We Cure!
Innovations in drug design and clinical decision-making
Solve challenging problems in biology & medicine
Challenging projects at the forefront of research in systems biology and bio-medical research in -
- Cancer systems biology
- Translational research and drug discovery with leading pharmaceutical companies
- Systems toxicology
Collaborate with global leaders in systems biology and biomedicine across industry and academia
INterested? Join the team!
Researcher/Senior Researcher Position Available
Location: Tokyo, Japan
Language: English
Bring in your strengths!
- Highly motivated individual with a passion for research and its application to real-life, industry oriented problems
- Ability to work in goal-oriented, milestone-driven projects
- Team player, able to lead projects and collaborations spanning geographies
- Strong knowledge of state-of-the-art computational methods, algorithms, modeling/optimization tools and databases in biology
- Knowledge in cancer biology, translational research, drug discovery pipeline a strong plus
- Programming experience in R, Matlab etc. is desirable
- PhD level degree in engineering or sciences and relevant experience a strong plus
Send in your CV!
Email: info@sbi.jp
Website: sbi.jp
Location: Tokyo, Japan
Who are we?
Pioneers in Systems Biology
The Systems Biology Institute (SBI) is a non-profit private research institution established in 2000 and led by Hiroaki Kitano, a pioneer in systems biology,with the aim of promoting systems biology research and its application to medicine and global sustainability. SBI is engaged in a series of research program largely funded by branches of Japanese government and private contracts for industrial applications of systems biology research in drug discovery and other areas.
Towards a theory of biological robustness
Kitano, H. Violations of robustness trade-offs, Mol Syst Biol (2010) vol. 6: 384
Stability, homeostasis, and robustness
Kitano, H. Towards a theory of biological robustness, Molecular Systems Biology 3 Article number: 137
Large scale mechanistic pathway maps
Caron et al. Molecular Systems Biology (2010) vol. 6 pp. 453