Seeking proof of principle to produce realistic 3D prints of snack products
PepsiCo is seeking proof of principle to produce realistic 3D prints of snack products using mainly photogrammetry techniques. Potential exists to use other scanning techniques but must be able to produce most realistic full colour final product.
Seeking proposals for understanding whether a no added sugar, no added fat coating syrup and binder syrup can be developed
PepsiCo is interested in understanding if a no added sugar, no added fat coating syrup and binder syrup can be developed. Sugar alcohols and allulose are not allowed for this project. Organoleptic properties should be as close to control samples as possible (recipe provided) and should be scale-up feasible.
Seeking novel proposals to incorporate pea protein concentrate into low pH beverages
Humans have cultivated and eaten peas (Pisum sativum) for millennia. Modern consumers are looking to the seed as a promising protein source – it is rich in proteins which can be isolated to make pea protein concentrates (PPC). While PPC are available in many forms and products, little or no research has been done to understand its behavior in low pH solution or model systems. As a result, food producers have encountered difficulties incorporating PPC into acidic products, such as fruit juices. The goal of this project is to identify pea protein concentrates that are suitable for usage in low pH systems or to find technologies capable of processing PPC so that they may be used in low pH environments.
Anti-telescoping device for spiral wound membranes
The anti-telescoping device causes a spiral wound membrane filter to operate at a more constant and at a lower trans membrane pressure difference than such filter without such device. It is especially useful in microfiltration and ultrafiltration devices for liquids such as fruit juices, milk, beer, waste water, fermentation broths, etc.
Production of cis-3-hexenol and trans-4-hexenal from linseed oil
Cis-3-hexenol (mainly) and trans-4-hexenal are two molecules highly used in the cosmetic/fragances industry that are produced by chemical synthesis from non-renewable sources as petroleum. Recently, the need for this molecules obtained from renewable sources has been growing-up, but up to now the only source is the direct extraction from plants, that needs the use of high amounts of chemical solvents and thus is not an environmentally friendly and sustainable process. Anyway, the cis-3-hexanol and 4-trans-hexenal obtained by this method have a market cost much higher (from 30 - 50 USD/ Kg of synthetic molecules up to 350 - 400 USD/ Kg of natural origin/extracted molecules). Biochemize has developed a process for the renewable and sustainable production of these two molecules, through the use of recombinant microbial strains that express the genes that encode for the enzymes that are the responsible for the (metabolic bio) synthesis of both molecules in some plants that naturally produce it. Thus, Biochemize has developed a low-cost effective process for the natural (fermentative) production of cis-3-hexenol and trans-4-hexenal, from linseed oil and through the release of linulenic acid.
New method for the diagnosis of cutaneous leishmaniasis
Leishmaniasis is an endemic parasitic disease that is found in most parts of the tropics, subtropics and southern Europe. Cutaneous Leishmaniasis (CL) is the most common form of Leishmaniasis. It is caused by the protozoan Leishmania parasites, which are transmitted by the bite of infected female phlebotomine sand-flies. Cutaneous Leishmaniasis causes skin lesions, mainly ulcers, on exposed parts of the body, leaving life-long scars and serious disability. The skin lesions usually develop within several weeks or months after exposure. About 95% of Cutaneous Leishmaniasis cases occur in the Americas, the Mediterranean basin, the Middle East and Central Asia. An estimated number of 0.6 million to 1 million cases occur worldwide annually. Over two thirds of new Cutaneous Leishmaniasis cases occur in the next six countries: Afghanistan, Algeria, Brazil, Colombia, Iran and Syria. Cutaneous Leishmaniasis is diagnosed by detecting Leishmania parasites in tissue specimens from skin lesions via light-microscopic examination of stained slides, specialized culture techniques, or molecular methods. This disease is treatable and curable. Early diagnosis and effective case management reduces the prevalence of the disease and prevents disabilities and death. Hence, early detection and prompt treatment of cases would therefore help to reduce transmission and to monitor the spread and burden of the diseases. In this invention, a new system for non-invasive, early, fast and easy to use diagnosis test for Cutaneous Leishmaniasis from exhaled breath analysis has been developed.
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