Cure and prevent diseases in plants, bushes and trees using rhamnolipid

Abstract

This new Rhamnolipid Fertilizer discovery eliminates disease in plants, bushes and trees by breaking down the cells walls of bacteria causing diseases in plants, bushes and trees.

Claims

1. Mixing rhamnolipid with fertilizers and injecting the mix into the stem, root, trunk, or branch of a plant, a bush or a tree to cure diseases.

2. Mixing rhamnolipid with a fertilizer and spraying or soaking the stem, root, trunk, leaves or branch of a plant, a bush or a tree to cure diseases affecting plants, bushes and trees.

3. Mixing rhamnolipid with a fertilizer and adding the mixture to the gravel or sand at the base of a plant, a bush or a tree to cure diseases affecting plants, bushes and trees.

4. Mixing rhamnolipid with fertilizers and injecting the mix into the stem, root, trunk, or branch of a plant, a bush or a tree to prevent diseases affecting plants, bushes and trees.

5. Mixing rhamnolipid with a fertilizer and spraying or soaking the stem, root, trunk, leaves or branch of a plant, a bush or a tree to prevent diseases affecting plants, bushes and trees.

6. Mixing rhamnolipid with a fertilizer and adding the mixture to the gravel or sand at the base of a plant, a bush or a tree to prevent diseases affecting plants, bushes and trees.

Description

RHAMNOLIPID PRODUCTION

[0003] The production medium consisted of a Ca-free mineral salt solution with 15.0 g/L NaNO3, 0.5 g/L MgSO47 H2O, 1.0 g/L KCl and as a phosphate source 0.3 g/L K2HPO4. As sole carbon source soybean oil with a starting concentration of 250 g/L was used and 1 mL/L of the above-mentioned trace element solution was added.

[0004] The trace element solution contained 2.0 g/L sodium citrate2 H2O, 0.28 g/L FeCl36 H2O, 1.4 g/L ZnSO47 H2O, 1.2 g/L CoCl26 H2O, 1.2 g/L CuSO45 H2O, and 0.8 g/L MnSO4H2O. The fermentation was carried out at 37 C., pH 6.9, and the process was carried out for 158 h. The rhamnolipid produced was purified by acidification and then an extraction was carried out using ethyl acetate.

[0005] The molecular weight of the rhamnolipid is between 475 g/mol and 677 g/mol.

[0006] Because Rhamnolipid has both hydrophilic and hydrophobic components, Rhamnolipid facilitates its entry into cell membranes by breaking down the cell wall of bacteria causing diseases in plant, bushes and trees.