Technology >
R&D OUTCOMES
iSCNT has been developed in cooperation with Japanese experts for technology transfer since 1998. interspecific somatic cell nuclear transfer was applied for conservation of genetic resources of endangered wild species in wild cattle, monkey, native pig, Saola Nghetinhensis Pseydoryx..
iSCNT CLONING
CELL & EMBRYO CRYOBANKING
Applying the laws of anhydrobiosis and ontogenesis to cryopreservation research, SABC experts have successfully developed a method to preserve animal embryos at liquid nitrogen minus 196 °C by rapid freezing after partial dehydration for the first time in the world. (1983). The first baby from cryopreserved semen in Vietnam was in 1999. The first successful vitrification of cloning embryos was in 2000, and vialable fish embryo in 2010..
ADVANCED REPRODUCTIVE
BIOTECHNOLOGY
DIGITAL INTEGRATION
Stem cell isolation, characterization, expantion and standardization. Production of animal embryonic stem cells, human mensenchymal stem cells; production of cardiac, neural stem cells by in vitro differentiation (2002, 2007. 2015).
Science & Technology Potentials
Interdisciplinary integration of informatics and biotechnology for developing a new strategy of in situ-ex situ combined biodiversity conservation, developing a model of digital farming, upgrading the level of automated real-time monitoring for cell cryobanking, cell culture and therapy.
Starting with the first successful embryo transfer experiment on rabbits in 1978, through technology transfer cooperation activities with advanced reproductive biotechnology centers in France, the US, and Japan, ASBC's experts have conducted innovation research to adapt the technology to local tropical non-standardized livestock farming conditions, creating optimal results in ovarian activity management, embryo transfer, in vitro fertilization in differient breeding species.
The first successful bovine embryo transfer was in Vietnam (1986). The first successful in vitro fertilization and transfer embryo sexing was in 2002.
STEM CELL TECHNOLOGY-BIOMEDICINE
SOMATIC CELL NUCLEAR TRANSFER REPROGRAMMING
