Jiangnan University
Explore Jiangnan University's available technologies.
Heat-Tolerant Water Barriers Based on Wax-Polysaccharide Composites
We developed aqueous wax emulsions and investigate their use in liquid barrier treatments for various substrates including paper and pulp molding. Our work combined formulation screening, emulsion characterization, and a...
Biological production of Rebaudioside M with improved solubility, taste, and stability
Enzymatic platform for producing Rebaudioside M (RM), a high-purity steviol glycoside sweetener with superior solubility, pH stability, and taste profile compared to Rebaudioside A. Uses engineered bacterial strains expr...
Silicon-based nano-stimulants for activating herbivore resistance in crop plants
Eco-friendly silicon-based nano-stimulants designed to activate plant immune systems against insect pests. These materials enhance production of chemical defense compounds in maize and other crops, offering a next-genera...
Alternative non-isothiazolinone preservative system for all-purpose cleaners
Research initiative to identify and validate alternative preservatives to replace benzisothiazolinone in all-purpose cleaner (APC) formulations. Seventeen candidate compounds are being screened for compatibility, perform...
Nanocellulose-based films for sustainable food packaging
Innovative nanocellulose-based composite films offer enhanced barrier properties, thermal stability, and recyclability, providing a sustainable alternative to conventional food packaging materials.
Pseudotargeted analytical method for mycotoxin detection in grain extracts
A new pseudotargeted analytical method combines SWATH and mass spectrometry molecular networks to efficiently detect mycotoxins in grains with high sensitivity, throughput, and coverage.
Encapsulation of probiotics using modified high DM, low MW pectin
A novel encapsulation technology using modified citrus pectin with high degree of methylation and low molecular weight to protect probiotics during processing and digestion, ensuring delivery to the gut. This technology ...
High-titer microbial production of α-bisabolol
Jiangnan University has developed a sustainable, high-titer biosynthesis platform for (−)-α-bisabolol using engineered Candida tropicalis. By employing advanced metabolic engineering strategies, including scaffold-mediat...
Bunte-salt thiol exchange for repeatable low-damage styling
Jiangnan University has developed a novel, low-damage hair perming technology using a Bunte salt–thiol exchange reaction. This method replaces traditional oxidizing agents with a bifunctional Bunte salt, sodium hexamethy...
Thiol-enhanced metal–polyphenol permanent hair dyeing
Jiangnan University researchers have developed a thiol-enhanced strategy to improve the performance of non-toxic metal-polyphenol network (MPN) hair dyes. By using thioglycolic acid to create thiol groups on hair, the me...
delivered to your inbox.