DERMAGs - Mangosteen Skincare Product
Medical & Healthcare
Bioscience Technology
DERMAGs Skin Solution, offers an effective solution to depigmentation and anti-aging skincare needs. With Alpha-MAGs as a key ingredient, it inhibits melanin production by targeting the "Tyrosinase Enzyme." Utilizing nanotechnology for optimal skin penetration, DERMAGs hydrates the basal layer and protects against oxidative damage.
DUAL-ANTIBAX Antibacterial Agent
Medical & Healthcare
Bioscience Technology
DUAL-ANTIBAX, an innovative antibacterial agent designed to meet the global demand for effective antimicrobial solutions amid the COVID-19 pandemic and growing hygiene concerns. With synergistic effects against pathogenic bacteria, DUAL-ANTIBAX offers a safer and more efficient alternative to traditional chemical-based or antibiotic antibacterial products.
Digital and electronic controlled fully-CMOS structure to adjust the monolithic fabricated passive devices for fine frequency tuning application
Smart Technology and Systems
Inductance variation is inevitable after fabrication due to process variations and unpredicted parasitic.It is desired to have the flexibility for inductance fine tuning after fabrication. This is attractive as re-fabrication is costly.
Dr. Z NanoFuel Patch
Dr.Z NanoFuel Patch tackles the urgent need for reducing carbon emissions in cities like Kuala Lumpur by utilizing nanotechnology to improve fuel efficiency. This innovative 2-in-1 solution ensures uniform fuel distribution and neutralizes impurities, leading to a significant reduction in harmful emissions from vehicle exhaust.
Dual Shell Layer Hollow Fiber Membrane
Smart Cities & Transportation
Bioscience Technology
Present invention relates to hollow fiber membrane with dual shell layer which can be changed modularly without having to replace overall system essentially allowing the fiber to be assembled in a separate cartridge which can be disassembled from main housing without changing the main body.
ELASA for Dengue Detection
Medical and Healthcare
Bioscience Technology
The prevalence of Dengue infection, particularly in Asian countries, has led to a significant global burden, with ASEAN countries reporting a 46% increase in cases from 2015 to 2019. In Malaysia, this problem has escalated further with over a 200% increase in 2023. To address this issue, a solution involves the implementation of rapid diagnostics for more effective disease management. This direct detection method utilizes antibodies, specifically targeting the NS1 protein, and employs molecular recognition elements known as aptamers. These innovative diagnostic tools aim to improve the early detection and management of Dengue infections, ultimately mitigating the growing Dengue-related health crisis in affected regions.
