At Fornia BioSolutions, innovation and continuous improvement are integral to everything we do. Founded in 2015, we are incredibly proud that our enzyme directed evolution research has already made a significant contribution to the food processing and feed industries. In the future, we will extend our microbial research to the agricultural, aquacultural, household/personal care, and environmental industries.
Our current patents include the following:
Glucoamylase patents US9,598,680, US9,670,472, US10,035997, US10,053,678, US10,227,578, CN109,312,320, EP3272767A1 (obtained allowance): Our research helps maximize the performance of industrial scale saccharification enzymes. Saccharification enzymes are used on liquefied starch-containing substrates to produce sugars for fermentation. Our research improves glucoamylase enzyme activity, thermoactivity, thermostability and pH stability, resulting in enhanced starch conversion for many fermentation processes.
Phytase patents US9,605,245, US9,528,096, US10,351,832, EP3,263,699, EP3263698A1 (obtained allowance): Our research developed a novel thermostable enzyme for animal feed. The pelleting process can deplete animal feed of many of its nutrients. Our enzyme enables the manufacture of animal feed that is richer in nutrients, resulting in animals that gain weight more quickly, with less feed.
Lactonase patent US10,081,800: Our research developed a novel enzyme with broad pH and temperature profile that can be used as an “antimicrobial agent” to shut down the expression of pathogenic genes. In agriculture field, our enzyme can be used to combat bacterial plant pathogens as an alternative to pesticides. In aquaculture field, our enzyme can be used in formulated feed to prevent bacterial infections in fishes.
Alkaline protease patent US10,787,656: Our research developed a novel alkaline protease for detergent.
High temperature amylase US10,808,234: Our research developed a novel alkaline protease for starch liquefaction.
Endoglucanase US20200231955A1 (obtained allowance): Our research developed an novel endoglucanase for textile bio-stoning.