by any means, Germany electronic, mechanical, photographical, photocopying, recording or otherwise without prior written permission from the copyright The publisher is not responsible for damages, holders. which could be a result of content derived from this publication. Conference Venue Veterinary Faculty University of Leipzig The individual contributions in this publication An den Tierkliniken 9 and any liabilities arising from them remain the 04103 Leipzig responsibility of the authors. Germany 2 Sponsoren der Internationalen Konferenz „Zukunft gestalten – 40 Jahre Metabolic Monitoring – 40 Jahre Präventivmedizin“, Leipzig, 19. und 20. Juni 2015 Die Veranstalter sind nachfolgend genannten Firmen für die Unterstützung der Konferenz zu großem und herzlichem Dank verpflichtet: Data Service Paretz GmbH, Ketzin SELECTAVET Dr. Otto Fischer GmbH, Weyarn/Holzolling Boehringer Ingelheim Vetmedica GmbH Ingelheim am Rhein Bayer Animal Health GmbH, Leverkusen Lohmann Animal Nutrition GmbH, Cuxhaven Merial GmbH Hallbergmoos H. Wilhelm Schaumann GmbH, Pinneberg VETSMARTTUBES GmbH, Graz BioCheck – Labor für Veterinärdiagnostik und Umwelthygiene GmbH, Leipzig Albrecht GmbH, Aulendorf RECIPE Chemicals+Instruments GmbH Labortechnik, München 3 Inhalt Vorwort ...................................................................................................................................... 9 Grundlagen und Entwicklung des „Metabolic Monitoring“ bei Kühen ................................... 10 M. Fürll Metabolisches Monitoring beim Schwein ................................................................................ 20 Carola Wolf 15 Jahre Herdenbetreuung bei Schaf und Ziege -Stoffwechselüberwachung in Theorie und Praxis. ....................................................................................................................................... 23 U. Moog Occurrence rate of subclinical metabolic disorders in Hungarian dairy herds during the last two decades .............................................................................................................................. 25 E. Brydl, V. Jurkovich, A. Tirián, P. Kovács, L. Könyves Metabolic disorders of dairy cows in the peripartum period with respect tochanges in body condition ................................................................................................................................... 29 J. Illek INDICATORS OF DAIRY COW TRANSITION RISKS: METABOLIC PROFILING REVISITED ............................................................................................................................. 30 R. J. Van Saun Stoffwechselüberwachung als Methode der Bestandsbetreuung von Milchkuhherden ........... 39 R. Staufenbiel Risikoanalyse und Beeinflussung des Stoffwechsels durch Managementmaßnahmen ........... 45 R. Mansfeld .............................................................................................................................. 45 Aus der Praxis der Stoffwechselüberwachung in Thüringer Milchviehherden- Entwicklung der Stoffwechselparameter in den letzten 20 Jahren ................................................................ 47 W. Siebert, E. Menzer, K. Donat Peripartale Blutserumkonzentrationen an anorganischem Phosphat bei Milchkühen und ihre Beziehungen zur Milchleistung, Fruchtbarkeit und zu Erkrankungen in der Folgelaktation .. 49 K. Hansen, L. Pieper, A. Roder, R. Staufenbiel Die Euterlymphe als diagnostisches Medium – Gewinnung und Nachweis von Mycobacterium avium subsp. paratuberculosis beim Rind ..................................................... 51 J. L. Khol, P. Pinedo, C. D. Buergelt, L. M. Neumann, D. O. Rae Dynamik der subkutanen und abdominalen Fettdepots beim Milchrind im peripartalen Zeitraum und Beziehungen zu Markern der Fettmobilisation.................................................. 53 Lena Ruda, C. Raschka, K. Huber, S. Dänicke, P.Wenning, J. Rehage Diagnostik des Kaliumstoffwechsels beim Milchrind ............................................................. 55 4 Th. Wittek, Anja Müller, Stephanie Egger Fallstricke bei der Labordiagnostik von Störungen des Kaliumhaushaltes ............................. 57 K. E. Müller, H. El-Zahar Diagnostisches Potential von Aldosteron beim Rind ............................................................... 59 G. Köller, D. Görigk, M. Fürll Hintergründe und Bekämpfung der Hypokalämie als klinisches Problem .............................. 61 M. Fürll Altersabhängige Entwicklung von Biomarkern in Blut, Ausatemluft und Kot bei gesunden Ziegen ....................................................................................................................................... 64 S. Fischer, P. Trefz, A. Bergmann, M. Steffens, M. Ziller, W. Miekisch, J. K. Schubert, H. Köhler, P. Reinhold Neues portables Photometer-Set für die Stoffwechselüberwachung von Milchkühen ............ 66 F. Bootz, H. Hilmert; M. Hostens; B. Van Ranst Verifizierende Laborparameter in der Diagnose: Atypische Weidemyopathie beim Pferd ..... 68 M. Bochnia, J. Ziegler, J. Sander, S. Schaefer , A. Uhlig, S. Abel , M. Glatter, S. Recknagel, F.G. Schusser, M. Wensch-Dorendorf, A. Zeyner Thrombozytopenie bei Pferden mit Infektionskrankheiten ...................................................... 70 K. Ehlers, C. Arnold, G. F. Schusser Schwerpunkte für längere Nutzungsdauer bei Kühen .............................................................. 72 Anke Römer Kostenoptimierung in der Milchproduktion, die richtigen Prioritäten setzen .......................... 75 B. Heidemann Stoffwechselmonitoring in kleinen und mittelgroßen Milchrindbetrieben im Emsland ......... 76 J. Bothmann,. W. Hasseler, Th. Kossen, F. Magnus, M. Fürll Klinische Bedeutung der Leberverfettung bei Kühen .............................................................. 78 J. Saffaf, G. Köller, M. Fürll Spermaqualität und Metabolite im Serum von Besamungsbullen zu Beginn der Sperma- produktion ................................................................................................................................ 80 H. Scholz, A. Ahrens Quantitative und qualitative Veränderung von Eisen bei der Grassilierung und Carry over in ausgewählte Körpergewebe von Ziegen .................................................................................. 82 O. Steinhöfel, M. Spolders, A. Simon, H. Schafft, B. Fröhlich, J. Zentek Hepcidin – Regulator der Eisenhomöostase und seine Bedeutung in der Entzündungsreaktion ...................................................................................................... 84 Esther Humann-Ziehank 5 Selenstatus bei Rindern in Europa und der Trend der letzten Jahre mit Blick voraus ............. 86 Anja Müller, B. Freude Beurteilung der Schwefelversorgung von Milchkühen ............................................................ 88 K. Wall, A. E. Müller, A. Roder, R. Staufenbiel Beurteilung der Molybdänversorgung von Milchkühen .......................................................... 90 F. Wiese, F. Ebert, A. Roder, A. E. Müller, R. Staufenbiel Vitamin-D-Versorgung bei Neuweltkameliden–Verlaufsstudie einer gezielten Substitution . 92 H. Wagner, M. Medenwaldt, M. Schepers, A. Wehrend Stellungsanomalien an den Gliedmaßen bei Neuweltkameliden – Fälle für die Labor- diagnostik? ............................................................................................................................... 95 M. Kaiser et al. Cortisolkonzentrationen bei Deutsch Holstein Kühen vor, während und nach der Klauen- behandlung im Durchtreibestand – Eignung verschiedener Substrate .......................... 96 M. Reckardt et al. Saure Belastungen – wie (weit?) kann der Pansen kompensieren?.......................................... 97 G. Gäbel Telemetrische pH-Wert- und Temperatur-Messungen im Vormagen von Rindern – Einsatz- möglichkeiten in der Bestandsbetreuung und Präventivmedizin ........................................... 102 J. Gasteiner, T. Guggenberger, A. Steinwidder Ergebnisse permanenter pH-Messungen im Pansen .............................................................. 110 N. N. Jonsson, J. L. Kleen, M. Denwood „Frisst die Kuh oder nicht“ – klinische Auswirkungen auf den Pansenstoffwechsel ............ 113 M. Höltershinken Peripartaler Säure-Basen-Status bei niedersächsischen Holstein Friesian – Milchkühen ..... 115 J. Krikcziokat, Th. Wittek, M. Fürll ER-Stress – Bedeutung und Beeinflussung ............................................................................ 117 D. K. Geßner, K. Eder Metabolic Monitoring bei Milchkühen in den ersten 24 Stunden nach der Geburt und im frühen Puerperium .................................................................................................................. 119 S. Slosarkova, P. Fleischer, M. Skrivanek ............................................................................. 119 ER-Stress, Entzündungen, oxidativer Stress: Differenzierungen
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