Post by meliiodaas1 on Dec 28, 2023 18:23:51 GMT 8
Dr. Wannawimon Sak Samerprom Senior Researcher The fish and shrimp biotechnology research team, Biotech, said the developed system uses a new gene expression technology to produce double-stranded RNA. (double-stranded RNA; dsRNA) and the development of recombinant vaccines for use in shrimp feed. using single-celled algae Chlamydomonas reinhardtii, which in past research has been done in collaboration with Prof. Colin Robinson, an expert from the University of Kent, was able to produce double-stranded RNA in the chloroplasts of this single-celled alga. which is effective in suppressing yellow head virus through providing hybrid algae as a dietary supplement to shrimp fry The idea is to further develop a system for producing RNA and proteins that help prevent red and white spot disease.
which if the results are satisfactory This technology Phone Number Data can be used to help shrimp farmers prevent the occurrence of red and white spot disease. and yellow head disease can occur both in Thailand and in the ASEAN region. In addition, this project also covers the study of the use of extracts from single-celled algae in shrimp culture media. To stop many types of viruses and bacteria, led by Dr. Apiradee Hongthong, senior researcher. Bioscience and Systems Biology Research Team, Biotech as well 20200327-1-0002 The GCRF International Collaboration Awards are part of the UK Government's Developing Countries Programme. Supported by The Royal Society, the program focuses on supporting research collaboration between researchers from the UK and developing countries.
To be able to solve important problems specific to the regionNSTDA – Chulalongkorn University develops a robot “Germ Saber Robot” that kills COVID-19 pathogens with UV light within 30 minutes. preecha binmanoch 4 years ago science technology innovation, 37726-gG7kujY1gOa7GD9ObRjhO5Xz3B9rcIdU Technology Center for National Security and Commercial Applications (NSD), an agency under the National Science and Technology Development Agency (NSTDA), in collaboration with the Biotechnology and Genetic Engineering Research Institute Chulalongkorn University Develop and test Innovative robot that kills germs using UV light or "Germ Saber Robot" which is a robot that kills germs causing COVID-19 with UV light (UV). Can access to kill germs in specific areas and various disease risk points. Good because during disinfection Those areas must be free of people. Because the use of UV light can kill germs well.
which if the results are satisfactory This technology Phone Number Data can be used to help shrimp farmers prevent the occurrence of red and white spot disease. and yellow head disease can occur both in Thailand and in the ASEAN region. In addition, this project also covers the study of the use of extracts from single-celled algae in shrimp culture media. To stop many types of viruses and bacteria, led by Dr. Apiradee Hongthong, senior researcher. Bioscience and Systems Biology Research Team, Biotech as well 20200327-1-0002 The GCRF International Collaboration Awards are part of the UK Government's Developing Countries Programme. Supported by The Royal Society, the program focuses on supporting research collaboration between researchers from the UK and developing countries.
To be able to solve important problems specific to the regionNSTDA – Chulalongkorn University develops a robot “Germ Saber Robot” that kills COVID-19 pathogens with UV light within 30 minutes. preecha binmanoch 4 years ago science technology innovation, 37726-gG7kujY1gOa7GD9ObRjhO5Xz3B9rcIdU Technology Center for National Security and Commercial Applications (NSD), an agency under the National Science and Technology Development Agency (NSTDA), in collaboration with the Biotechnology and Genetic Engineering Research Institute Chulalongkorn University Develop and test Innovative robot that kills germs using UV light or "Germ Saber Robot" which is a robot that kills germs causing COVID-19 with UV light (UV). Can access to kill germs in specific areas and various disease risk points. Good because during disinfection Those areas must be free of people. Because the use of UV light can kill germs well.