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SOUTH EASTON, Mass., Dec. 17, 2020 /PRNewswire/ Pressure BioSciences, Inc. (OTCQB: PBIO) ( PBI or the Company ), a leader in the development and sale of broadly enabling, pressure-based instruments, consumables, and platform technology solutions to the worldwide biotechnology, biotherapeutics, cosmetics, nutraceuticals, and food & beverage industries, today announced a remarkable convergence of global research teams announcing pivotal new insights into COVID-19 biology and disease processes. These data point to potential new pathways to next generation diagnostics and treatments. All teams selected PBI s Pressure Cycling Technology ( PCT ) platform for their critical sample preparation steps, to help ensure that the greatest abundance and diversity of reproducible results would be revealed in the thousands of proteins involved in the affected biochemical pathways.
Pressure BioSciences to Present at Upcoming Life Sciences Investor Forum
Company Invites Individual and Institutional Investors, as well as Advisors and Analysts, to Attend Live, Interactive Presentations on Thursday, December 17, 2020
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SOUTH EASTON, Mass., Dec. 15, 2020 /PRNewswire/ Pressure BioSciences, Inc. (OTCQB: PBIO) ( PBI and the Company ) today announced that the Company will participate in the Life Sciences Investor Forum ( LSIF ) on Thursday December 17, 2020. LSIF is a live, interactive investor event held quarterly for public and private companies, investors, and industry professionals from around the world. This day-long, virtual event will showcase live company presentations and interactive discussions focused on the life sciences industry. PBI s President and CEO, Mr. Richard T. Schumacher, is scheduled to present at 11am ET.
so that s the smaller of the circuit board and under here we can get it off. is the gold. so whenever there are buttons there s usually gold that s why smartphones are a little bit cheaper to make in some respects to some extent because they don t use . all this is gold as the contacts are they simply don t have a keyboard and buttons. from this design. not much thought given to you how you get the recyclable materials out of here how you get the valuable materials that maybe even how you get the toxic materials are just to integrate with the design just common sense tells you that this is all. rather difficult probably not worth doing . if you re recycling you just want to throw this straight in a big recycling furnace maybe and just get the precious metals back current recycling technology is limited we can only retrieve some of the elements that we
is the gold. so wherever there are buttons there s usually gold that s why smartphones are a little bit cheaper to make in some respects to some extent because they don t use . all this goal is the contract so they simply don t have a keyboard and buttons. from this design. not much thought given to how you get the recyclable materials out of here how you get the valuable materials that maybe even how you get the toxic materials are just great with the design just common sense tells you that this is all. rather difficult probably not worth doing. if you re recently you just want to throw this in a big recycling furnace maybe and just get the precious metals back current recycling technology is limited we can only retrieve some of the elements that we put into the waste stream in the first place in less than half the elements the rest of them are never fully recovered so we are basically consuming and throwing
already that are that are breaking down our p.t. waste plastic that s out there now and in nature what we envision for and in semantic strategy like this that we re working on is instead of you know the current paradigm for recycling p.t. is bringing it to a centralized facility using mechanical recycling to chop it up and then typically that sort of chop to p.t. is then put into carpet or lower value materials such as seat cushions and things like this i can t go back to bottles and so what we want to do now is if we can in the magic strategy to break it down truly to its building blocks the building blocks can be put back into bottles for example so you could bottle to bottle recycling technology enabled by these and signs ok basically in order to enable a circular economy for these materials so dark i can tell me this the are you saying that this landfill in japan they re talking about are you saying that nature had already created some type of mutant in zine that was already eating