Effects of Cytozyme’s Dry Seed+™ on Seedling Development of Corn Seeds Coated with Poncho™600
4/1/2010
Most commercial corn seed is treated with one or more insecticides and/or fungicides to protect the seeds from soil-borne predation. These products frequently reduce seed germination and seedling vigor. Dry Seed+™ helps overcome the negative effects of these products on seedling development.

Effects of Cytozyme’s Dry Seed+™ on Nutrient Content, Seedling Vigor and Crop Yield of Corn
3/1/2010
Cytozyme’s Dry Seed+ increased the amounts of copper, iron, manganese and zinc in corn seedlings and significantly increased shoot and root growth, leading to increased yields.

Antioxidant Activity in Selected, Commercially Available Biostimulants and Foliar Nutrient Products
7/1/2008
Cytozyme products Crop+™ and BioNutrient™ Calcium Extra showed the highest antioxidant activity when compared to seven other biostimulants and four foliar calcium products, respectively.

Crop+™ Stimulates Photosynthesis
4/1/2008
Photosynthesis is a key process for plant growth, development and productivity. Crop+™ has been shown to increase chlorophyll content and photosynthesis as indicated by increased oxygen evolution and carbon dioxide fixation in a range of plant species, including cotton, cucumber, rice, tea, tomatoes and turf grass.

Are Chelated Foliar Products Truly 100% Chelated? I. Dissociation of Agricultural Foliar Nutrients in Aqueous Environment – Cupric Ions.
12/1/2007
The degree of chelation/dissociation of four commercial products: copper sulfate, a synthetically chelated EDTA copper, an amino acid chelated copper and a multi-ligand chelated copper, in aqueous solutions was analyzed using an ion selective electrode. The highest dissociation was observed in copper sulfate solutions. Chelate dissociation was lowest in EDTA solutions. Multi-ligand solutions showed higher degree of chelation, especially at lower pH, than did amino acid solutions.

Cytozyme’s Naturally Derived Complexes/Chelates
10/2/2007
The article draws a parallel between natural biological systems and products manufactured by Cytozyme Laboratories, Inc. The nature of complexes and chelates and their role in living systems is discussed. The superiority of Cytozyme’s complexation/chelation system is explained in terms of plant nutrient uptake, translocation and metabolism.

Cytozyme’s Products for Sustainable Agriculture and their Advantages over Other Products on the Market
10/1/2007
The role and application potential of Cytozyme’s products in integrated production systems is discussed. In field trials, university trials, laboratory assays and cold storage tests, Cytozyme’s products proved to have advantages over competing products.