Creation of new discipline and Interdisciplinary fusion research

• Creation of new discipline and Interdisciplinary fusion research

  Research 1

  Antibiotic resistant bacteria and resistance genes contamination in finfish and shellfish aquaculture of Bangladesh and evaluation of human health risk

  Research 1: Pathogen and pest control with reduced drug dependence and environmental impact: towards sustainable infectious disease control and agriculture

  Principal investigator ／ Anwar Hossain (University of Dhaka)

• Creation of new discipline and Interdisciplinary fusion research

  Research 1

  Insecticide resistance status and future insecticide choices for vector control strategies in Bangladesh

  Research 1: Pathogen and pest control with reduced drug dependence and environmental impact: towards sustainable infectious disease control and agriculture

  Principal investigator ／ Ashekul Islam (Mawlana Bhashani Science and Technology University)

• Creation of new discipline and Interdisciplinary fusion research

  Research 1

  Antimicrobial resistance profiling along Selangor River, Malaysia

  Research 1: Pathogen and pest control with reduced drug dependence and environmental impact: towards sustainable infectious disease control and agriculture

  Principal investigator ／ Choon Weng Lee (Universiti Malaya)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Establishment of testing method for developmental neurotoxicity of chemicals and development of sensitive biomarkers using zebrafish embryos

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Akira Kubota (Obihiro University of Agriculture and Veterinary Medicine)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Highly sensitive detection of brain function disturbance by chemical substances

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Anri Hirai (Hokkaido University)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Exploring novel biomarkers for disturbance of microglia-neuron signaling by chemical exposure

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Tetsushi Hirano (University of Toyama)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Establishing the molecular basis for understanding the biological effects of environmental pharmaceuticals

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Shinichi Miyagawa (Tokyo University of Science)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Evaluation of potential risk of bioplastic additives based on their binding affinities with nuclear receptors including PPAR and ER and in-silico analysis

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Nurlatifah (Kumamoto University)

• Creation of new discipline and Interdisciplinary fusion research

  Others

  Integrated assessment of chemical pollution and its impacts on wild populations of Crocodylus moreletii in the Mexican Yucatan Peninsula

  Others: New discipline and interdisciplinary fusion research proposed by applicants

  Principal investigator ／ Mauricio González Jáuregui (Autonomous University of Campeche)

• Creation of new discipline and Interdisciplinary fusion research

  Research 1

  Integrating a Genomic Perspective towards Biological Control Approaches: The Case in Arthropod Vectors

  Research 1: Pathogen and pest control with reduced drug dependence and environmental impact: towards sustainable infectious disease control and agriculture

  Principal investigator ／ Thaddeus CARVAJAL (De La Salle University)

• Creation of new discipline and Interdisciplinary fusion research

  Research 1

  Integrating a Genomic Perspective towards Biological Control Approaches: The Case in Agricultural Pests and its Natural Enemies

  Research 1: Pathogen and pest control with reduced drug dependence and environmental impact: towards sustainable infectious disease control and agriculture

  Principal investigator ／ Ma. Luisa ENRIQUEZ (De La Salle University)

• Creation of new discipline and Interdisciplinary fusion research

  Research 1

  Insecticide resistance status and future insecticide choices for vector control strategies in Bangladesh

  Research 1: Pathogen and pest control with reduced drug dependence and environmental impact: towards sustainable infectious disease control and agriculture

  Principal investigator ／ Ashekul Islam (Mawlana Bhashani Science and Technology University)

• Creation of new discipline and Interdisciplinary fusion research

  Research 1

  Antimicrobial resistance profiling along Selangor River, Malaysia

  Research 1: Pathogen and pest control with reduced drug dependence and environmental impact: towards sustainable infectious disease control and agriculture

  Principal investigator ／ Choon Weng Lee (Universiti Malaya)

• Creation of new discipline and Interdisciplinary fusion research

  Research 1

  Antibiotic resistant bacteria and resistance genes contamination in finfish and shellfish aquaculture of Bangladesh and evaluation of human health risk

  Research 1: Pathogen and pest control with reduced drug dependence and environmental impact: towards sustainable infectious disease control and agriculture

  Principal investigator ／ Anwar Hossain (University of Dhaka)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Effects of tyrosinase inhibitors on metabolism of neurotransmitters and behavior in early developing zebrafish

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Hiroki Teraoka (Rakuno Gakuen University)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Investigation of metabolome extraction methods related to neurotransmitter and thyroid hormone concentrations in brain

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Akifumi Eguchi (Chiba University)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Exploring novel biomarkers for disturbance of microglia-neuron signaling by chemical exposure

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Tetsushi Hirano (University of Toyama)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  The effects of environmental chemicals exposed cell-derived exosomes on the development and functions of neuronal cells

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Wataru Miyazaki (Hirosaki University)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Establishment of testing method for developmental neurotoxicity of chemicals and development of sensitive biomarkers using zebrafish embryos

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Akira Kubota (Obihiro University of Agriculture and Veterinary Medicine)

• Creation of new discipline and Interdisciplinary fusion research

  Research 2

  Development of in vivo imaging techniques to detect chemical signaling toxicity～Visualization of disturbed brain regions using ~Arc-Cre/ ERT2;Ai14 mice

  Research 2: Creation of platform for signal toxicity evaluation starting from the development of neurotransmission network disturbance detection method

  Principal investigator ／ Yoshinori Ikenaka (Hokkaido University)

• Creation of new discipline and Interdisciplinary fusion research

  Others

  Integrated assessment of chemical pollution and its impacts on wild populations of Crocodylus moreletii in the Mexican Yucatan Peninsula

  Others: New discipline and interdisciplinary fusion research proposed by applicants

  Principal investigator ／ Mauricio González Jáuregui (Autonomous University of Campeche)

• Creation of new discipline and Interdisciplinary fusion research

  Others

  Cytogenetics on cetaceans

  Others: New discipline and interdisciplinary fusion research proposed by applicants

  Principal investigator ／ Nozomi Kurihara (Utsunomiya University)