|
NAME |
TITLE |
Mar. 2020 -
Feb. 2021 |
Mar. 2021 -
Feb. 2022 |
Mar. 2022 -
Feb. 2023 |
| 20-1-11 |
Yuko Sekino |
In vitro assay for developmental and adult neurotoxicity of chemicals that bind to glutamate receptors causing learning and memory impairment |
 |
|
|
| 20-3-02 |
Tomoya Yamada |
Development of a short-term in vivo assay for thyroid hormone disrupting activity in fetus/pups as prescrining for potential of developmental neurotoxicity |
|
|
|
| 20-3-06 |
Yaichiro Kotake |
Evaluation Methods for toxicity using indices of developing neurons |
|
|
|
| 20-3-08 |
Yuhei Nishimura |
Development of a novel neuroinflamation assay for the analysis of AOP in developmental neurotoxicity |
|
|
|
| 20-3-10 |
Tsuyoshi Nakanishi |
Establishment of an adverse outcome pathway for the evaluation of developmental neurotoxicity in chemical-induced hypothyroidism |
|
|
|
| 20-6-04 |
Wataru Naito |
Development of Conceptual Model for an Environmental Risk
Assessment of Microplastics and a trial MP Risk Assessment for Tokyo Bay |
|
|
|
| 21-2-01 |
Etsushi Kuroda |
Development of evaluation method of inflammatory particles
based on alveolar macrophage function. |
|
|
|
| 21-3-01 |
Hiroaki Todo |
"Establishment of in silico model to predict skin
absorption of chemical compounds with two-layered
diffusion model |
|
|
|
| 22-1-04 |
Junji Fukuda |
Establishment of Human iPSC Reporter-Based Developmental Toxicity Assay that Detects FGF Signal Disruption |
|
|
|
| 22-3-01 |
Hiroshi Yamazaki |
Prediction of internal concentrations of chemicals orally administered using data-driven pharmacokinetic modeling |
|
|
|
| 22-5-03 |
Yuji Oshima |
Constructing a model for estimating a vector effect of microplastics using an artificial bioconcentration device and predicting impact in the real environment |
|
|
|
| 22-6-02 |
Kouichi Yoshinari |
Development of an objective read-across method based on statistical and mathematical sciences for evaluation of repeated-dose toxicity |
|
|
|
| 22-D-01 |
Shin-ichi Kuroda |
Elucidation of the mechanism and rate of microplastic formation contributing to risk assessment and preparation of standard microplastics |
|
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