menu
Introduction
  • Futuristic Animal Resource & Research Center (FARRC) has been established for contributing to the vitalization of future bio-industries, including new bio-drug discovery, xenotransplantation and regenerative medicine. Further, the center works to address national/social issues, such as artificial blood and foot-and-mouth disease by developing research support system that could be utilized across the government ministries, based on national mini-pig infrastructure that combines the world¡¯s best resources, materials, technologies, instruments, facilities, and specialists.
Research Areas
  • Obtainment and standardization of specific pathogen free (SPF) mini-pig resources
  • Supply of mini-pig resources/materials/techniques/information
  • Industry/academia/research institute support
  • Establishment of research needs-customizing/leading infrastructure
Head
Investigator
Name Position Tel / Email Detail
Sun-Uk Kim Associate Director / Detail

Tel

043-240-6321

Email

sunuk@kribb.re.kr

Achievements
  • Reproduction and maintenance of SPF minipigs
    • The center has obtained mini-pigs through breeding and maintenance, under a stable SPF environment.
  • Derivation of research resources from SPF minipigs
    • Support industry/academia/research institute demands and establish somatic cell nuclear transfer methodsomatic cell lines were established from a variety of mini-pig tissues.
  • Establishment of transgenesis/cloning system in mini-pigs
    • Transgenic mini-pigs were successfully generated by the production of cloned embryos, embryo transfer into foster mothers, delivery by caesarian section and artificial nursing, indicating the successful establishment of the transgenesis/cloning system in mini-pigs.
Selected Publications
  • Abnormal gene expression in regular and aggregated somatic cell nuclear transfer placentas.
    • BMC Biotechnol. 17(1):34.
    • Bo Woong Sim (First)
  • Ganglioside GM3 induces cumulus cell apoptosis through inhibition of epidermal growth factor receptor-mediated PI3K/AKT signaling pathways during In vitro maturation of pig oocytes.
    • Mol Reprod Dev. 84(8):702-711.
    • Sun-Uk Kim (Co-corresponding)