DELTA 9

Increases the crucial protein and enzyme activity for the biosynthesis of cannabinoids, especially THC.

The new biosynthetic pathways of CBD and THC carve out a new landscape for the study of the production of endogenous cannabinoids in plants. THCA synthase is a high molecular weight protein with enzymatic activity directly involved in the biosynthesis of tetrahydrocannabinolic acid (THCA) and therefore of THC. When the activity of this enzyme is obstructed, THC levels decrease which favours the levels of other cannabinoids and second order products.

CannaBioGen R&D has developed DELTA NINE. It is a revolutionary product consisting of three substances which contribute naturally in living organisms, from the pharmaceutical industry and devoid of phytotoxicity. The DELTA NINE synergy acts as a bioestimulant of the natural processes of the metabolism of the cannabis WITHOUT ALTERING IT, increasing a very specific and crucial protein with enzymatic activity for the biosynthesis of cannabinoids, particularly THC.

In order to provide the plants with the adequate resources to develop, stimulate and promote other directly related bioprocesses (storage, cofactors of organic and inorganic substrate, enzymes, essential amino acids, etc.), we have added a pure Ascophyllum nodosum seaweed extract of species.

CannaBioGen R&D has tested various commercial algae products of this species, selecting those which are most suitable because of the quality and richness of the bioactive components and nutrients from crops from the richest waters in the North Atlantic.

The dosage and proper treatment naturally provide more than 60 macro and micro nutrients, carbohydrates, amino acids and growth promoters to increase the yield, flowering, quality and vigour of the cannabis without compatibility problems or excesses.

The cytokinins, auxins and natural gibberellins stimulate cell division and the biosynthesis of proteins and enzymes. Cytokinins are involved in all phases of plant growth from the formation of the roots to the development of the stems, leaves and flower buds. The affect on the cannabis is remarkable, especially when stimulating and encouraging the processes of defence against stress, which yields an increased production of cannabinoid laden resins without a significant impairment in the overall yield in developing a higher tolerance.

The stimulation in the synthesis of enzymatic antioxidants (Primarily Dismutase, Peroxidase and Reductase) and non-enzymatic antioxidants (alpha-tocopherol/Vitamin E, beta-carotene/Vitamin A and Ascorbate/Vitamin C) protects the cell membrane against oxidation and deterioration thus generating the endogenous concentration of resins.

The perfect natural absorption of complex macro and microelements at the right moment by amino acids enables the plant to have an exceptional development and vigour. The amino acids also act as potent biostimulators of the general metabolism of cannabis, which is why the nutrient supplementation in our formulation is very necessary for the plants to develop to their full potential.

The betaines, polyamines and oligosaccharides are also involved in stimulation of cell metabolism. The osmotic equilibrium of the cells is favoured primarily while protecting them at the same time, thus providing improved functionality without significant cell damage. On the other hand, the polyamines and oligosaccharides are produced naturally by the plants, and of what little is known regarding these, they are conducive to the production of ethylene which affects the quality improvement, floral maturation, aroma and flavour, while reducing the extra energy expenditure involved in the manufacture of these substances by the plant when supplied externally.

Finally, the systemic acquired resistance (SAR) is increased by protein biosynthesis, which has been described as the ability of plants to "vaccinate itself" against diseases, insects and stress, which enables the trichome and cannabinoid production to be carried out without the biological deterioration and impairment in the cannabis by other substances. The biogenesis of each individual plant thus seems to be endless and provides a high flower yield.

In short, with DELTA NINE, the highest specific synergy for the professional cultivation of cannabis is obtained with immediumte visible results that provide an increase of 25% in the THCA levels and 30% in the flowering yield in FOUR PHASES:

General Biostimulation of all metabolic processes in Cannabis Sativa L by means of the selective incorporation of the proper and precise substances for this plant species.

Promoting and facilitating the production of terpenes and cannabinoid forerunners (Primarily geranyl pyrophosphate and Cannabinogerol) of the THCA biosynthesis (tetrahydrocannabinolic acid).

Two specific substances act as fermentation cofactors of the substrate in the THCA enzymatic catalysis, thus increasing the production of this enzyme.

Selective activation and stimulation of the "THCA synthase" enzyme protein which is essential for the production of THC.



Composition and analysis

Algae extract 9.5 %
of the Ascophyllum nodosum species
Nitrogen (N) 1.5%
Phosphorus (PO2) 4.0%
Potassium (KO2) 3.0%
Magnesium (MgO) 1.0%

Microelements
Sulphur (S) 210.0 ppm
Boron (B) 27.5 ppm
Barium (Ba) 25.0 ppm
Cobalt (Co) 8.0 ppm
Copper (Cu) 126.0 ppm
Manganese (Mn) 70.0 ppm
Molybdenum (Mo) 1.2 ppm
Zinc (Zn) 115.0 ppm
Calcium (Ca) 3.0%
Iron (Fe) 0,7 %
Cadmium (Cd) Traces

AMINO ACIDS
(gr of amino acids/100 gr of protein):

Alanine
5.3
Arginine 8.0
Aspartic acid 6.9
Cysteine ​​Traces
Glutamic acid 10.0
Glycine 5.0
Histidine 1.3
Isoleucine 2.8
Leucine 4.6
Lysine 4.9
Methionine 0.7
Phenylalanine 2.3
Proline 2.6
Serine 3.0
Threonine 2.8
Tyrosine 0.9
Ttryptophan Traces
Valine 3.7

Enzymatic Bioactivator 0.7%
Vitamin Complex 1.0%
Cytokinins 600/800 ppm
Carbohydrates, Alginic acid, Mannitol and Laminarinase
Auxin Growth Promoters, Gibberilinas and Cytokinins.
Enzymatic and non-enzymatic antioxidants (Vitamins A, E and C)

How to use

At least THREE applications are needed but preferable FOUR, TWO by way of foliar spraying of the leaves and stems of the plants and TWO in the soil, or any substrate medium (including in the water of the hydroponic systems) to be absorbed by the roots using a sprinkler or drip. It is a perfect substitute for fertilizer. However, its exclusive use as such makes the production and harvest more expensive. Therefore, it should be used complementarily with the usual dose of other fertilizers.

Foliar Application:

Two applications; the first of which will consist of 4-6 ml per litre of non-calcareous water in the prefloral stage (a week prior to flowering) by spraying the entire plant. The second 10 days after flowering has begun (10-15 days between each application), with the same dosage.


Application in soil and hydroponics:

Applied in the beginning of the flowering phase in the peak floral stage (thirty days after flowering has approximately begun) with a dose of 4-6 millilitres per litre of non-calcareous water in both cases, and a third application of 6 - 8 ml/litre at 15 days after the previous application (45 days after flowering has started).

C.E. at 25°C of 1240 mcS/cm with a dose of 5 ml/l.



Compatibilities

With all kinds of products with a pH between 5 and 8.