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Model Animals in Animal Biotechnology

Insitution:Hungarian University of Agriculture and Life Sciences
Faculty:Institute of Genetics and Biotechnology
Course / programme name:Model Animals in Animal Biotechnology
Branch of Science:Agricultural Science
Level of studies:Summer School
Qualification:Certificate of Participation
Language of instruction:English
Duration of the course / programme:2 weeks semesters
Location/city of the course:Gödöllő
Study in Hungary link:http://studyinhungary.hu/institution/szent-istvan-university-98.html
Facebook:https://www.facebook.com/mateuniversity.en
Instagram:https://www.instagram.com/mateuniversity/
State ScholarshipsNot available

Experimental Embryology course introduce students to the basic concepts of embryology. We focus on the early (preimplantation) development of mouse and farm animal embryos, as well as the main developmental stages of bird embryos. Students will also learn about different types of stem cell lines derived from mammalian and avian embryos, and their potential applications in science and medicine. Ethical issues related to embryological research are also discussed. During the practical sessions, students will learn several useful techniques, including: basic embryo manipulation methods, stem cell culture techniques, DNA and RNA isolation, and quantitative PCR (qPCR).Transgenic Technologies in Animal Breeding course provides a comprehensive overview of transgenic technologies and how they are used in animal breeding and research. Students will learn about both additive and targeted transgenesis techniques. To help with understanding, we look at many examples from the world of transgenic model animals and genetically modified livestock. The practical material of the course includes demonstrations of superovulation protocols and micromanipulation techniques used in transgenic technologies, as well as methods of sperm collection and quality testing. Students will learn about the steps of genotyping (sampling, DNA isolation from animal tissue, PCR, T7 assay, primer design), the basics of targeted gene modification design and in silico tools (guide RNA design) and their application. The curriculum also includes learning about the basic steps of polyclonal antibody production and the potential applications of related transgenic techniques, as well as mastering the method of poultry IgY isolation.

High school leaving certificate, min. B2 level of English, Automatically accepted language exams: https://en.uni-mate.hu/application-form
Entrance examination:Yes
Entrance type:Oral
Minimum level of language proficiency (oral):B2
Minimum level of language proficiency (written):B2
Place of examination:Online

Assessment of the uploaded documents, language skills (language certificate is necessary: TOEFL, IELTS etc.), professional competence and motivation by programme leaders. Skype interview, are necessary.
Contact person name:Dr. Anikó Veres
Contact person job position:Associate Professor
Contact e-mail:veres.aniko@uni-mate.hu
Contact website:https://genetics.uni-mate.hu/educational-activity
Contact person name:Dr. Anikó Veres
Contact person job position:Programme Coordinator
Contact e-mail:veres.aniko@uni-mate.hu
Contact website:https://genetics.uni-mate.hu/educational-activity
Contact person name:Dr. Anikó Veres
Contact person job position:Programme Coordinator
Contact e-mail:veres.aniko@uni-mate.hu
Contact website:https://genetics.uni-mate.hu/educational-activity
Availability of preparatory year in the Stipendium Hungaricum programme:No
Availability of specialisation year in the Stipendium Hungaricum programme:No
Min. students5
Max. students20
Availability of preparatory year in the Diaspora Scholarship programme:No
Availability of specialisation year in the Diaspora Scholarship programme:No
Min. students5
Max. students20