Abstract: A method of binding bacteriophage to particles. The method comprising the steps of exposing the particles to an electrical discharge and then mixing the activated particles with the bacteriophage. The bacteriophage are then bound to the particles.

Abstract: A method of binding bacteriophage to particles. The method comprising the steps of exposing the particles to an electrical discharge and then mixing the activated particles with the bacteriophage. The bacteriophage are then bound to the particles.

Abstract: A method of binding bacteriophage to particles. The method comprising the steps of exposing the particles to an electrical discharge and then mixing the activated particles with the bacteriophage. The bacteriophage are then bound to the particles.

Abstract: A bacterial detection sampling device comprising: a sampling medium for receiving a bacterial sample; and a plurality of bacteriophage. The bacteriophage are located on or in the sampling medium. Each bacteriophage comprises a nucleic acid encoding a protein capable of emitting light at an output wavelength.

Abstract: A method of binding bacteriophage to particles. The method comprising the steps of exposing the particles to an electrical discharge and then mixing the activated particles with the bacteriophage. The bacteriophage are then bound to the particles.

Abstract: A pipe installation device and a method for laying consecutive lengths of bell and spigot pipe. The pipe installation device installs sequential pipe lengths. The pipe installation device includes a pipe supply system and a pipe alignment system attached to a carriage. The pipe alignment system is positioned to receive a pipe length from the pipe supply system and align the pipe length with a pipe length previously positioned in the pipe alignment system. The pipe installation device also includes a pipe joining system for joining the two pipe lengths positioned in the pipe alignment system. A pipe restraint system applies a restraining force against one pipe length while the pipe joining system joins the two pipe lengths.

Abstract: An auto-advancing pipe installation device and a method for laying consecutive lengths of bell and spigot pipe. The auto-advancing pipe installation device installs sequential lengths of pipe in a trench. The auto-advancing pipe installation device includes a locomotion system adapted for advancing engagement within the trench, a pipe feed system, a pipe alignment system and a pipe joining system. The pipe feed system positions a pipe length on a forward section of the pipe alignment system. The pipe alignment system aligns the forward pipe length with a rearward pipe length positioned in a pipe alignment system rearward section. The pipe joining system applies a force to a first end of the forward pipe length as a pipe restraint applies a restraining force against the rearward pipe length, joining the forward and rearward pipe lengths.

Abstract: An ink transfer band has (a) a microporous flexible substrate; (b) one or more optional intermediate layers; and (c) one or more layers of a transfer ink. The ink transfer ribbon is characterized in that the back side of the substrate has a surface roughness depth Rt of at least approximately 400 nm and an average roughness value Ra of at least approximately 40 nm. This transfer ribbon has the advantage of solving in a simple and economical manner the problems related to oil migration and static electricity.