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In Asia,
QS World University Rankings 2025
In Asia,
THE Asia University Rankings 2024
Globally,
QS World University Rankings 2025
Globally,
Globally,
INTERNSHIP AND RESEARCH IMMERSION IN SINGAPORE (IRIS) @NUS is organised by NUS Graduate School. This fully funded, two-month programme welcomes exceptional undergraduate and master’s students from all fields across ASEAN and around the world. It offers an immersive research experience at NUS and a unique glimpse into graduate studies.
Students will be mentored by NUS’ dedicated faculty upon joining their labs or research groups. Additionally, students will have the opportunity to contribute to ongoing projects, work in world-class facilities, and gain hands-on experience in cutting-edge research. Our prestigious opening ceremony and poster sessions will allow students to network with their peers and NUS scholars, refine their communication skills, and build a supportive PhD community in future.
Beyond research, the programme features enriching experiences such as city tours, industry visits, and interactive workshops, offering deeper insights into Singapore and NUS’ dynamic culture and innovative ecosystem.
Through IRIS@NUS, students will explore and tackle global challenges, gain tangible experience in graduate-level research, and unlock exciting possibilities for scientific research in their future careers.
Light refreshments will be served
National University of Singapore
CDE Graduate Research (cdegradresearch@nus.edu.sg)
Join us in June 2025 for the second NUS Young Fellowship Programme that is organised by NUS Graduate School and NUS School of Continuing and Lifelong Education.
We invite talented young scholars worldwide to this month-long programme to explore NUS’ world-class research and postgraduate opportunities. Engage with leading faculty, connect with peers and experience academic excellence at its finest!
Application for the 2025 NUS Young Fellowship Program will open in January 2025. Please view programme details, application procedures, and register your interest here.
If you have further queries, please contact us via cdegradresearch@nus.edu.sg.
Light refreshments will be served
NUS Campus
cdegradresearch (cdegradresearch@nus.edu.sg)
Join us in June 2025 for the second NUS Young Fellowship Programme that is organised by NUS Graduate School and NUS School of Continuing and Lifelong Education.
We invite talented young scholars worldwide to this month-long programme to explore NUS’ world-class research and postgraduate opportunities. Engage with leading faculty, connect with peers and experience academic excellence at its finest!
Application for the 2025 NUS Young Fellowship Program will open in January 2025. Please view programme details, application procedures, and register your interest here.
If you have further queries, please contact us via cdegradresearch@nus.edu.sg.
Light refreshments will be served
NUS Campus
cdegradresearch (cdegradresearch@nus.edu.sg)
INTERNSHIP AND RESEARCH IMMERSION IN SINGAPORE (IRIS) @NUS is organised by NUS Graduate School. This fully funded, two-month programme welcomes exceptional undergraduate and master’s students from all fields across ASEAN and around the world. It offers an immersive research experience at NUS and a unique glimpse into graduate studies.
Students will be mentored by NUS’ dedicated faculty upon joining their labs or research groups. Additionally, students will have the opportunity to contribute to ongoing projects, work in world-class facilities, and gain hands-on experience in cutting-edge research. Our prestigious opening ceremony and poster sessions will allow students to network with their peers and NUS scholars, refine their communication skills, and build a supportive PhD community in future.
Beyond research, the programme features enriching experiences such as city tours, industry visits, and interactive workshops, offering deeper insights into Singapore and NUS’ dynamic culture and innovative ecosystem.
Through IRIS@NUS, students will explore and tackle global challenges, gain tangible experience in graduate-level research, and unlock exciting possibilities for scientific research in their future careers.
Light refreshments will be served
National University of Singapore
CDE Graduate Research (cdegradresearch@nus.edu.sg)
Prof White will be regaling us with his experiences and the latest discoveries at the very forefront of Precision Medicine.
Professor Kevin Patrick White
Field Leader
11:00 - 12:00 (SGT)
2024-04-26 03:00 - 2024-04-26 04:00 (Your time)
LT35, MD6 Level 1
Mr. (bchkyz@nus.edu.sg)
Human genetics represents an experimental model that allows us to test the therapeutic hypothesis by supporting the identification and validation of novel targets for disease treatment. However, many gaps need to be closed in order to maximally take advantage to the large volumes of data out there. In this lecture, I will share some of these knowledge gaps and the efforts being made to close them.
Professor Tai E Shyong
Field Leader
11:00 - 12:00 (SGT)
2024-04-17 03:00 - 2024-04-17 04:00 (Your time)
LT37, MD1 (Tahir Foundation Building) Level 3
Mr. (bchkyz@nus.edu.sg)
NUS alumni Dr Wang Yu will share with us the challenges and insights gleaned from his remarkable transformative journey from prestigious researcher to successful entrepreneur.
Dr. Wang Yu
PhD Alumnus
12:00 - 13:00 (SGT)
2024-03-22 04:00 - 2024-03-22 05:00 (Your time)
LT37, Level 3, MD1 Tahir Foundation Building
Mr. (bchkyz@nus.edu.sg)
Zoom ID: 863 1000 0139, Passcode: 106662
Vaccination has significantly controlled infectious diseases, yet the challenge remains in developing more effective vaccines. Host response studies following vaccination have identified several correlates of immunogenicity, providing insights for future vaccine development. However, whether these findings represent
mere statistical correlations or are also functional associations remain unclear, emphasizing the need for mechanistic insights into vaccine-induced adaptive immunity. In a human experimental medicine study investigating metformin’s immunomodulatory effects, we unexpectedly revealed a functional determinant of neutralizing antibody responses. Among healthy adults with low or undetectable levels of viremia following vaccination with the live-attenuated yellow fever 17D
(YF17D) virus, metformin-treated individuals exhibited significantly higher YF17D neutralizing antibody titers than those given placebo. Transcriptomic profiling revealed that a brief metformin course initiated three days before YF17D vaccination and ceased at Day 3 post-vaccination upregulated oxidative phosphorylation
(OXPHOS) and protein translation capacities. Moreover, the levels of these transcripts correlated with YF17D neutralizing antibody titers. Notably, metabolomics analyses suggested that short-course metformin enabled increased OXPHOS capacity with reduced concomitant reactive oxygen species response. Our findings highlight a functional link between cellular respiration and live-attenuated flaviviral vaccine-induced humoral immunity, offering insights into strategies for enhancing vaccine immunogenicity.
Darren Mok
Doctor of Philosophy (Duke)
Admitted 2019, PhD Student
Thesis Advisors:
Professor Ooi Eng Eong
09:00 - 10:00 (SGT)
2024-02-29 01:00 - 2024-02-29 02:00 (Your time)
Mr. (enquiries@duke-nus.edu.sg)
Arzi Adbi (Assistant Professor, Strategy & Policy, NUS Business School) and Xiaoteng Wu (former PhD student, Strategy & Policy, NUS Business School) have been selected by the Strategic Management Society (SMS) as the Winner of the Responsible Research Best Paper Prize. This prize was announced at the SMS Annual Conference (October 19-22, 2024) in Istanbul, Turkiye.
Dr. Xiaoteng Wu
Strategy and Policy
Graduated 2024, PhD Alumnus
Thesis Advisors:
Dr. Arzi Adbi
PhD Alumnus
Dr. Arzi Adbi (Thesis Advisor)
bizarzi@nus.edu.sg
With rapid advancements in Artificial Intelligence (AI) and ever-increasing competition for attention in a digital world, it is more important than ever for new and developing researchers to hone the art of clearly communicating their research.
Research students in the U21 network recently competed in the Global Three Minute Thesis (3MT ®) Competition. They were tasked with explaining their PhD thesis, through an online presentation of no more than three minutes.
Researchers from 19 world leading universities took part. The contest’s main aim is to cultivate academic, presentation and research communication skills, requiring participants to succinctly convey the significance of their research to a non-specialist audience.
Universitas 21 is delighted to announce that Seow Wei Lun from the National University of Singapore is the 2023 winner of the U21 3MT ® global competition. Seow’s winning presentation Chunking: Learning from Memory Games for the Game of Life explains his research on how we can, though games, group information into chunks to improve memory and potentially solve the world’s problems.
Wei Lun Seow
NUSGS Deanâs Office
Admitted 2018, PhD Student
Thesis Advisors:
Camilo David Libedinsky
Dr Shih-Cheng Yen
Lincoln Leong (Faculty Deanery)
lc.leong@nus.edu.sg
The Fox International Fellowship is a graduate student exchange program between Yale and 20 world-renowned partner universities and Fox International Fellows are selected for their potential to become leaders in areas of social impact.
Pangyue carried out her research on Demystifying Ways to Achieve ESG Goals in China: Stewardship of Market Participants at Yale University from August 2022 to May 2023.
Pangyue Cheng
FoL Dean's Office
Admitted 2020, PhD Student
Thesis Advisors:
Professor Ernest Lim
Ms. Yvonne Lim (Faculty Administrator)
lawylhh@nus.edu.sg
Arising from a donation in 2005 by Professor Wang Gungwu, this award recognizes the research achievements of graduate students at NUS. Irina’s thesis on Understanding the Legal Power to Contract has potential major contribution and significant impact in the area of Private Law.
Ms. IRINA SAKHAROVA
FoL Dean’s Office
Admitted 2017, PhD Student
Thesis Advisors:
Professor James Ernest Penner
Ms. Yvonne Lim (Faculty Administrator)
lawylhh@nus.edu.sg
Brief Magnetic Field Exposure Stimulates Doxorubicin Uptake into Breast Cancer Cells in Association with TRPC1 Expression: A Precision Oncology Methodology to Enhance Chemotherapeutic OutcomeCancers , (2024).
Chemotherapy, although the first line of defense in cancer treatment, is indiscriminate and is damaging to the entire body, which, ironically, worsens a patient’s chances of getting better from cancer. Doxorubicin is a widely used chemotherapy drug for breast cancer but has significant side effects due to its systemic delivery.
This study led by co-first authors, Viresh Krishnan Sukumar (N2CR PhD Scholarship student) and Dr Alex Tai Yee Kit, found that a 10-minute magnetic exposure increases doxorubicin uptake in breast cancer cells without harming the surrounding healthy cells. The study suggests a localized, non-invasive magnetic therapy to enhance doxorubicin efficacy with fewer side effects. This may ultimately allow for the lowering of systemic doxorubicin administration that could improve a patient’s outcome against cancer. This would be a potential game changer in cancer treatment.
Mr. Viresh Krishnan Sukumar
Surgery
PhD Student
Thesis Advisors:
Associate Professor Alfredo Franco-Obregon
Associate Professor Alfredo Franco-Obregon (Thesis Advisor)
afo@nus.edu.sg
Wu X., Adbi A., Mahmood I.P..THE SOCIAL STRUCTURE OF INSIDERS AND OUTSIDERS: TOWARD A NETWORK COMMUNITY PERSPECTIVE ON FIRM PERFORMANCEAcademy of Management Journal 67, 903-932 (2024).
Management literature on how interorganizational relationships influence firm performance has emphasized the importance of connections, positions, and cliques. We advance this literature by examining how network communities (membership in cohesive network structures) shape the performance of venture capital (VC) firms. We propose that community insiders affiliated with at least one network community will outperform outsiders. We also explicate the conditions under which the advantages of network community affiliations are likely to be muted. Specifically, we argue for the potential diseconomies of network community affiliations and the possibility of a substitutive relationship between network communities and institutional development. Leveraging recent advances in community-detection technology and longitudinal data on VC firms in China, we find support for our theoretical arguments. Analysis of mechanisms underlying our theoretical arguments reveals that the value of community affiliations comes from indirect connections within network communities. By integrating social network and institutional perspectives, this study highlights not only the promises but also the limits of relying on network community affiliations.
Dr. Xiaoteng Wu
Strategy and Policy
Graduated 2024, PhD Alumnus
Thesis Advisors:
Dr. Arzi Adbi
Professor Ishtiaq Pasha Mahmood
Dr. Arzi Adbi (Thesis Advisor)
bizarzi@nus.edu.sg
Wang H., Chen Y., Lin Y., Abesig J., Wu I.X.Y., Tam W..The methodological quality of individual participant data meta-analysis on intervention effects: Systematic reviewThe BMJ 373, (2021).
Associate Professor Wai San Wilson Tam (Colleague)
nurtwsw@nus.edu.sg
Tang A., Tung N., Nguyen H.Q., Kwok K.O., Luong S., Bui N., Nguyen G., Tam W..Health information for all: do large language models bridge or widen the digital divide?BMJ (Clinical research ed.) 387, e080208 (2024).
Large language models (LLMs) like ChatGPT could have a role in narrowing the health information digital divide, democratising access to healthcare
But evidence indicates that LLMs might exacerbate the digital disparity in health information access in low and middle income countries
Most LLMs perform badly in low resources languages like Vietnamese, resulting in the dissemination of inaccurate health information and posing potential public health risks
Coordinated effort from policy makers, research funding agencies, big technology corporations, the research community, healthcare practitioners, and linguistically underrepresented communities is crucial to bridge the gap in AI language inclusivity
Associate Professor Wai San Wilson Tam (Thesis Advisor)
nurtwsw@nus.edu.sg
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