When present, mono-silicic acid increases the pressure of the vascular system (like our own circulatory system). Mono-silicic acid is particularly good at increasing the transport of heavy, immobile minerals like calcium. Think of it as a train engine that helps pull other “cars” through the plant sap. Mono-silicic acid has a remarkable effect on the uptake of other nutrients. Stronger cells keep their structural integrity for longer.
#APTUS REGULATOR SKIN#
Then, as you deflate, the skin of the balloon becomes soft and yielding. Imagine filling a water balloon – the balloon is firm and taught. In the case of drought, stronger cell walls are better at maintaining water balance inside the cells. Silicon makes firmer cells that compress less when bent. When the wind blows and bends a stem in one direction, cells on the downwind side are compressed. Cells are able to maintain their shape amid environmental attacks. Silicon is deposited in the cell walls creating a strong, rigid structure, much like a brick wall cemented together. Triggers the production of immunity compounds, as well as drawing silicon to the point of attack to rebuild and strengthen tissue. Immunity – Stimulates plant’s immune system.
Pressurizes the plant sap to allow a better and more even flow of nutrients throughout the plant circulatory system. Nutritional – Increased and more balanced uptake of nutrients.Mechanical – Builds structure and resistance to stressĭeposits silicon directly into the outer layer of the cell creating a rigid barrier and a more solid structure.Mono-silicic acid has three primary effects on plants: Over time silicic acid will recombine with itself in polymer form, which is why it’s important to mix fresh nutrients and feed immediately. When added to clean water, the monomer is activated allowing it to enter plant, carrying nutrients with it.
Aptus Regulator is still the only true mono-silicic acid. We were the first to bring a stabilized mono-silicic acid product to market, and since then quite a few competitors have tried to reproduce it. In order for plants to use silicic acid it must be in monomer form (single molecule, mono-silicic acid).Īptus Regulator, our flagship product, contains this mono-silicic acid in high concentrations in a stabilized form. And not all silicic acid is created equal! In nature, silica exists in polymer form because it is stable. Silicic acid is therefore the most effective silicon additive since it’s 100% bioavailable. This destroys the micro-life populations and minimizes the silicification process. Crops are often harvested in a matter of weeks or a couple months, after which growing substrates are often discarded or sterilized. This process is called silicification, and it can take weeks or months before it occurs in any meaningful amount.įor most applications however, speed and bioavailability are critical. Microbes will have to convert it into silicic acid before the roots can take up the silicon. Its molecules are too large to penetrate our plants cell walls. So, in its most common forms silicon is not readily absorbed into biological tissues. That means a grower may add silicon additives but not experience the true power of growing with silicon. This process is slow and depends on many factors. In nature, microbes convert unavailable forms of silicon into (mono)silicic acid – the only (!) bioavailable form of silicon. Silicon is everywhere but is generally unavailable to plants. These benefits include resistance to stress, immune system boost, and increased nutrient uptake. Large numbers of growers are familiar with the benefits of including it in their feeding regimen. Even though it’s not considered essential to plant development, the effects of (bioavailable) silicon in plants are remarkable. Silicon has only recently been classified as a beneficial plant nutrient. It’s used in agricultural fertilizers too. Silicon is found in things like glass, concrete, porcelain and electronics. What do you think about when you hear “Silicon”? Is it breast implants? Well, that’s far from the only use of the second most abundant element on earth.
0 kommentar(er)
