高橋 賢

Tag: 臓器チップ

A Year in Review: 2023

2023 was a year of great achievements, with 5 awards, 1 master’s degree recipient, hosting 1 research student, sending 1 intern abroad, welcoming 2 international interns, publishing 5 papers, presenting at 6 conferences, engaging in 4 collaborative research projects, receiving media coverage twice, editing 5 papers, reviewing 6 papers, and delivering 120 hours of lectures.…
Read more

Secondary school students explore research and future pathways at Takahashi Lab

On September 23, 2023, eleven students from Okayama Daianji Secondary School visited the Takahashi Lab at the Faculty of Medicine, Okayama University. This visit was part of a student-led initiative aimed at broadening their horizons and contemplating their future paths. As we embark on this visit to the research laboratory, I hope to use this…
Read more

Takahashi Lab develops microfluidic culture system for organ chips to mimic in vivo vascular environment

On September 9, 2023, Takahashi Lab presented a study titled “Microfluidic culture of highly barrier-functional endothelial cells: mimicking in vivo vascular environment for organ chip applications” at the Biomedical Engineering Symposium 2023 in Kumamoto Jo Hall. Vascular endothelial cells (ECs) line the interior of blood vessels and are essential for transporting oxygen and nutrients to…
Read more

French Sorbonne University Student Executes Fluid Dynamics Simulation Project for Organ Chips

Maxence Maire, a computer science student at the Sorbonne University in France, has completed a fluid dynamics simulation project for organ chips. Max’s research focused on the design of microfluidic channels in organ chips to better replicate the functions of organs. At the Takahashi Lab, he used computer fluid dynamics simulations to study the speed…
Read more

A medical student from Thailand designs microfluidic channels of organ chip

In May 2023, Takahashi Lab welcomed Thanasin Chalermchat, a research internship student from Mahidol University in Thailand. Thanasin, a second-year medical student, utilized a diverse range of knowledge and skills in fields such as 3D CAD and cell biology to design and 3D print microfluidic chips. Building upon this, Thanasin successfully cultured vascular endothelial cells…
Read more

Qiang Li embarks on a Ph.D. journey to develop lung fibrosis on a chip

Meet Qiang Li: a member of our team and a recent graduate from the Master’s program at Okayama University Graduate School of Medicine, Dentistry and Pharmaceutical Sciences. With a specialization in cardiovascular physiology, Qiang has been an invaluable addition to our team as he has been working on developing an in-vitro lung model using human…
Read more

Presentation on Organ-on-a-chip Research at the 100th Anniversary Meeting of the Physiological Society of Japan

The 100th Annual Meeting of the Physiological Society of Japan was held at the Kyoto International Conference Center from March 14th to 16th. As a highlight of the conference, there was a dialogue between two Nobel laureates, Dr. Svante Pääbo and Dr. Shinya Yamanaka. At the conference, the Takahashi lab presented the following posters related…
Read more

A Year in Review: 2022

2022 was a year in which Takahashi greatly achieved the goal set at the beginning of the year: “to take a step to starting business activities to provide organ / disease models, which utilize organ-on-a-chip technology.” Takahashi made a big decision to enter Okayama Innovation School, where he learned the basics of business for eight…
Read more

A brilliant achievement: Yin Liang’s accelerated graduation from doctoral program

In September 2022, Yin Liang from Takahashi lab achieved a remarkable milestone by graduating from Okayama University’s doctoral program in an accelerated timeframe. She gave a speech on behalf of all Okayama University graduates at the Autumn 2022 Okayama University Degree Conferment Ceremony. During Yin’s academic journey, she conducted research on the gravity sensing mechanism…
Read more

Takahashi receives 1 M JPY funding from Okayama University Innovation Management Core for the proposal of “drug discovery innovation by human organ-on-a-chip disease model”

Promoting the development of disruptive innovation “organ-on-a-chip” technology that contributes to the development of drugs that are effective in humans without sacrificing experimental animals Dr. Ken Takahashi, research associate professor of Department of Cardiovascular Physiology, Graduate School of Medicine, Dentistry and Pharmaceutical Sciences, Okayama University, was selected for Okayama University’s Innovation Management Core Venture Support…
Read more

en_USEnglish