UMUST R&D is pleased to host a special lecture series highlighting recent advances in the mechanisms of brain diseases and therapeutic target discovery. We invite all members to join and engage in these insightful talks delivered by two distinguished researchers.
Lecture 1 — Discovering Therapeutic Targets Through Studying Brain Disease Mechanisms
Speaker: Eun-sil Cho, Ph.D.
This lecture will explore key molecular pathways involved in major brain diseases, highlighting how mechanistic understanding leads to the identification of novel therapeutic targets
Lecture 2 — Signal Transduction in the Maintenance of Glioma Organoids
Speaker: Chang-Whan Yoon, Ph.D.
This talk will focus on signaling pathways critical for glioma organoid maintenance, providing insights into tumor biology and potential therapeutic vulnerabilities.
Event Details
Date & Time: 4:00 PM, November 17, 2025
Venue: 61, Madeul-ro 13-gil, Dobong-gu, Seoul, Republic of Korea
Host: UMUST R&D / GHRN (Global Health Research Network)
Who Should Attend
Neuroscience researchers
Cancer biology and glioma specialists
Translational medicine scientists
Students and professionals interested in drug discovery
Members of UMUST R&D & GHRN community
Why This Event Matters
This lecture series provides:
Updates on cutting-edge molecular neuroscience
Insights into glioma organoids, a powerful model for brain tumor research
Opportunities for collaboration and scientific networking
Exposure to therapeutic target discovery strategies relevant to multiple brain diseases
[FAQ]
Q. Who can participate in this lecture series?
Anyone interested in neuroscience, organoids, or therapeutic development is welcome.
Q. Is prior expertise required?
No. The talks are designed to be approachable for all scientific backgrounds.
Q. Will presentation materials be shared?
Yes, materials will be provided to registered attendees.
[CTA]
For more updates on neuroscience, brain disease research, and upcoming seminars,
visit the UMUST R&D & GHRN Hub regularly.
We look forward to your participation.
UMUST R&D is pleased to host a special lecture series highlighting recent advances in the mechanisms of brain diseases and therapeutic target discovery. We invite all members to join and engage in these insightful talks delivered by two distinguished researchers.
Lecture 1 — Discovering Therapeutic Targets Through Studying Brain Disease Mechanisms
Speaker: Eun-sil Cho, Ph.D.
This lecture will explore key molecular pathways involved in major brain diseases, highlighting how mechanistic understanding leads to the identification of novel therapeutic targets
Lecture 2 — Signal Transduction in the Maintenance of Glioma Organoids
Speaker: Chang-Whan Yoon, Ph.D.
This talk will focus on signaling pathways critical for glioma organoid maintenance, providing insights into tumor biology and potential therapeutic vulnerabilities.
Event Details
Date & Time: 4:00 PM, November 17, 2025
Venue: 61, Madeul-ro 13-gil, Dobong-gu, Seoul, Republic of Korea
Host: UMUST R&D / GHRN (Global Health Research Network)
Who Should Attend
Neuroscience researchers
Cancer biology and glioma specialists
Translational medicine scientists
Students and professionals interested in drug discovery
Members of UMUST R&D & GHRN community
Why This Event Matters
This lecture series provides:
Updates on cutting-edge molecular neuroscience
Insights into glioma organoids, a powerful model for brain tumor research
Opportunities for collaboration and scientific networking
Exposure to therapeutic target discovery strategies relevant to multiple brain diseases
[FAQ]
Q. Who can participate in this lecture series?
Anyone interested in neuroscience, organoids, or therapeutic development is welcome.
Q. Is prior expertise required?
No. The talks are designed to be approachable for all scientific backgrounds.
Q. Will presentation materials be shared?
Yes, materials will be provided to registered attendees.
[CTA]
For more updates on neuroscience, brain disease research, and upcoming seminars,
visit the UMUST R&D & GHRN Hub regularly.
We look forward to your participation.