NetworkNewsBreaks – Pressure BioSciences Inc. (PBIO) CEO Discusses Measurable Progress on The Stock Day Podcast
Pressure BioSciences (OTCQB: PBIO) (“PBI”), a leader in the development and sale of innovative, broadly enabling, pressure-based instruments, consumables and specialty testing services for the worldwide life sciences and other industries, was featured on a recent episode of The Stock Day Podcast. PBI’s president and CEO, Richard T. Schumacher, joined Stock Day host Everett Jolly and offered a detailed update of measurable progress the company has made recently in multiple key areas. “Pressure has wonderful, very controllable properties. Unfortunately, scientists really have not had easy access to using pressure safely, especially high pressure, until we came along,” Schumacher said during the program. “We are developing three commercial technology platforms based on our 26 patents. The first one is called Pressure Cycling Technology (‘PCT’), the second is called BaroFold and the third is called Ultra Shear Technology (‘UST’). With PCT, we put the samples to be studied (like bacteria, viruses, cancer cells) in test tubes. We then place the tubes into a pressure chamber of one of our instruments. We need to determine the amount pressure we need to reach, how long it needs to be under that pressure, and how many times we want to cycle the pressure — that is, turn the pressure on and off — in order to open up the pathogen/cancer cell to release the important proteins and nucleic acids contained within, to be studied. This type of elegant control can’t be done nearly as well with heat processing — with heat, you basically get what you get when heating is done. Interestingly, every biological substance in nature has its own unique pressure point, and once you determine that pressure point, you can process that substance (pathogen, cell, enzyme, etc.) right up to the point where it will give you the best results, each and every time. Again, this is very hard to do with temperature and chemicals.”
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Pressure BioSciences (OTCQB: PBIO) (“PBI”), a leader in the development and sale of innovative, broadly enabling, pressure-based instruments, consumables and specialty testing services for the worldwide life sciences and other industries, was featured on a recent episode of The Stock Day Podcast. PBI’s president and CEO, Richard T. Schumacher, joined Stock Day host Everett Jolly and offered a detailed update of measurable progress the company has made recently in multiple key areas. “Pressure has wonderful, very controllable properties. Unfortunately, scientists really have not had easy access to using pressure safely, especially high pressure, until we came along,” Schumacher said during the program. “We are developing three commercial technology platforms based on our 26 patents. The first one is called Pressure Cycling Technology (‘PCT’), the second is called BaroFold and the third is called Ultra Shear Technology (‘UST’). With PCT, we put the samples to be studied (like bacteria, viruses, cancer cells) in test tubes. We then place the tubes into a pressure chamber of one of our instruments. We need to determine the amount pressure we need to reach, how long it needs to be under that pressure, and how many times we want to cycle the pressure — that is, turn the pressure on and off — in order to open up the pathogen/cancer cell to release the important proteins and nucleic acids contained within, to be studied. This type of elegant control can’t be done nearly as well with heat processing — with heat, you basically get what you get when heating is done. Interestingly, every biological substance in nature has its own unique pressure point, and once you determine that pressure point, you can process that substance (pathogen, cell, enzyme, etc.) right up to the point where it will give you the best results, each and every time. Again, this is very hard to do with temperature and chemicals.”
Please see full disclaimers on the NetworkNewsWire website applicable to all content provided by NNW, wherever published or re-published: http://NNW.fm/Disclaimer
