Introduction – Enzymes are used in a wide range of industries: from infant nutrition to pet food, dairy products to milk alternatives, meat tenderizing to plant-based proteins, bakery products to dietary supplements. As the number of applications continues to grow and become more specialized, selecting the appropriate enzyme is critical. There are numerous enzymes available from many suppliers, which can …
Low Odor Papain for Food Processing and Supplement Powders
EDC has developed a process to remove most odor-causing compounds associated with Papaya and Papain. The end product is papain with a significantly lower papain aroma, no added sulfites, and is OMRI listed for use in organic food processing. It is well known that papain has always had a very strong odor due to the sulfur compounds that are naturally …
EDC is excited to be celebrating our 30th year at Pet Food Forum
Enzyme Development Corporation (EDC) will be at Pet Food Forum from May 1 to May 3 in Kansas City, MO. In addition to our 30th year at Pet Food Forum (PFF), EDC is also celebrating our 70th anniversary. If you plan on attending the show, please stop by our booth, 1516! Enzymes play an important role in the pet food …
Alternatives for Bromelain in Food Processing Applications
Bromelain, a plant-derived protease from the pineapple stem, has a long history of use in the food processing industry. Bromelain was first used in the food industry in the early 1970s. The primary applications are meat tenderizing and protein hydrolysis. Currently, there is a shortage of Bromelain on the market due to Covid lockdown practices in certain countries and increased …
Ficin for cheesemaking
One of Enzyme Development Corporation’s areas of expertise is the production of plant-based proteases. For example, EDC is the only producer of Papain, Ficin, and thistle rennet in the Western Hemisphere. Papain is the original product EDC offered in 1953 for use in the beer industry. For more information on Papain, please visit papain.com. Thistlezyme (thistle rennet) and Ficin, a protease …
No Sulfite Added Papain
For the last ten years, EDC has been producing a “no sulfite added” papain, a proteolytic enzyme from the dried latex of Carica papaya. Papain is a sulfhydryl protease, and sulfites are naturally occurring in papaya (like onions, garlic, etc.), so there will always be some sulfites in our product. This is why we don’t make any claims on our product …
EDC presentation for IFT on Ficin
Enzyme Development Corporation’s Lab Manager, Andrea Dreyfus, presented a poster at IFT discussing the differences between Ficin (a new food-grade biocatalyst, a botanical protease), papain, and bromelain, comparing the enzyme’s activity and stability over a range of temperatures and pH. Ficin, a natural non-GMO proteolytic biocatalyst from the latex of Ficus species (tropical fig tree), is approved for use in food and …
Getting to Know EDC
Enzyme Development Corporation (EDC) has been producing specialty food enzymes since 1953. With a headquarters in New York City and a manufacturing facility located in Scranton, Pennsylvania, EDC is the only producer of papain in the western hemisphere. When EDC began operating, its production facility was located in New Jersey, but as it grew, it chose to relocate to its …
A new enzyme for flavor modification
An ongoing problem for Food Technologists doing flavor modification development is the potential bitter flavors due to over hydrolysis of a protein or from the hydrolysis of a very bland substrate. Enzeco® Protease FNP is a very effective non-GMO multi-enzyme complex for both protein hydrolysis and debittering (including LAP and carboxypeptidase). However, if a flavor needs a bit of help …
How microbial enzymes are produced
Solid State or Solid Phase Fermentations is a process where microorganisms are grown on solid materials with low water contents. Solid State FermentationThis process is longer than a deep tank/submerged fermentation, taking up to several days to complete. In this process, the microorganism is grown on a sterilized solid media where the organism can utilize the nutrients in the media, …
- Page 1 of 2
- 1
- 2