University System of Maryland

Xuzhou Medical University

Xiao Zhang

Lai-Xi Wang

Xiang Wu

Lili Wang

Youbing Xia

Yongting Zhang

A method for protecting data in a Wireless Body Area Network (WBAN) system is performed as follows. A current status of a data in a WBAN system is monitored and obtained. A potential risk to the data in the current status is assessed based on nodes in the WBAN system and a path between the nodes. A risk level of the WBAN system is quantified by calculating a risk degree of the potential risk under attack methods. First protection schemes are selected from a second protection schemes based on the risk level of the WBAN system. The first protection schemes are evaluated based on Analytic Hierarchy Process (AHP), by taking the attack methods, an utility and an efficiency of the first protection schemes as evaluation indicators to select a third protection scheme from the first protection schemes. The data is processed according to the third protection scheme.

Method for protecting data in a wireless body area network (WBAN) system

The present disclosure provides a one-pot chemoenzymatic method for site-specific modification and conjugation of antibodies at their Fc glycan site to produce structurally well-defined antibody conjugates carrying defined drugs and other entities. The method is enabled by the discovery that certain endoglycosidases have the ability to both deglycosylate an antibody and to recognize selectively modified small disaccharide oxazolines for transglycosylation on antibodies without hydrolysis of the resulting products.

Fc glycan remodeling platform method for site-specific antibody conjugation and applications thereof

Growing community of inventors

Xuzhou, China

Xiao Zhang