Friday, October 24, 2014 10:34:53 AM
NMU has been doing experiments with the MIT 1000 for several months looking for ways to capture pathogens from the specimen because the machine doesn't need cultivation to work. That mean 24hrs eliminated. Pathogen can be identified within an 8 hour shift.
There is nothing else that can do this. This is a $225,000 market cap that'll make revenue of at least $1 million in their entry point with food safety. They have already have identifiers, they are just researching ways to get the pathogens from the specimens quickly and simply. Their product is not too far from being bought out IMHO.
A product such as this has numerous applications. They are using light scatter technology to identify microscopic objects. Can you think of the possibilities?
http://www.micro-imaging.com/
Avant Technologies Engages Wired4Tech to Evaluate the Performance of Next Generation AI Server Technology • AVAI • May 23, 2024 8:00 AM
Branded Legacy, Inc. Unveils Collaboration with Celebrity Tattoo Artist Kat Tat for New Tattoo Aftercare Product • BLEG • May 22, 2024 8:30 AM
"Defo's Morning Briefing" Set to Debut for "GreenliteTV" • GRNL • May 21, 2024 2:28 PM
North Bay Resources Announces 50/50 JV at Fran Gold Project, British Columbia; Initiates NI 43-101 Resources Estimate and Bulk Sample • NBRI • May 21, 2024 9:07 AM
Greenlite Ventures Inks Deal to Acquire No Limit Technology • GRNL • May 17, 2024 3:00 PM
Music Licensing, Inc. (OTC: SONG) Subsidiary Pro Music Rights Secures Final Judgment of $114,081.30 USD, Demonstrating Strength of Licensing Agreements • SONGD • May 17, 2024 11:00 AM