Microbiome Profiling in Uveitis: A Roadmap to Precision Therapies and Immune Modulation

Clinician Scientist Award

MOH-CSASI25jan-0006

MOH-001874-00

Programme for Ocular Inflammation & Infection Translational Research (PROTON)

Clinician Scientist Award

MOH-CSAINV22jul-0004

MOH-001287-00

Developing ‘Software as a Medical Device’ (SaMD) from 3D vitreous-retinal-choroidal imaging modalities, to enhance the clinical management of uveitis.

Clinician Scientist Individual Research Grant (CIRG)

MOH-CIRG21nov-0011

MOH-001098-00

To establish a predictive artificial intelligence (AI) based model using immune-phenotype correlation for disease stratification and prognosis in patients with ocular tuberculosis (OTB).

Clinician Scientist Award

MOH-CSAINV19nov-0003

MOH-000456-00

The Ng Teng Fong Healthcare Innovation Programme (NTF HIP)

Development of automated system for computing Choroidal Vascularity Index (CVI) for assessment of vascular status of the choroid

NTF_JUN2018_I_C1_D_01

The Ng Teng Fong Healthcare Innovation Programme (NTF HIP)

Eye Doctor in a Pocket “PocDoc”

NTF_DEC2019_I_C1_C_02

The Ng Teng Fong Healthcare Innovation Programme (NTF HIP)

Vitreous Haze Index

NTF_JUN2019_I_C1_D_01

New Investigator Grant by NMRC (2019): NMRC/ MOH-CNIG19may-0001 Optical coherence tomography-based novel outcome measures for disease monitoring in intraocular inflammatory and infectious diseases (OCTOMERIA)

Clinician Scientist Career Scheme by National healthcare Group: Grant number: CSCS/15004 (2015) Title: In-vitro analysis of biomechanical properties of erythrocytes and its correlation with hematological and biochemical markers in patients with diabetic retinopathy

New Investigator Grant by NMRC (2015): Evaluation of flow dynamics in diabetic retinopathy mouse model using fluorescein labelled leukocytes & ICG-loaded erythrocyte ghost cells.

Centre for Personalised Medicine Grant (2014): SPOTIS – Singapore Presumed Ocular Tuberculosis Immunology Study

NMRC Overseas Research Training fellowship (2012): Vascular imaging and role of blood flow in ocular vascular disorders