REGI U.S., Inc. and its parent company, Reg Technologies Inc. (REGRF.OB), are focused on developing an improved axial vane type rotary engine known as the Rand Cam™/RadMax® rotary technology. The RadMax® engine has only two moving parts, compared to the 40 moving parts in a simple four-cylinder piston engine, allowing up to 24 continuous power impulses per one rotation while remaining vibration-free and extremely quiet. The RadMax® engine also boasts the capability of operating on multiple fuel types including gasoline, natural gas, hydrogen, propane and diesel.

Reg Technologies, Inc. owns the worldwide rights to the RadMax™ rotary technology and REGI U.S., Inc. owns the U.S. rights. The RadMax™ engine has a variety of possible applications, ranging from tiny weed-trimmers to commercial and/or military jet engines. Multifuel capability, fewer moving parts, high and efficient rates of combustion, low weight, reduced vibration, and ease of maintenance are only a few

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Axial Vector Energy Corporation (”AVEC”), with its advanced engine and generator technologies, has definite market potential over a broad range of industries. We have covered the upside of the Axial Vector engine for efficiently powering vehicles on land, sea, and in the air, but its possible applications extend underground as well.

The mining industry can benefit intensely from AVEC’s technologies. The unit is extremely adept at boring tunnels, due to its ability to operate in any position. It can be fitted with complementary scrapping and vacuum mechanisms to create quite the efficient tunneling apparatus. The unit is totally scalable, and thus applicable to boring projects of any size.

Whereas mineral exploration has traditionally required the use of large equipment powered by an above-ground source, the AVEC boring unit is a standalone device that can be fitted to drill for just about anything. Of course, AVEC has another technology that is perfect for

Pressure BioSciences, Inc. (PBIO) is focused on developing products based on its proprietary pressure cycling technology (PCT) for life-sciences applications. The innovative technology utilizes hydrostatic pressure, which cycles between ambient and ultra-high levels, to rapidly and proficiently disrupt cell membranes/tissues to remove nucleic acids, proteins, and small molecules from plant and animal materials.

The PCT technology has a broad range of possible applications in genomics and proteomics, in addition to drug discovery, pathogen inactivation, food safety, immunodiagnostics, and DNA sequencing. Currently, the PCT System consists of a top-of-the-line instrument and disposable PULSE sample processing tubes. Pressure BioSciences plans to develop other instrumentation and disposables to meet additional needs in life sciences’ laboratories.

The Company’s proprietary technology addresses the number one issue in sample preparation that creates significant bottlenecks in research. Existing technology does not product consistent results, requires multiple steps, and has a high risk of contamination. By utilizing Pressure