Plant Genomic Network Research Team

Laboratories

 

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News一覧を見る

  • Jan. 2018

    Information on new papers was added on the page "Publications".

  • Dec. 2017

    Year‐end party of our lab and Farewell party for Mrs. Huong MAI NGUYEN and Dr. Chien VAN HA was held.

  • Nov. 2017

    Motoaki Seki, Team Leader has been selected for Highly Cited Researchers 2017
    riken news

  • Nov. 2017

    A Kickoff Meeting of JST EIG CONCERT-JAPAN project (PI: Dr. Salome Prat) was held in Madrid.

  • Nov. 2017

    A Seminar Celebrating the 65th Anniversary of Pakistan-Japan Diplomatic Relations was held in the Embassy of Pakistan.
    Link

  • Nov. 2017

    The Distinct Roles of Class I and II RPD3-Like Histone Deacetylases in Salinity Stress Response.
    Press Release

  • Oct. 2017

    Farewell party for Ms. Seiko Nomura, and Welcome party for Ms. Hiroko Tsuchida, Ms. Zarnab Ahmad, Ms. Aya Sakamoto and Ms. Megumi Miyamoto was held.

  • Sep. 2017

    A simple method for estimating biosynthetic genes for secondary metabolites
    Press Release

  • Sep. 2017

    Mr. Anh Hai Nguyen has passed the PhD examination at VAAS.


Research Outline

Understanding of plant genomic network and its application

We are analyzing novel epigenetic, RNA and peptide regulation mechanisms in environmental stress adaptation and acclimation by cutting-edge genomic approaches. We aim to develop useful plant resources, such as stress-tolerant plants by use of chemical compounds etc. We are analyzing regulatory networks of tuber root development in cassava by integrated omics analyses and aim to develop useful cassava plants, such as improved plant productivity.

Contents of Research

  1. Analysis of RNA regulation mechanisms in environmental stress adaptation and acclimation.
  2. Analysis of epigenetic regulation mechanisms in environmental stress adaptation and acclimation.
  3. Analysis of peptide regulation mechanisms in environmental stress adaptation and acclimation.
  4. Development of useful plant resources, such as stress-tolerant plants by use of chemical compounds.
  5. Analysis of regulatory networks of tuberous root formation in cassava and development of useful cassava plants, such as improved plant productivity.
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