AD-mix-.ALPHA. and AD-mix-.BETA.

Sequential reactions with Grubbs catalyst and AD-mix-alpha/beta using PDMS thimbles.

Incompatible Grubbs catalyst and an osmium dihydroxylation catalyst were site-isolated from each other using polydimethylsiloxane thimbles. The Grubbs catalyst was added to the interior of the thimbles, and AD-mix-alpha/beta was added to the exterior. Organic substrates readily fluxed through the walls of the thimbles and reacted with each catalyst. A series of cascade reactions were developed ...

A Dynamic Mix Method for Wireless Ad Hoc Networks

A wireless ad hoc network is subject to various security attacks including traffic analysis. In this paper, we explore the approach of preventing traffic analysis through hiding the source and destination of packets. We argue that Chaum’s mix method [1] and proposed security schemas (IPSec [2], Onion Routing [3], Non Disclosure Method [4]) cannot adapt to the dynamic changes of topology in wire...

The AD-MIX Protocol for Encouraging Participation in Mobile Ad Hoc Networks

Security in Vehicular Ad Hoc Networks through Mix-Zones Based Privacy

Vehicular Networks (VNs) seek to provide, among other applications, safer driving conditions. Vehicles need to periodically broadcast safety messages providing precise position information to nearby vehicles. Recent advances in development of Wireless Communication in Vehicular Adhoc Network (VANET) has provided emerging platform for industrialists and researchers. Vehicular adhoc networks are ...

MIX and match: mobile T6SS MIX-effectors enhance bacterial fitness

Protein secretion systems that mediate interbacterial competition secret a wide repertoire of antibacterial toxins. A major player in these competitions is the newly discovered bacterial type VI secretion system (T6SS). We recently found that a subset of polymorphic MIX-effectors, which are a widespread class of effectors secreted by T6SSs, are horizontally shared between marine bacteria and ar...