$PBIO Key Academic Publication Further Validates P
Post# of 1354
(Total Views: 151)
Posted On: 07/06/2023 12:00:24 PM
$PBIO Key Academic Publication Further Validates Pressure BioSciences UltraShear Platform’s Impact in Clean-Label Functional Foods & Beverages
https://www.accesswire.com/765956/Key-Academi...-Beverages
Critical Enabling Role for UltraShear Processing in the Burgeoning Alternative Plant-Based and Ready-to-Drink Beverage Markets Highlighted in Published Study by The Ohio State University
SOUTH EASTON, MA / ACCESSWIRE / July 6, 2023 / Pressure BioSciences, Inc. (OTCQB
BIO) ("PBIO" or the "Company"
, a global leader in the development and sale of broadly enabling, high-pressure-based products and services to the life sciences, nutraceutical, food and beverage, and other industries reported the publication in a high impact, peer-reviewed scientific journal of powerful confirmation that the Company's UltraShear™ Technology platform delivers uniquely transformational capabilities for addressing leading industry and consumer trends in food & beverage markets.
According to a recent market study by Grand View Research, the global plant-based beverages market was valued at $24.4 billion in 2021 and is projected to continue strong expansion at a 12.7% compound annual growth rate (CAGR) from 2022 to 2030 (global plant-based beverage market). The growing demand for plant-based beverages, such as non-dairy milk and smoothies, is driven by their health benefits, nutritional properties, and minimization of carbon footprint and environmental impact, making them popular among health-conscious individuals, the large and growing lactose-intolerant population, and the exploding growth in the vegan consumer segment driven by animal welfare and environmental stewardship concerns.
To address these challenges amid growing drought crises impacting global agriculture, the beverage industry is seeking sustainable solutions that harness the potential of drought-resistant crops as a source of plant protein. Peas, in particular, have gained significant attention within the functional beverage industry due to their robust sustainability and numerous health benefits. These gluten-free legume crops provide a sustainable source of plant protein, and aid in improving cholesterol levels, regulating blood glucose levels, and offering high dietary fiber content.
The development of new plant-based milk substitutes faces inherent challenges. Plant proteins are generally far less soluble than dairy milk proteins. Additionally, many current plant-based milk substitutes are often perceived as less appealing to consumers due to their proclivity for separation of fats from proteins - as often observed in protein-based beverages with separation and sedimentation of pea protein particles, rendering the beverage less visually appealing, less nutritious, and less enjoyable to consume.
Revolutionary reversal and control over these undesirable behaviors was demonstrated for the UltraShear platform in the recent publication by an internationally recognized team of Ohio State University researchers (Current Research in Food). Their study investigated the impact of UltraShear processing on the stability, texture, and taste of plant protein dispersions. The results were momentous regarding the impact of UltraShear, delivering pea protein dispersions that remained stable and free from phase separation or sedimentation. In addition, certain combinations of protein and lipid additives processed using UltraShear directly optimized product viscosity, eliminating the need for additional thickeners. Furthermore, the UltraShear platform capably created stable low droplet size nanoemulsions of fats, for further enhancement of the nutritional and sensory characteristics of these beverages. Overall, the publication recognized UltraShear's immense potential for development of new hybrid dairy-plant protein beverages or purely plant-based categories that are organic, non-GMO, high in protein content, easy to digest, and free of chemical additives and preservatives.
Dr. Edmund Y. Ting, PBIO's Senior VP of Engineering and a recognized world expert in high pressure food processing, commented: "We are delighted by this recognition and additional validation of UltraShear's potential to revolutionize the production of stable and appealing plant-based beverages. By leveraging this cutting-edge technology, PBIO is poised to help beverage companies with equipment and processing offerings that enable a new generation of innovative and sustainable beverages that meet the increasing global demand for healthy and environmentally-responsible, natural, organic, and clean label products."
Mr. Richard T. Schumacher, President and CEO of PBIO, concluded: "The global plant protein beverage market is expected to grow to an impressive $41 Billion by 2027 (MDC Market Report), with the pea protein market alone growing to about $2.9 Billion (Pea Protein Market). Armed with these newly published research results on UltraShear's enabling capabilities, our internationally-renowned colleague Professor V.M. "Bala" Balasubramanian and colleagues at The Ohio State University are leading the way in contacting select U.S. and global food and beverage companies, to introduce them to the UltraShear platform, the Ohio State-PBI food industry consortium, and to PBIO for business partnering discussions that could develop into new leadership opportunities in the burgeoning alternative plant-based and ready-to-drink markets."
https://www.accesswire.com/765956/Key-Academi...-Beverages
Critical Enabling Role for UltraShear Processing in the Burgeoning Alternative Plant-Based and Ready-to-Drink Beverage Markets Highlighted in Published Study by The Ohio State University
SOUTH EASTON, MA / ACCESSWIRE / July 6, 2023 / Pressure BioSciences, Inc. (OTCQB
BIO) ("PBIO" or the "Company" , a global leader in the development and sale of broadly enabling, high-pressure-based products and services to the life sciences, nutraceutical, food and beverage, and other industries reported the publication in a high impact, peer-reviewed scientific journal of powerful confirmation that the Company's UltraShear™ Technology platform delivers uniquely transformational capabilities for addressing leading industry and consumer trends in food & beverage markets. According to a recent market study by Grand View Research, the global plant-based beverages market was valued at $24.4 billion in 2021 and is projected to continue strong expansion at a 12.7% compound annual growth rate (CAGR) from 2022 to 2030 (global plant-based beverage market). The growing demand for plant-based beverages, such as non-dairy milk and smoothies, is driven by their health benefits, nutritional properties, and minimization of carbon footprint and environmental impact, making them popular among health-conscious individuals, the large and growing lactose-intolerant population, and the exploding growth in the vegan consumer segment driven by animal welfare and environmental stewardship concerns.
To address these challenges amid growing drought crises impacting global agriculture, the beverage industry is seeking sustainable solutions that harness the potential of drought-resistant crops as a source of plant protein. Peas, in particular, have gained significant attention within the functional beverage industry due to their robust sustainability and numerous health benefits. These gluten-free legume crops provide a sustainable source of plant protein, and aid in improving cholesterol levels, regulating blood glucose levels, and offering high dietary fiber content.
The development of new plant-based milk substitutes faces inherent challenges. Plant proteins are generally far less soluble than dairy milk proteins. Additionally, many current plant-based milk substitutes are often perceived as less appealing to consumers due to their proclivity for separation of fats from proteins - as often observed in protein-based beverages with separation and sedimentation of pea protein particles, rendering the beverage less visually appealing, less nutritious, and less enjoyable to consume.
Revolutionary reversal and control over these undesirable behaviors was demonstrated for the UltraShear platform in the recent publication by an internationally recognized team of Ohio State University researchers (Current Research in Food). Their study investigated the impact of UltraShear processing on the stability, texture, and taste of plant protein dispersions. The results were momentous regarding the impact of UltraShear, delivering pea protein dispersions that remained stable and free from phase separation or sedimentation. In addition, certain combinations of protein and lipid additives processed using UltraShear directly optimized product viscosity, eliminating the need for additional thickeners. Furthermore, the UltraShear platform capably created stable low droplet size nanoemulsions of fats, for further enhancement of the nutritional and sensory characteristics of these beverages. Overall, the publication recognized UltraShear's immense potential for development of new hybrid dairy-plant protein beverages or purely plant-based categories that are organic, non-GMO, high in protein content, easy to digest, and free of chemical additives and preservatives.
Dr. Edmund Y. Ting, PBIO's Senior VP of Engineering and a recognized world expert in high pressure food processing, commented: "We are delighted by this recognition and additional validation of UltraShear's potential to revolutionize the production of stable and appealing plant-based beverages. By leveraging this cutting-edge technology, PBIO is poised to help beverage companies with equipment and processing offerings that enable a new generation of innovative and sustainable beverages that meet the increasing global demand for healthy and environmentally-responsible, natural, organic, and clean label products."
Mr. Richard T. Schumacher, President and CEO of PBIO, concluded: "The global plant protein beverage market is expected to grow to an impressive $41 Billion by 2027 (MDC Market Report), with the pea protein market alone growing to about $2.9 Billion (Pea Protein Market). Armed with these newly published research results on UltraShear's enabling capabilities, our internationally-renowned colleague Professor V.M. "Bala" Balasubramanian and colleagues at The Ohio State University are leading the way in contacting select U.S. and global food and beverage companies, to introduce them to the UltraShear platform, the Ohio State-PBI food industry consortium, and to PBIO for business partnering discussions that could develop into new leadership opportunities in the burgeoning alternative plant-based and ready-to-drink markets."
(0)
(0)Pressure Biosciences (PBIO) Stock Research Links
Scroll down for more posts ▼