Problem Statement;

  Chemical manipulation of groundwater, soil, and air though they work they have side-effects. Fertilizers even though organic in most cases kills natural fauna in the soil decreases survivability and will burn the plant. Overwatering which produces waste from plants and food that cant be used due to oversaturation. Enzymes are now being added to the fertilizers, to help support ground fauna, which is an improvement.  However, the new process helps Plants in more direct interaction with the plant and ground fauna.  Due to the purity and structure of the proteins in a liquid form and organic suspension fluid. This extremely fast production of proteins supplements helps to maintain stability under shorter light timeframes, colder conditions and lower water consumption for increased food production, growth and plant stability in the extreme weather on earth and within a space environment.

Target Customer :

Extreme cold temperatures, shorter daylight timeframes and drought areas on earth and any outer space focused organization or person interested in growing and maintaining plant stability in space or on another planet under extreme conditions such as Mars, Moon or space station.  I could find no research out in the open that shows any progress or endeavors concerning extreme cold or light restrictions in agricultural research on protein manipulation of plant cellular function.

What people are doing that are facing this problem:

Chemical manipulation of groundwater and soil by using nitrogen and chemicals,  in the air through using CO2 in the air system. Fertilizers even though organic in most cases kills or competes with the necessary natural fauna in the soil to maintain the plants' survivability.  Overwatering which produces waste from plants and food that cant be used due to oversaturation.  However, the new process helps more in a more direct interaction with the plant and ground fauna.  Due to the purity and structure of the proteins in a liquid form and organic suspension fluid.

What value your product/service will provide:

In space, the need is to have the ability to create plant proteins needed in a small area quickly, cost-effectively, and efficiently to produce food.  As compared with having to create and ship it to the location from a terrestrial location.  On earth, less water, and manufactured chemical products that deplete soil and its living organisms. These new proteins increase soil fauna and plant structures, the use of the product or products to be developed to assist the plant to increase its efficiency in such extreme conditions.  I had young apple trees still with leaves in January at 17 deg F along with tomato plants still producing quality fruit until temps hit 16 degrees F then the tomato died and the leave fell off the trees, this was after a 3-week freeze and 3 days at those temperatures.