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Publication of an Amendment Application Pursuant To
13.9.2017 EN Official Journal of the European Union C 302/3 V (Announcements) OTHER ACTS EUROPEAN COMMISSION Publication of an amendment application pursuant to Article 50(2)(a) of Regulation (EU) No 1151/2012 of the European Parliament and of the Council on quality schemes for agricultural products and foodstuffs (2017/C 302/03) This publication confers the right to oppose the amendment application, pursuant to Article 51 of Regulation (EU) No 1151/2012 of the European Parliament and of the Council (1). AMENDMENT APPLICATION Council Regulation (EC) No 510/2006 on the protection of geographical indications and designations of origin for agricultural products and foodstuffs (2) AMENDMENT APPLICATION ACCORDING TO ARTICLE 9 ‘BAYERISCHES RINDFLEISCH’/‘RINDFLEISCH AUS BAYERN’ EC No: DE-PGI-0105-01219 — 7.4.2014 PGI ( X ) PDO ( ) 1. Headings in the specification affected by the amendments — Name of product — Description of product — Geographical area — Proof of origin — Method of production — Link with the geographical area — Labelling — National requirements — Other [to be specified] 2. Type of amendment(s) — Amendment to Single Document or Summary Sheet — Amendment to Specification of registered PDO or PGI for which neither the Single Document nor the Summary Sheet have been published (1) OJ L 343, 14.12.2012, p. 1. (2) OJ L 93, 31.3.2006, p. 12. Replaced by Regulation (EU) No 1151/2012. C 302/4 EN Official Journal of the European Union 13.9.2017 — Amendment to Specification that requires no amendment to the published Single Document (Article 9(3) of Regulation (EC) No 510/2006) — Temporary amendment to Specification resulting from imposition of obligatory sanitary or phytosanitary measures by public authorities (Article 9(4) of Regulation (EC) No 510/2006) 3. -
2.4. Maßnahmen Zum Erhalt Der Rasse Murnau-Werdenfelser
Historische Entwicklung, Status quo und Zukunftsperspektiven der Rinderrasse Murnau-Werdenfelser Elisabeth Franziska Marie-Luise Pistory München 2009 Aus dem Department für Veterinärwissenschaften Tierärztliche Fakultät der Ludwig-Maximilians-Universität München Lehrstuhl für Molekulare Tierzucht und Biotechnologie (Prof. Dr. Eckhard Wolf) Historische Entwicklung, Status quo und Zukunftsperspektiven der Rinderrasse Murnau-Werdenfelser Inaugural–Dissertation zur Erlangung der tiermedizinischen Doktorwürde der Tierärztlichen Fakultät der Ludwig-Maximilians-Universität München vorgelegt von Elisabeth Franziska Marie-Luise Pistory aus Weiden i. d. Opf. München 2009 Gedruckt mit Genehmigung der Tierärztlichen Fakultät der Ludwig-Maximilians-Universität München Dekan: Univ.-Prof. Dr. Braun Berichterstatter: Univ.-Prof. Dr. Wolf Korreferent: Univ.-Prof. Dr. Peters Tag der Promotion: 17. Juli 2009 Meiner Familie und Katharina Inhaltsverzeichnis Inhaltsverzeichnis 1. Einleitung1 2. Literaturübersicht5 2.1. Phänotypische Beschreibung und Eigenschaften des Murnau-Werdenfelser Viehs...................5 2.2. Zuchtgeschichte der Rasse Murnau-Werdenfelser......8 2.3. Populations- und Leistungsentwicklung............ 13 2.4. Maßnahmen zum Erhalt der Rasse Murnau-Werdenfelser.. 28 2.5. Beispiele zum Erhalt aussterbender Nutztierrassen...... 31 2.5.1. Slow Food e. V. und die Arche des Geschmacks®.. 31 2.5.2. Bäuerliche Erzeugergemeinschaft Schwäbisch Hall. 32 2.5.3. Maßnahmen zum Erhalt des Hinterwälder Rindes.. 33 3. Material und Methoden 35 3.1. Erhebung des Status quo.................... 35 3.1.1. Allgemeines........................ 35 3.1.2. Kontaktadressen..................... 35 3.1.3. Entwicklung und Versand des Fragebogens...... 36 3.1.4. Persönliche Befragung.................. 37 3.1.5. Bestandsdaten...................... 37 3.1.6. Statistische Auswertung................. 38 3.2. Erzeugung von Murnau-Werdenfelser Embryonen...... 42 3.2.1. In-vitro Produktion (IVP) von Embryonen....... 42 3.2.2. -
Population Genetic Analysis of White Park Cattle in Germany
Archiv Tierzucht 52 (2009) 6, 561-573, ISSN 0003-9438 © Research Institute for the Biology of Farm Animals (FBN) Dummerstorf, Germany Population genetic analysis of White Park Cattle in Germany GÜNTER BIEDERMANN1, WERNER HECHT2, EIKE FANDREY3, HEIKE RUDOLPH3 and KAI FRÖLICH3 1Witzenhausen; former: Department of Animal Breeding, University of Kassel, Germany, 2Department of Veterinary- Pathology, Justus-Liebig-University Gießen, Gießen, Germany, 3Arche Warder, Zentrum für alte Haus- und Nutztierrassen e. V., Warder, Germany Abstract The population of White Park Cattle in Germany is composed of 11 males and 33 females. This group of cattle has been analysed with regards to generation intervals, coancestry, and inbreeding on the basis of three generations of ancestors. The average interval between the current and the parental generation amounts to seven years. The average coefficient of coancestry in the population is estimated to be 18 % and the average degree of inbreeding at 16 %. The rate of inbreeding in the last generation is approximately 12 %. These values exceed those reported for most breeds of production animals. Keywords: White Park Cattle, generation interval, relationship, inbreeding, rate of inbreeding Zusammenfassung Populationsgenetische Analyse der White Park Cattle-Population in Deutschland Die aus 11 männlichen und 33 weiblichen Tieren bestehende White Park Cattle-Population in Deutschland wurde auf der Basis von drei Vorfahrengenerationen hinsichtlich ihrer Generationsintervalle sowie der Verwandtschafts- und Inzuchtverhältnisse untersucht. Das durchschnittliche Generationsintervall zwischen der aktuellen und ihrer Elterngeneration beträgt annähernd sieben Jahre. Der mittlere Verwandtschaftskoeffizient wurde mit 18 %, der mittlere Inzuchtkoeffizient mit 16 % geschätzt. Mit der aktuellen Generation stieg die Inzucht um ca. 12 % an. Diese Werte liegen weit über jenen, die von anderen Nutztierrassen bekannt sind. -
Breeds of Beef and Multi-Purpose Cattle
BREEDS OF BEEF AND MULTI-PURPOSE CATTLE ACKNOWLEDGEMENTS The inspiration for writing this book goes back to my undergraduate student days at Iowa State University when I enrolled in the course, “Breeds of Livestock,” taught by the late Dr. Roy Kottman, who was then the Associate Dean of Agriculture for Undergraduate Instruction. I was also inspired by my livestock judging team coach, Professor James Kiser, who took us to many great livestock breeders’ farms for practice judging workouts. I also wish to acknowledge the late Dr. Ronald H. Nelson, former Chairman of the Department of Animal Science at Michigan State University. Dr. Nelson offered me an Instructorship position in 1957 to pursue an advanced degree as well as teach a number of undergraduate courses, including “Breeds of Livestock.” I enjoyed my work so much that I never left, and remained at Michigan State for my entire 47-year career in Animal Science. During this career, I had an opportunity to judge shows involving a significant number of the breeds of cattle reviewed in this book. I wish to acknowledge the various associations who invited me to judge their shows and become acquainted with their breeders. Furthermore, I want to express thanks to my spouse, Dr. Leah Cox Ritchie, for her patience while working on this book, and to Ms. Nancy Perkins for her expertise in typing the original manuscript. I also want to acknowledge the late Dr. Hilton Briggs, the author of the textbook, “Modern Breeds of Livestock.” I admired him greatly and was honored to become his close friend in the later years of his life. -
Genetic Analysis of the Population of Vorderwald Cattle [In German]
Arch. Tierz., Dummerstorf 47 (2004) 2, 141-153 Aus dem Fachgebiet Tierzucht der Universität Kassel, Witzenhausen1 und dem Referat Tierzucht, ALLB Donaueschingen2 GÜNTER BIEDERMANN1, BETTINA OTT1, KARIN RÜBESAM1 und FRANZ MAUS2 Genetische Analyse der Population des Vorderwälder Rindes Abstract Title of the paper: Genetic analysis of the population of Vorderwald cattle The actual population of Vorderwald cattle, comprising 5452 animals has been analysed concerning the gene contribution, the generation interval and the degree of relationship and inbreeding with regard of five generations of ancestors. About 84 % of the genes are originating from Vorderwald cattle. The genetic portions of other breeds have been contributed by Red Holsteins, Montbéliards and Ayrshires. The average generation interval parents–current animals is about 4.5 years. The mean relationship has been found out with 5.5 % within the bulls and 3.4 % within the cows. Accordingly the mean coefficient of inbreeding is higher within the bulls (2,7 %) than within the cows (2,4 %). Only 28.6 % of the bulls and 36.6 % of the cows are not inbred. With 0.9 % the increase of inbreeding in the last generation is of alarming proportions; that’s why a carefully directed program of mating has to be recommended. Key Words: Vorderwald, gene contribution, generation interval, degree of relationship, coefficient of inbreeding, rate of inbreeding Zusammenfassung Die aktuelle, 5452 Tiere umfassende Zuchtpopulation des Vorderwälder Rindes wurde unter Einbeziehung von fünf Vorfahrengenerationen hinsichtlich ihrer Fremdgenanteile, des Generationsintervalls sowie der Verwandt- schafts- und Inzuchtverhältnisse untersucht. Etwa 84 % der Genanteile sind Vorderwälder Ursprungs. Fremdgenanteile stammen vorrangig von den Rassen Red-Holstein, Montbéliard und Ayrshire. -
By Harlan Ritchie BREEDS of BEEF and MULTI-PURPOSE CATTLE
2009 By Harlan Ritchie BREEDS OF BEEF AND MULTI-PURPOSE CATTLE ACKNOWLEDGEMENTS The inspiration for writing this book goes back to my undergraduate student days at Iowa State University when I enrolled in the course, “Breeds of Livestock,” taught by the late Dr. Roy Kottman, who was then the Associate Dean of Agriculture for Undergraduate Instruction. I was also inspired by my livestock judging team coach, Professor James Kiser, who took us to many great livestock breeders’ farms for practice judging workouts. I also wish to acknowledge the late Dr. Ronald H. Nelson, former Chairman of the Department of Animal Science at Michigan State University. Dr. Nelson offered me an Instructorship position in 1957 to pursue an advanced degree as well as teach a number of undergraduate courses, including “Breeds of Livestock.” I enjoyed my work so much that I never left, and remained at Michigan State for my entire 47-year career in Animal Science. During this career, I had an opportunity to judge shows involving a significant number of the breeds of cattle reviewed in this book. I wish to acknowledge the various associations who invited me to judge their shows and become acquainted with their breeders. Furthermore, I want to express thanks to my spouse, Dr. Leah Cox Ritchie, for her patience while working on this book, and to Ms. Nancy Perkins for her expertise in typing the original manuscript. I also want to acknowledge the late Dr. Hilton Briggs, the author of the textbook, “Modern Breeds of Livestock.” I admired him greatly and was honored to become his close friend in the later years of his life. -
Genetic Analysis of the Population of Vorderwald Cattle [In German]
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Crossref Arch. Tierz., Dummerstorf 47 (2004) 2, 141-153 Aus dem Fachgebiet Tierzucht der Universität Kassel, Witzenhausen1 und dem Referat Tierzucht, ALLB Donaueschingen2 GÜNTER BIEDERMANN1, BETTINA OTT1, KARIN RÜBESAM1 und FRANZ MAUS2 Genetische Analyse der Population des Vorderwälder Rindes Abstract Title of the paper: Genetic analysis of the population of Vorderwald cattle The actual population of Vorderwald cattle, comprising 5452 animals has been analysed concerning the gene contribution, the generation interval and the degree of relationship and inbreeding with regard of five generations of ancestors. About 84 % of the genes are originating from Vorderwald cattle. The genetic portions of other breeds have been contributed by Red Holsteins, Montbéliards and Ayrshires. The average generation interval parents–current animals is about 4.5 years. The mean relationship has been found out with 5.5 % within the bulls and 3.4 % within the cows. Accordingly the mean coefficient of inbreeding is higher within the bulls (2,7 %) than within the cows (2,4 %). Only 28.6 % of the bulls and 36.6 % of the cows are not inbred. With 0.9 % the increase of inbreeding in the last generation is of alarming proportions; that’s why a carefully directed program of mating has to be recommended. Key Words: Vorderwald, gene contribution, generation interval, degree of relationship, coefficient of inbreeding, rate of inbreeding Zusammenfassung Die aktuelle, 5452 Tiere umfassende Zuchtpopulation des Vorderwälder Rindes wurde unter Einbeziehung von fünf Vorfahrengenerationen hinsichtlich ihrer Fremdgenanteile, des Generationsintervalls sowie der Verwandt- schafts- und Inzuchtverhältnisse untersucht. -
Diversity 2014, 6 S1 Supplementary Information Table S1. Landraces
Diversity 2014, 6 S1 Supplementary Information Table S1. Landraces, varieties, pre-breeds and breeds absorbed into current breeds (Felius, 1995; Porter 2002). Names in local language, if not English, are in italics. Bold indicate current breeds resulting from amalgamations; small printing indicate varieties of a landrace, pre-breed or former breed. Years underlined indicate the establishment of a herd book with for a few breeds also the ending; HB, herd book established but year unknown; BS, breed society with year of establishment if known; BP, protective breed program with year of establishment if known. Populations listed in the first two columns have been absorbed in the current breed (in bold), populations in the fourth column have been absorbed after the current breed was established. Names on the same line indicate continuation of a population under a different name. “×breed X” indicates incrossing of breed X; “breed Y × breed X” indicates upgrading or incrossing of breed X by breed Y; +breed Y indicates influence of breed Y. Landrace, Pre-breed, Current breed Absorbed variety Remark variety former breed Subgroup 1A Westland Polled Lyngdal South and Westland (1947) Westland Red Polled 1968 into NRF, 1980s restarted Blacksided Trondheim Northland Blacksided Trondheim and Northland (1943) close to Fjällras Roros crossbred cattle Swedish Mountain (Fjällras) (1892) Herjeadals Rorbottenland Estonian land cattle Estonian Native (1914) West Finn and Jersey influence Petsjora now Kholmogory variety Komi Subgroup 1B Telemark (1926) Ayrshire -
Evaluation of Certain Veterinary Drug Residues in Food
EVALUATION OF CERTAIN VETERINARY DRUG RESIDUES IN FOOD Seventy-eighth report of the Joint FAO/WHO Expert Committee on Food Additives © World Health Organization 2014 Annex to rbSTs evaluation to describe in detail the systematic literature search process The update of the risk assessment on rbST was undertaken following the principles of a systematic review, with the following steps: 1. framing the questions 2. systematic search of the literature 3. identifying relevant publications 4. summarizing the evidence 5. interpreting the findings Described here are the first 3 steps, summarizing the evidence and interpreting the findings is described in the detailed monographs. Step 1: Framing the questions PICO questions: rbST systematic review Synonyms for rbST: bGH, rbGH, GH1, bovine growth hormone, somidobove, somavubove, somagrebove, sometribove, posilac, bovine somatotrophin, bovine somatotropin Issue: Possible increased hormone levels in milk and meat from animals treated with rbST o Population: Cattle, goats, sheep in a given geographic region o Intervention: rbST administration o Comparator: not administered rbST o Outcome: hormone levels in milk and/or meat of animals o PICO question: What are the hormone levels in the milk and/or meat of cattle, goats, or sheep treated with rbST versus from untreated animals? 1 o Search terms: (rbST or synonym) AND (hormone) AND ((meat) OR (milk)) . Hormone search terms: IGF-1, insulin, estradiol, progesterone, IGF-II, testosterone, 17β-estradiol, estrone, pregnenolone, androstenedione, hydroxyprogesterone,