Abstract: A computer driven system is proposed to allow for embedding of unique identification devices in canvas, creating artwork on the canvas, scanning the original artwork, and then sending the scanned images to a master controller for purposes of registering the artwork. Rather than sending scanned images to a master controller remotely, a public website can be established to receive the scanned images.

Abstract: A rapid and efficient method for novel biological substance screening by surface analysis has been developed using Time-of-Flight Secondary Ion Mass Spectrometry (ToF-SIMS). This method relies on the surface screening of an array of micro-organisms grown on porous membranes, which had previously been in contact with a solid growth medium. TOF-SIMS analysis differentiates among organisms producing different substances, either directly as molecular product, or indirectly through the use of multivariate statistical data reduction techniques. This method has many advantages over traditional microbial screening methods, which require sample preparation and time for assay development.