COURSE SYLLABUS MASTER DEGREE "REPRODUCTIVE BIOTECHNOLOGIES AND RECOVERY OF ENDANGERED SPECIES" 2013/2014 1. Course details 1.1. The Course Academic Year 2013/2014 MÁSTER UNIVERSITARIO EN Degree BIOLOGÍA Y TECNOLOGÍA DE LA REPRODUCCIÓN EN MAMÍFEROS REPRODUCTIVE BIOTECHNOLOGIES AND Course Title RECOVERY OF ENDANGERED SPECIES Code 6098 Year FIRST Type ELECTIVE COURSE Number of groups 1 ECTS 3 Estimated student workload 75 Term taught 2º Cuatrimestre SPANISH : Group 1 Language ENGLISH : Group 1 Type of teaching Campus-based course 1.2. The Teaching Staff 1 COURSE SYLLABUS MASTER DEGREE "REPRODUCTIVE BIOTECHNOLOGIES AND RECOVERY OF ENDANGERED SPECIES" 2013/2014 Course Area/Department Coordinator Staff position FRANCISCO E-mail Address / FISIOLOGÍA VETERINARIA/ FISIOLOGÍA PROFESOR CONTRATADO DOCTOR TIPO A (DEI) fagarcia@um.es ALBERTO GARCIA Website / Online VAZQUEZ Group: 1 http://www.um.es/grupo-fisiovet office hours Phone number, Office hours and Online office hours: YES Term Day Office Hours Location Terms 1 and 2 Jueves 9:00- 11:00 868888009, Location Facultad de Veterinaria B1.1.040 MARIA PILAR Area/Department COY FUSTER Staff position Group: 1 FISIOLOGÍA VETERINARIA/ FISIOLOGÍA CATEDRATICOS DE UNIVERSIDAD E-mail Address / pcoy@um.es Website / Online http://www.um.es/grupo-fisiovet office hours Phone number, Online office hours: YES Term Day Office Hours Location Office hours and Location Additional information Terms 1 and 2 Lunes 11:00- 13:00 868884789, Coordinadora Facultad de Veterinaria B1.1.044 Terms 1 and 2 Miércoles 11:00- 13:00 868884789, Facultad de Veterinaria B1.1.044 JOAQUIN JERONIMO Area/Department Staff position GADEA MATEOS E-mail Address / Group: 1 Website / Online office hours FISIOLOGÍA VETERINARIA/ FISIOLOGÍA PROFESORES TITULARES DE UNIVERSIDAD jgadea@um.es http://www.um.es/grupo-fisiovet Online office hours: YES 2 COURSE SYLLABUS MASTER DEGREE "REPRODUCTIVE BIOTECHNOLOGIES AND RECOVERY OF ENDANGERED SPECIES" 2013/2014 Phone number, Office hours and Term Day Office Hours Location Terms 1 and 2 Jueves 10:00- 12:00 868884655, Location Facultad de Veterinaria 2. Course Description “Reproductive biotechnologies and recovery of endangered species” subject will allow to the students acquire the competences about the main reproductive biotechnology methods such as artificial insemination, embryo transfer or oestrus control between others, mainly conducted to veterinarians. 3. Course access requirements 3.1 Incompatibilities 3.2 Recommended background Previous knowledge about the techniques most commonly used in asistant reproduction 4. Course-specific skills and their relation to degree-specific skills Skill 1. To know the main reproductive biotechnologies applied to farm animals. · Conseguir un conocimiento profundo y actualizado de las bases anatómicas, fisiológicas e histológicas del proceso reproductor en los mamíferos en general, y más concretamente en la especie humana y en los animales de interés zootécnico (especies bovina, porcina, equina, caprina y ovina). Skill 2. Status of animal endangered species. · Conseguir un conocimiento profundo y actualizado de las bases anatómicas, fisiológicas e histológicas del proceso reproductor en los mamíferos en general, y más concretamente en la especie humana y en los animales de interés zootécnico (especies bovina, porcina, equina, caprina y ovina). Skill 3. To know the main reproductive biotechnologies applied to the recovery and conservation of endangered species · Conseguir un conocimiento profundo y actualizado de las bases anatómicas, fisiológicas e histológicas del proceso reproductor en los mamíferos en general, y más concretamente en la especie humana y en los animales de interés zootécnico (especies bovina, porcina, equina, caprina y ovina). Skill 4. To acquire skills in oestrus control, artificial insemination and embryo transfer techniques · Ser capaz de desenvolverse en un laboratorio de reproducción humana o animal y podrá realizar por sí mismo técnicas como la preparación de medios de cultivo, manipulación de gametos, inseminación artificial, maduración in vitro, fecundación vitro, inyección intracitoplasmática de espermatozoides, cultivo de embriones, transferencia de embriones, crioconservación de gametos y embriones, diagnósticos de ovulación o gestación por ultrasonografía, análisis espermáticos, manejo de bases de datos, estudios citogenéticos, etc. Skill 5. Being able to synthesize, prepare and discuss a research or professional theme about reproductive biotechnologies This course-specific skill is not related to any degree-specific skill. 5. Course contents Part 1: Presentation 3 COURSE SYLLABUS MASTER DEGREE "REPRODUCTIVE BIOTECHNOLOGIES AND RECOVERY OF ENDANGERED SPECIES" 2013/2014 UNIT 1 Presentation of the subject and the teaching guide Part 2: Applied reproductive biotechnology UNIT 1 Current state of the reproductive biotechnologies UNIT 2 Sex sorted semen. Generalities UNIT 3 Oestrous synchronization UNIT 4 Embryo transfer UNIT 5 Artificial insemination Part 3: Recovery of endangered species: mammals UNIT 1 Recovery of native breeds UNIT 2 Introduction to reproductive technologies applied to wildlife UNIT 3 Reproductive technologies in mountain ruminants Part 4: Reprodctive biotechnologies applied in non mammal animals UNIT 1 Generalities of reproductive biology in birds and reptiles UNIT 2 Assistant reproduction in birds and reptiles PRACTICES Practice 1 Artifcial insemination :Related Content Unit 1 (Bloque 2),Unit 3 (Bloque 2) and Unit 5 (Bloque 2) Artificial inseminations will be performed in some species (pigs, horses, etc) using different techniques. In adittion, it will be included a visit to an artificial insemination center. Depending on the number of students enrolled, the practice will take place in one group or divided in different student groups. Practice 2 Management and handling of wild animals. Reproductive methodologies used in zoos. :Related Content Part 3 and Part 4 This practice is based on a visit to a wildlife park, where the handling of animals will be explained and reproductive guidelines applied as well. The visit will take place in one group. 6. Teaching methods and contact hours Attendance Independent Learning Activity Methodology Workload Hours Learning 13 26 The theoretical sessions will be held in the classroom -1.2, Faculty of Veterinary Medicine. In these Theorical sesions sessions the lecture with cooperative learning 39 techniques will be combined with discussions of results of research articles and projected images. 4 COURSE SYLLABUS MASTER DEGREE "REPRODUCTIVE BIOTECHNOLOGIES AND RECOVERY OF ENDANGERED SPECIES" 2013/2014 Attendance Independent Learning Activity Methodology Workload Hours Learning 8 12 20 16 16 Practices will take place in different livestock Practical sessions farms depending on their availability. Students will perform a work based on the selection Work and exposition of a species/breed in endangered. The work will be performed either individually or in groups of 2 students. 7. Course Timetable http://www.um.es/web/veterinaria/contenido/estudios/masteres/bio-tecno-mamiferos/2013-14#horarios 8. Assessment Methods / Instruments Exam with theorical contents Evaluated skill Evaluation Criteria 1, 2, 3, 4 Examination with short and/or multiple choice questions.The exam is scored from 0 to 10. Weight 45 Methods / Instruments Written work and presentation Evaluation Criteria The student will carry out a written work based on the current situation of a Evaluated skill endangered species/breed. In addition, the students will have 10 minutes for 5 a presentation of the mentioned work. The final score will be the sum of the written document score (0-5 points) and the presentation score (0-5 points). Weight 45 Methods / Instruments Attendance and participation Evaluated skill Evaluation Criteria 1, 2, 3, 4, 5 Assistance and participation during the theorcial and practical sessions will be highly valued. Weight 10 Exam date http://www.um.es/web/veterinaria/contenido/estudios/masteres/bio-tecnomamiferos/2013-14#examenes 5 COURSE SYLLABUS MASTER DEGREE "REPRODUCTIVE BIOTECHNOLOGIES AND RECOVERY OF ENDANGERED SPECIES" 2013/2014 9. Reading list (required and recommended readings) YANAGIMACHI, R. (2001): «Gamete manipulation for development: New methods for conception», Reproduction Fertility and Development, 13, 3-14. BARNES, F. L. (2003): «In vitro oogenesis», en Assisted Reproductive Technology. Accomplishments and New Horizons. C.J. de Jonge y C. L. R. Barratt (Eds.), Cambridge, Cambridge University Press, págs. 61-69. BUCKRELL, B., et al. (1990): Failure to maintain interspecific pregnancy after tranfer of Dall"s sheep embryos to domestic ewes. Journal of Reproduction and Fertility 90, 387-394. CABODEVILA, J. y M. TERUEL (2001): Criopreservación de embriones bovinos. En: Biotecnología de la Reproducción. G. A. Palma (Ed.), Balcarce, Ediciones INTA, págs. 149-174. CASSINELLO, et al. (1998): «Characteristics of the semen of three endangered species of gazelles (Gazella dama mhorr, G. dorcas neglecta and G.cuvieri)», Journal of Reproduction and Fertility, 113, 35-45. CHEN, D. Y. et al. (1999): «The giant panda (Ailuropoda melanoleuca) somatic nucleus can dedifferentiate in rabbit ooplasm and support early development of the reconstructed egg», Science in China (series C), 42, 346-353. CIBELLI, J. et al. (2002): Principles of Cloning, Amsterdam, Academic Press. CRITSER, J. K., L. K. RILEY y R. S. PRATHER (2003): «Application of nuclear transfer technology to wildlife species», en Reproductive Science and Integrated Conservation. W. V. Holt et al. (Eds.), Cambridge, Cambridge University Press, págs. 195-208. CRITSER, J. K., Y. AGCA y E. J. WOODS (2003): Cryopreservation of immature and mature gametes. En: Assisted Reproductive Technology. Accomplishments and New Horizons. C. J. de Jonge y C. L. R. Barratt (Eds.), Cambridge, Cambridge University Press, págs. 144-166. GARDE, J. et al. (1995): «Live birth of hybrid (O. Musimon x O. aries) lambs following intrauterine insemination in domestic sheep with mouflon semen obtained 40 hours postmortem», Theriogenology, 43, 218-225. HOLT, W. V. (2001): «Germplasm cryopreservation in elephants and wild ungulates», en Cryobanking the Genetic Resource, P. F. Watson y W. V. Holt (Eds.), London, Taylor & Francis, págs. 317-348. IRITANI, A., Y. HOSOI y R. TORII (1998): «Application of ICSI in domestic and/or zoo animals», en Gametes: Development and Function, A. Lauria et al. (Eds.), Roma, Serono Symposia, págs. 393-404. 6 COURSE SYLLABUS MASTER DEGREE "REPRODUCTIVE BIOTECHNOLOGIES AND RECOVERY OF ENDANGERED SPECIES" 2013/2014 JOHNSON, L. A. y G. R. WELCH (1999): «Sex preselection: high-speed flow cytometric sorting of X and Y sperm for maximum efficiency», Theriogenology, 52, LANZA, R. P. et al. (2000b): «Cloning of an endangered species (Bos gaurus) using interspecies nuclear transfer», Cloning, 2, 79-90. LOI, P. et al. (2001): «Genetic rescue of an endangered mammal by cross-species nuclear transfer using post-mortem somatic cells», Nature Biotechnology, 19, 962-964. LOSKUTOFF, N. M. (1998): «Biology, technology and strategy of genetic resource banking in conservation programs for wildlife», en Gametes: Development and Function. A. Lauria et al. (Eds.), Roma, Serono Symposia, págs. 275-286. LOSKUTOFF, N. y K. BETTERIDGE (1993): Embryo technology in pets and endangered species. En: Embryonic development and manipulation in animal production: trends in research and applications. A. Lauria y F. Gandolfi (Eds.), London, Portland Press, págs. 235-248. MONFORT, S. L. et al. (1993): «Successful intrauterine insemination of Eld"s deer (Cervus eldi thamin) with frozen-thawed spermatozoa», Journal of Reproduction and Fertility, 99, 459-465. POPE, C. E. (2000): «Embryo technology in conservation efforts for endangered felids», Theriogenology, 53, 163-174. PTAK, G. et al. (2002): «Preservation of the wild European mouflon: the first example of genetic management using a complete program of reproductive biotechnologies », Biology of Reproduction, 66, 796-801. Rao M, Saw Htun, Platt SG, Tizard R, Poole C, Than Myint, Watson JE. Biodiversity conservation in a changing climate: a review of threats and implications for conservation planning in Myanmar.Ambio. 2013 Nov;42(7):789-804. doi: 10.1007/s13280-013-0423-5. Epub 2013 Jul 19. ROLDAN, E. R. S. et al. (1998): «Inbreeding, fluctuating asymmetry and ejaculate quality in an endangered ungulate», Proceedings of the Royal Society of London, series B, 265, 243-248. SEIDEL, G. E. (2003): «Economics of selecting for sex: the most important genetic trait», Theriogenology, 59, 585-598. SOLER, A. J. y J. GARDE (2003): «Relationship between the characteristics of epididymal red deer spermatozoa and penetrability into zona-free hamster ova», Journal of Andrology, 24, 393-400. SUMMERS, P. et al. (1987): «Successful transfer of the embryo of Przewalski"s horse (Equus przewalskii) and grant"s zebra (E. burchelli) to domestic mares (E. caballus)», Journal of Reproduction and Fertility, 80, 13-20. WATSON, P. F. y W. V. HOLT (Eds.) (2001): Cryobanking the Genetic Resource, London, Taylor and 7 COURSE SYLLABUS MASTER DEGREE "REPRODUCTIVE BIOTECHNOLOGIES AND RECOVERY OF ENDANGERED SPECIES" 2013/2014 Francis. WHITE, K. L. et al. (1999): «Establishment of pregnancy after the transfer of nuclear transfer embryos produced from the fusion of argali (Ovis ammon) nuclei into domestic sheep (Ovis aries) enucleated oocytes», Cloning, 1, 47-54. WILDT, D. E. (1990): «Potential applications of IVF technology for species conservation », en Fertilization in Mammals, B. D. Bavister, J. M. Cummins y E. R. S. Roldan (Eds.), Norwell, MA, Serono Symposia, págs. 349-364. AVARBOCK, M. R., C. J. BRINSTER Y R. L. BRINSTER (1996): Reconstituition of spermatogenesis from frozen spermatogonial stem cells. Nature Medicine 2, 693-696. Lifewild conservation Wild spirit 10. Additional information 8