Description

Garden Shield™

Chitosan is the most powerful and effective non-toxic antimicrobial compound to come along since the discovery of quaternary ammonium compounds nearly a century ago.

“Quats” were created to clean institutions and hospitals back in the day and still are. The problem is, they are toxic to people.

It’s time to replace toxic antimicrobial products with non-toxic ones containing chitosan!

Chitosan has the distinction of being the only positively charged biopolymer in nature. That means, by its very nature, it can ELECTROSTATICALLY BIND TO ANYTHING WITH A NEGATIVE CHARGE – WHICH INCLUDES MOST PATHOGENIC BACTERIA, VIRUSES AND FUNGUS.

When that happens, the electrical charge can disrupt the integrity of the cell wall, causing leakage and death. It can also alter the DNA, RNA and affect the cell-dividing capability, rendering the bacteria or fungus harmless.

The mechanisms of action have been proven to work! This website will feature many recent and relevant science articles and field trial data to explain how it works.

Benefits and applications of chitosan oligosaccharides in agriculture:

Chitosan oligosaccharides are natural, biodegradable, non-toxic biopolymers with antimicrobial (antibacterial, antifungal, antiviral) properties.

They offer a sustainable and eco-friendly approach to agricultural practices by not contributing to environmental pollution, and aligning with green production principles.

Chitosan oligosaccharides have wide adaptability to plants, good affinity, no toxicity or side effects, and do not harm humans, animals or soil.

They promote root growth, seed germination, increase root hairs/fibrous roots, enhance water absorption, drought resistance and plant immunity.

They act as natural plant growth regulators, promoting stem growth while maximizing nutrient supply to fruits.

As seed coatings, they protect seed development and inhibit harmful fungi like powdery mildew through their bactericidal effects on soil and seeds.

As soil conditioners, they increase beneficial soil bacteria like actinomycetes while reducing harmful ones like Fusarium and nematodes, improving soil fertility.

They enhance the antibacterial, antiviral and immune abilities of plants, acting as “plant vaccines” to ensure healthy growth.

Their positive charge kills negatively charged pathogens that cannot build resistance.

Products like Garden Shield use chitosan oligosaccharides combined with citric acid to form antimicrobial membranes that allow plant respiration while providing pathogen defense.

Chitosan oligosaccharides are a breakthrough for sustainable agriculture by promoting plant growth, immunity and yield while being environmentally-friendly alternatives to agrochemicals.

 

Garden Shield™ is a proven non-toxic substance that can be put to work on the farm, garden or in the home the moment you get it.

DIRECTIONS FOR USE

Each 32 ounce bottle of Garden Shield™ will make 25 gallons of .1% solution, the perfect concentration for plant defense activation.

To make a .1% solution, mix .32 ounces in a gallon of water.

.32 ounces is roughly 2 teaspoons, or 1 capfull. 

One 32 Ounce bottle will make 25 gallons of .1% solution, enough to treat one acre of tobacco, hemp, or any other cash crop.

It will bring out a plant’s natural defenses in a way that is safe for the plant, humans and the environment.

If you get into a situation where the rain, heat and humidity could start spawning fungus, up the concentration to .25%.

If you are under full attack, go up to 1% and take care of business.

It offers numerous benefits for crop growth, stress resistance, and pest control.

This natural biopolymer not only promotes robust plant development but also induces broad-spectrum resistance, enhancing the plant’s innate defense mechanisms against various pathogens. Notably, chitosan is non-toxic, biodegradable, and environmentally friendly, making it an attractive alternative to conventional agrochemicals.

Boosting Plant Defense Mechanisms

Chitosan stimulates plants to produce resistance proteins that combat pathogens.

Numerous studies have demonstrated that chitosan oligosaccharide induces the production of chitinase, chitosanase, and β-1,3-glucanase in plants. Interestingly, these enzymes exhibit synergistic effects, amplifying their antibacterial and antifungal properties.

Garden Shield™ has a Degree of Deacetylation greater than 98% and a Molecular Weight of just 3000 Daltons. The addition of Citric Acid as an anti-microbial proton donator is how we are able to achieve such a high and lethal charge density with Garden Shield™.

Lignin Formation

Lignin, a major component of plant secondary cell walls, is inherently resistant to microbial degradation. Extensive research has confirmed that chitosan oligosaccharide in Garden Shield™ can trigger lignification around infected sites, forming a physical barrier that prevents or delays the growth and spread of pathogenic bacteria to surrounding healthy tissues, thereby enhancing the plant’s disease resistance.

Modulation of Phenolic Metabolism

Phenolic compounds, such as tannins and chlorogenic acid, are known to accumulate in large quantities at plant infection sites. These phenolic substances possess bactericidal properties and serve as precursors for lignin formation. Consequently, the increased production of phenolic compounds in plants not only directly inhibits pathogens but also promotes lignification, further bolstering the plant’s disease resistance.

Environmental Sustainability

In addition to its beneficial effects on plant health and productivity, Garden Shield™ offers a sustainable and eco-friendly approach to agricultural practices. Being non-toxic and biodegradable, this compound does not contribute to environmental pollution, aligning with the principles of green production and sustainable agriculture.

Advantages

Garden Shield™ has wide adaptability to plants, good affinity, no toxicity, no side effects, no harm to humans and animals, biodegradability, slow degradation to small molecular carbohydrates, and no pollution to the environment. 

Unlike companies that produce inferior products containing “chitosan”, our products are guaranteed to work. Our concentrations work at the exact pH necessary because our ingredients and concentrations were designed by chemists. We don’t make general statements or parrot general findings in hopes the product will work. If the pH, degree of deacetylation or molecular weight are not exactly correct, chitosan will be less antimicrobial or completely ineffective. Quality matters.