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Novel Vesicular Stomatitis Virus (VSV) Vector for Regenerative Medicine (No. 0202)
2022/06/22 | 作成日 2021/07/15
<< Back to all technologies Summary A novel VSV vector for regenera...
Real-Time Imaging of Previously Unseen Protein Structures (No. 0201)
2022/06/22 | 作成日 2021/07/14
<< Back to all technologies Summary A novel electron microscope app...
Rapid Nano-Flow Cytometry for Virus Detection (No. 0192)
2022/06/22 | 作成日 2021/07/13
<< Back to all technologies Summary A novel nano-flow cytometry app...
Efficient Reinforcement Learning Algorithm For Complex Environments (No. 0198)
2022/12/02 | 作成日 2021/07/12
<< Back to all technologies Summary A computationally efficient reinforcement le...
System for Automated Performance Assessment of Perovskite-based Optoelectronic Devices (No. 104)
2022/06/22 | 作成日 2021/07/06
<< Back to all technologies Summary A novel system for assessing th...
バックグラウンドIP届出書
2022/11/11 | 作成日 2021/06/28
OIST入校前に創作した知的財産（例：発明、ソフトウェア、データベース等）（以下、「バックグラウンドIP」）...
Cost Effective and Environmentally Friendly Organic Long Persistent Luminescence (OLPL) System (No. 0196, 0197)
2022/06/22 | 作成日 2021/06/25
<< Back to all technologies Summary A novel Organic Long Persistent ...
Academic Year 2020/2021
2022/09/06 | 作成日 2021/06/22
Degree Completion Requirements for AY2020/2021 The OIST Graduate School offers an integrated doctoral program leading to the degree of Doctor of Phil...
OIST PhD Graduates
2023/01/25 | 作成日 2018/01/11
論文はOIST機関リポジトリに登録されておりオンラインで閲覧可能です。（以下、論文題目の日本語は参考訳で...
Thesis Abstracts
2023/01/04 | 作成日 2017/11/10
Aleksandra Bliznina Supervisor Name: Akihiro Kusumi Research Unit: Single-Molecule Tracking in Living Cells Unit Thesis: Cross-genome Compa...

Novel Vesicular Stomatitis Virus (VSV) Vector for Regenerative Medicine (No. 0202)

Real-Time Imaging of Previously Unseen Protein Structures (No. 0201)

Rapid Nano-Flow Cytometry for Virus Detection (No. 0192)

Efficient Reinforcement Learning Algorithm For Complex Environments (No. 0198)

System for Automated Performance Assessment of Perovskite-based Optoelectronic Devices (No. 104)

バックグラウンドIP届出書

Cost Effective and Environmentally Friendly Organic Long Persistent Luminescence (OLPL) System (No. 0196, 0197)

Academic Year 2020/2021

OIST PhD Graduates

Thesis Abstracts

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