Rhamnolipid produces non-toxic and environmentally-friendly biosurfactants for various indusrties and applications
Rhamnolipid repellent and disinfectant for the Cannabis Industry
This application uses biosurfactants as a repellent and disinfectant for cannabis crops, cannabis personnel clothing and equipment. We can spray our biosurfactants in groweries to prevent the spread of pathogens and pests.
Using test strips to determine the gender of a plant, tree, bush or shrub
Our test strip technology has the ability to determine the gender of a cannabis plant. By pressing the test strip against the leaf, roots or the stem, gender can be determined by the reaction of the chemical on the test strip.
Biosurfactant test strip identification and control of pathogens and pests
Our test strip technology also has the ability to detect specific pathogens and pests in trees, plants, bushes and shrubs. The test strip causes a chemical and a biosurfactant to react to organic and inorganic material. By pressing the test strip against the leaf or the stem, pathogens, pests and fungi can be detected. It can also determine which biosurfactant treatment to use.
Cure and prevent diseases in plants, bushes and trees using rhamnolipid liposomes
This application can eliminate plant diseases by breaking down the cell wall of plant pathogens using rhamnolipid liposomes. After the disease has been eradicated, our application can prevent further infection and allow the plant to return to full health.
Biosurfactant Mosquito Applications
Our biosurfactant mosquito applications repel and prevent mosquitos, flies and other insects from plants and agricultural commodities.
Plant and tree gender identification using computer data mining and AI
Our technology can detect the gender of a plant and tree using artificial intelligence, high definition imaging and data mining by tagging and analyzing pictures containing differences between male and female plants. The neural network can then learn which gender the plant is by taking an image of it.
Drone nanotechnology measuring minute particles of biological and/or chemical elements of weight and size, surface reaction and spectrum absorption of plants and trees
We can detect femtogram sized organic and inorganic particles, using biosensor technology, to detect what pathogen is present in a plant or tree and how long it has been present. The sensors can also detect soil contamination.
Preventing and Destroying Citrus Greening and Citrus Canker using Rhamnolipid
Our biosurfactants can prevent and destroy Citrus Greening and Citrus Canker by destabilizing the cell wall of citrus diseases preventing their proliferation.
Provisional Rhamnolipid Liposomes Agricultural Applications
Our new agricultural rhamnolipid liposomes invention has a greater effect on diseases that are affecting the agricultural industry than other applications that are toxic to the environment.
Using Peptides encapsulated in Rhamnolipid Liposomes for Agriculture Applications
This application inhibits DNA Gyrase and Topoisomerase IV (Topo IV) activities, blocking the DNA bacterial replication and regulating its cell growth for new antimicrobial applications. Because Rhamnolipid has both hydrophilic and hydrophobic components, the Rhamnolipid Liposome combination facilitates the entry of the peptide into cell membranes. Cell permeability is created by using this application. When Using Peptides with Rhamnolipid Liposomes, microbial inhibition is obtained.
Peptides and rhamnolipid liposomes inhibit bacterial replication in plants, bushes and trees
This application inhibits bacterial replication in plants by blocking the DNA bacterial replication
Rhamnolipid Fertilizers and Sprays
This application uses biosurfactants as a fertilizer supercharger and to spray plants and soil to accelerate the growth and nutrient intake of plants.
Mobile Rhamnolipid Oil spill response “Moros response”
Our mobile rhamnolipid manufacturing units can remove oil and diesel from water. The mobile rhamnolipid fermentation vehicles, some being powered by solar panels, can convert the oil and diesel spillage into rhamnolipid. The rhamnolipid can then be used to break apart the petroleum oil and diesel oil “hydrocarbons” in the water and inland.
Pharmaceutical Peptides and Rhamnolipid Liposomes
This application is an internalization of a peptide inside a rhamnolipid liposome. This peptide is able to inhibit DNA Gyrase and Topoisomerase IV (Topo IV) activities, blocking the DNA bacterial replication, regulating its cell growth for new antimicrobial drugs.
Cannabis Diseases, Inc.
Cannabis Diseases uses biosurfactant applications to prevent and treat cannabis pathogens and pests using rhamnolipid disinfectants, treatments and repellents. Cannabis Diseases also has technologies to quickly detect the gender of cannabis plants and to detect pathogens affecting cannabis crops.
Rhamnolipid, Inc. produces non-toxic and environmentally friendly rhamnolipid biosurfactants for various applications and industries. Rhamnolipid has many production technologies and breakthrough production processes that make them the leaders in biosurfactant production.
MOROS Response, Inc.
MOROS Response uses artificial intelligence (MOROS AI), drones, image data mining, cantilever technology and mobile rhamnolipid applications to detect and treat environmental contamination and crop pathogens.
Agrilipid uses biosurfactants to control Citrus greening, Citrus Canker, Citrus Black Spot and other agricultural diseases.
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