NATIONAL UNIVERSITY OF SINGAPORE

EXERCISE OPTION YEAR 1, OPTIONAL TASK 1 AND OPTIONAL TASK 2

THIS RESEARCH PROJECT IS INTENDED TO DEVELOP MULTICOMPONENT MATERIALS WITH DYNAMIC PROPERTIES CAPABLE OF LEARNING FROM AND RESPONDING TO EXTERNAL STIMULI, E.G., INTEGRATING ABIOTIC OPTICAL AND CONDUCTIVE MATERIALS WITH BIOTIC CAMOUFLAGE MECHANISMS.

TO DE-OBLIGATE FUNDS FROM FY2020 EXPIRING LINES FOLLOWING NIH OALM COMMUNICATION 25-06 (20241105).

TESTING THE EFFICACY OF NOVEL CANDIDATE ALZHEIMER DISEASE DRUGS IN RESCUING IMPAIRED HIPPOCAMPAL SYNAPTIC PLASTICITY IN THE APP/PSI TRANSGENIC MOUSE MODEL

BASE PERIOD - NAMRU DUKE/NUS RESEARCH STUDY

THIS RESEARCH PROJECT IS INTENDED TO DEVELOP MULTICOMPONENT MATERIALS WITH DYNAMIC PROPERTIES CAPABLE OF LEARNING FROM AND RESPONDING TO EXTERNAL STIMULI, E.G., INTEGRATING ABIOTIC OPTICAL AND CONDUCTIVE MATERIALS WITH BIOTIC CAMOUFLAGE MECHANISMS.

TESTING THE EFFICACY OF CANDIDATE ALZHEIMER'S DISEASE TREATMENTS IN RESCUING IMPAIRED HIPPOCAMPAL SYNAPTIC PLASTICITY

ARMY RESEARCH & DEVELOPMENT - INTERNATIONAL CENTER INDO-PACIFIC (ITC-IPAC), CONJUGATED OLIGOELECTROLYTE ANTIBIOTICS - 2242SGTGL_F