Principal Investigators: Assoc Prof Tan Kok Kiong
Entrepreneurial Leads 1: Arun Shankar Narayanan; Kyaw Ko Ko Htet (Steve)
Entrepreneurial Leads 2: Pitchaya Sunthanakul
Team members: Yeoh Wui Keat
Project description: A sensor technology that has innovative sensing approaches and applied algorithm.
Principal Investigators: Asst Prof Chiu Ngar Chee, Gigi
Entrepreneurial Leads: Liu Yuanjie, Research Assistant
Project description: This is a device to measure in vitro drug dissolution/absorption at the same time. This device is expected to provide two major advantages compared to current standard drug dissolution tester: (1) measure drug release and absorption that is more relevant to physiological condition in one test, (2) to provide reliable prediction of a drug’s in vivo behaviour based on the device.
Principal Investigators: Asst Prof Yu Haoyong
Entrepreneurial Leads 1: Dr. Guo Zhao, Francisco Anaya Reyes
Entrepreneurial Leads 2: Averil Chen
Team members: Ryan Koh Zhao Yuan, Lizhu, James Ye Jing
Project description: A lightweight and low-profile wearable walking assistive device which, instead of giving full support, provides certain amounts of assistive force at the knee joints. The system of sensors and algorithms enables gait phase detection and intelligent control of assistive force. The compact device can be worn under slack pants and can be easily don and doff by the user.
Principal Investigators: Prof Ariel Kushmaro, Prof Robert Marks
Entrepreneurial Leads 1: Siti Zarina Zainul Rahim, PhD Student
Entrepreneurial Leads 2: Debbie Lee
Team members: Karin Yaniv, Raz Hilman
Project description: Quorum sensing inhibitor molecules isolated from marine bacteria were retrieved. These molecules are indole dimer derivatives and are found to attenuate quorum sensing and to possess extensive antibiofilm and anti-virulence properties against known gram-negative bacterial pathogens.
Principal Investigators: Dr. Saji George, Senior Lecturer
Entrepreneurial Leads: Tan Chiew Nai, Lim Swee Thiam
Project description: This technology deals with nanomaterials that co-deliver multiple therapeutic agents for pet/animal hygiene.
Principal Investigators: Assoc Prof Raymond Seet Chee Seong
Entrepreneurial Leads: Sebastian Khoo, Michele Goh
Team members: Phua Chee Teck
Project description: A simple to use device and related proprietary algorithm capable of synchronously measuring transit time between electrocardiographic excitation and arterial/capillary waveforms in a single limb.