DNA revolution and genetic reprogramming - Webinar by Prof. András Dinnyés

8 December 2021

Join the next Alumni Hungary Webinar on 8 December, where we will take you to the field of genetics and biotechnology! This time top researcher, Prof. András Dinnyés, who was also a team leader in the Dolly cloning team in 2000, will hold a presentation on the latest developments of genetic reprogramming and stem cell research. 

Organized by Zsuzsanna Farkas

Prof. András Dinnyes has been working on embryology, cloning, and stem cell biology since 1985. He was a Fulbright Scholar in the National Zoo, Washington D.C., and worked at leading institutions in US, Belgium, Japan, New Zealand, China, UK. In 2000 joined the „Dolly cloning team” team in Roslin Institute, UK as team leader. In Hungary he produced the first cloned mice and rabbit. He is full professor at Szeged University and the Hungarian Agricultural and Life Sciences University. Since 2005 as founder and CEO, leading BioTalentum Ltd focusing on human stem cell research for biomedical, toxicology and pharma purposes. He has received the “Denis Gabor innovation Award”, member of the Academia Europaea and Honorary Professor of Sichuan University, China.

 

Prof. András Dinnyés (on the right) with Dolly, the first cloned sheep

 

Webinar content:
The last decade brought great progress in discoveries of (epi)genetic reprogramming of cells in order to generate animals (somatic cell nuclear transfer, “cloning” technology) or immortal cell lines for biomedical applications (induced pluripotent stem cell technology). The outstanding importance of the field has been recognized by a Noble Prize in Medicine in 2012 for Sir John Gurdon and Prof Shinya Yamanaka. Currently the first medical and commercial applications are arising, as a potential „game-changer” paradigm shift for regenerative medicine and individualized treatments. 

The lecture of Prof. Dinnyés will provide interesting details in the genetic reprogramming field, with numerous practical examples of the potential use of the methods in animal breeding, drug development, regenerative medicine, and “in vitro” toxicology, with special emphasis on human cellular models and possible treatments of central nervous system diseases. Furthermore, animal welfare, ethical considerations, and legal regulations will be discussed, as major factors affecting the commercial viability and translational progress of the methods.

 

neurons and microglia in vitro control and fAD

 

REGISTRATION


Date of the webinar: Wednesday, 8 December 2021 between 10:00 and 11:00 am (CET). After the presentation, we will have a 30 min. live Q&A session, when Prof. Dinnyés will answer your questions. 

This exclusive webinar will be available for registered Alumni Network Hungary members only!
Participation is free but registration is required, please register HERE.

You can only register and join this webinar if you are a registered member of the Alumni Network Hungary website. You can join the network by clicking HERE
Registration deadline: Tuesday, 7 December 2021 (11 a.m. CET).

 

3D neural tissue differentiated from human iPSC

 

8 December 2021
Add to Calendar 2021-12-08 09:00:00 2021-12-08 09:00:00 DNA revolution and genetic reprogramming - Webinar by Prof. András Dinnyés Prof. András Dinnyes has been working on embryology, cloning, and stem cell biology since 1985. He was a Fulbright Scholar in the National Zoo, Washington D.C., and worked at leading institutions in US, Belgium, Japan, New Zealand, China, UK. In 2000 joined the „Dolly cloning team” team in Roslin Institute, UK as team leader. In Hungary he produced the first cloned mice and rabbit. He is full professor at Szeged University and the Hungarian Agricultural and Life Sciences University. Since 2005 as founder and CEO, leading BioTalentum Ltd focusing on human stem cell research for biomedical, toxicology and pharma purposes. He has received the “Denis Gabor innovation Award”, member of the Academia Europaea and Honorary Professor of Sichuan University, China.   Prof. András Dinnyés (on the right) with Dolly, the first cloned sheep   Webinar content: The last decade brought great progress in discoveries of (epi)genetic reprogramming of cells in order to generate animals (somatic cell nuclear transfer, “cloning” technology) or immortal cell lines for biomedical applications (induced pluripotent stem cell technology). The outstanding importance of the field has been recognized by a Noble Prize in Medicine in 2012 for Sir John Gurdon and Prof Shinya Yamanaka. Currently the first medical and commercial applications are arising, as a potential „game-changer” paradigm shift for regenerative medicine and individualized treatments.  The lecture of Prof. Dinnyés will provide interesting details in the genetic reprogramming field, with numerous practical examples of the potential use of the methods in animal breeding, drug development, regenerative medicine, and “in vitro” toxicology, with special emphasis on human cellular models and possible treatments of central nervous system diseases. Furthermore, animal welfare, ethical considerations, and legal regulations will be discussed, as major factors affecting the commercial viability and translational progress of the methods.   neurons and microglia in vitro control and fAD   REGISTRATION Date of the webinar: Wednesday, 8 December 2021 between 10:00 and 11:00 am (CET). After the presentation, we will have a 30 min. live Q&A session, when Prof. Dinnyés will answer your questions.  This exclusive webinar will be available for registered Alumni Network Hungary members only! Participation is free but registration is required, please register HERE. You can only register and join this webinar if you are a registered member of the Alumni Network Hungary website. You can join the network by clicking HERE.  Registration deadline: Tuesday, 7 December 2021 (11 a.m. CET).   3D neural tissue differentiated from human iPSC   ALUMNI not@integralvision.hu Europe/Budapest public