2025 BTI-University of Tokyo Joint Symposium

Join us September 23 for the 2025 BioTechnology Institute-University of Tokyo joint symposium! Since 2017, BTI has partnered with University of Tokyo’s Agro-Biotechnology Research Center and Department of Biotechnology/ Applied Biological Chemistry to run this event highlighting biotechnology research and an opportunity to build connections across institutions. 


Event details

  • Tuesday, September 23
  • Keller 3-180
  • Registration is free

Register now

Poster presentation application is closes on Thursday, September 18.


Schedule


Poster presententations

  • MinSung Kim (University of Tokyo), Characterization of the hydrophobic cell membrane during hexadecane metabolism in Rhodococcus jostii RHA1
  • Masaaki Hidaka (University of Tokyo), Elucidation of the impacts of plasmid replication modules on host metabolism
  • Yuta Hayashi (University of Tokyo), Studies on the biosynthesis of a novel heterocyclic compound in Streptomyces lydicus
  • Xinzhe Zhang (University of Tokyo), Structural analysis of carbohydrate binding modules (CBMs) from bifidobacteria
  • Mailun Yang (University of Tokyo), GWAS-based Identification and biotechnological application of a phosphate starvation response regulator in plants
  • Yuya Hamanaka (University of Tokyo), Colony-colony inhibition as a self-regulatory mechanism in filamentous fungi
  • Hayato Ito (University of Tokyo), Component analysis of the rigid layer of sporangium outer envelope in the rare actinomycete Actinoplanes missouriensis
  • Mike Wold (University of Minnesota), Retron library recombineering in Shewanella oneidensis targeting extracellular electron transfer
  • Peter Winslow (University of Minnesota), Characterization of primordial-like proteins from reduced amino acid alphabets
  • Nisha Vishwanathan (University of Minnesota), Characterization of a pepsin-like protease involved in borosin RiPP maturation
  • Adity Biswas (University of Minnesota), Predicting compatibility between ferredoxins and the Fe protein of nitrogenase using in silico protein modeling
  • Donnen Yong (University of Minnesota), Overcoming nitrogenase repression in Azotobacter vinelandii via disruption of inorganic nitrogen assimilation pathways