Algae in Action: Transforming Industry with Green BiotechnologyOffice of Deputy Vice Chancellor (Research & Innovation) a.k.a “White House”, Universiti Putra Malaysia
ABOUT
開催概要
Global Algae Summit (GAS) 2025とは
Global Algae Summit (GAS) 2025 is our 3rd GAS in the series. This time, GAS 2025 is coorganized together with Euglena Malaysia Sdn Bhd and Institute Of Tropical Forestry And Forest Product (INTROP).
The primary objectives of the event are:
To foster collaboration and networking among key players in algae research
Provide a platform for showcasing innovative research and development
As an introduction platform for industries wanting to know more about algae technologies
日程
2025年8月27日（水）
場所
Office of Deputy Vice Chancellor (Research & Innovation) a.k.a “White House”, Universiti Putra Malaysia
Tsukuba UniversityInstitute of Life & Environmental Sciences
Mr. Abdul Hakim Sahidi
Leave a Nest MalaysiaManaging Director
スケジュール
TIME
THEME
SPEAKER
09:30
Auditorium Rashdan Baba
Registration
10:00
Auditorium Rashdan Baba
Welcoming Ceremony
10:15
Auditorium Rashdan Baba
Keynote Speaker
Prof. Iwane Suzuki is a distinguished faculty member at the University of Tsukuba, specializing in plant molecular biology and genetics, focusing on stress responses in photosynthetic organisms. He earned his Ph.D. from Nagoya University in 1994. His research encompasses molecular stress mechanisms in cyanobacteria and microalgae, signal transduction, functional genomics, and biofuel development. Before becoming a professor in 2011, he held roles at Tsukuba and the National Institute for Basic Biology. He has received the Young Scientist Promotion Award and was named Best Faculty Member at Tsukuba in 2020. Prof. Suzuki leads innovative projects on microalgae-based sustainable biofuels and has numerous publications in respected journals.
Prof. Dr. Iwane Suzuki（Tsukuba University）
10:45
Auditorium Rashdan Baba
Special Session : ATOZ and Albic
セッションパートナー：
ATOZ and Albic
Join us for the ALBIC & ATOZ Collaboration Showcase, an insightful sharing session highlighting the collaborative achievements between ALBIC researchers and the ATOZ Carbon Cycle team. Celebrating over five years of productive partnership, each ALBIC researcher will present their significant contributions and collaborative outcomes. Don't miss this opportunity to explore innovative research and impactful results emerging from this successful collaboration. Let's learn from and strive to emulate this successful partnership. We hope GAS 2025 can serve as the initial meeting point for future collaborative efforts.
11:45
Foyer Level 3
Poster Session
We welcome poster presentation submissions from both academic and industry professionals. A dedicated session at the Summit will be provided for these presentations, aiming to create an environment conducive to rapid and effective knowledge sharing. This initiative allows participants to showcase their expertise and insights, fostering collaboration and innovation across diverse fields.
13:00
Dining Area (G)
Lunch & Networking
14:00
Auditorium Rashdan Baba
Panel Discussion 1
Algae utilization for animal feed offers a sustainable and nutritious alternative, rich in essential nutrients like proteins, vitamins, and minerals. By incorporating algae into feed formulations, it enhances animal health and growth while reducing environmental impact, promoting a more sustainable food production system.
15:00
Auditorium Rashdan Baba
Refreshment / Break
15:15
Auditorium Rashdan Baba
Pocket Talk
This session offers a platform for government agencies, corporations, NGOs, and non-profit organizations to deliver concise, impactful talks. Each speaker has 5 minutes to share their initiatives, ideas, experiences, roles, and insights.
16:00
Auditorium Rashdan Baba
Panel Discussion 2
Sustainable Feed × Microalgae integrates eco-friendly innovation into animal and aquaculture feed by using nutrient-rich microalgae. This sustainable alternative to soy and fishmeal requires minimal land, water, and emissions, reducing environmental impact and supporting animal health. It contributes to circular bioeconomy models, offering a promising solution for future global food systems.
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