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Moreco technology
Moreco validates and distributes high-performance patented solutions based on stabilised orthosilicic acid (OSA). We work closely with leading scientific institutes and our strategic partners — the true pioneers and designers of this unique OSA technology. Moreco’s agricultural specialities are derived directly from the human, pharmaceutical OSA formula and are manufactured under strict GMP certification. Together, we turn this cutting-edge R&D into advanced applications for agriculture, human health and the veterinary sector.
This molecular OSA technology ensures superior bioavailability and transcellular assimilation, optimising physiological processes and metabolic pathways within the organism to the highest level.
By bringing together scientific innovation, the pharmaceutical precision of GMP standards and the expertise of the original inventors, Moreco sets the new standard in cellular resilience and physiological performance.
MORECO — One World. One Health.
New scientific research led by Mohammed VI Polytechnic University (UM6P) in Ben Guerir confirms the crucial role of silicon (OSA) in protecting crops against extreme drought, salinity and disease. The study brings groundbreaking insights and a strategic foundation that aligns perfectly with the cutting-edge technological development of Orthagrow Control.
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Since 2012, Moreco has been validating and distributing patented solutions based on bioactive, directly assimilable silicon (stabilised orthosilicic acid). Together with our strategic partners — the pioneers of this unique OSA technology — we optimise crop performance in agriculture and support vitality, immunity and tissue health in people and animals.
While the importance of (Si) in agriculture is poorly accepted, it will be when the consequences of adding (Si) to the soil are properly understood! In the past everyone thought that (Si) was not needed except as an ordinary constituent of the soil. Now it is slowly being accepted as an important beneficial element inside plants for their proper functioning.
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Dr Victoria Fernández, from the Forest Genetics and Eco-physiology Research Group, School of Forest Engineering at the Technical University of Madrid, has the story for New Age International. She tackles the answers to some of these questions in scientific and applied terms, stressing the great market potential and usefulness of foliar nutrient sprays as a more target-oriented, sustainable and environmentally-friendly complementary fertilisation method.
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We present here new evidence that the exportation of straw can lead to the depletion of the soil phytoliths pool in 10 years. In order to maintain the current levels of Si in crops, the contribution of other soil silicates such as clay minerals to the phytoavailable silica pool may become a key parameter, when straw is exported.
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The absorption and urinary excretion of Si from stabilized orthosilicic acid (OSA), standardized herbal silica extract from the Si-accumulator plant Equisetum arvense, and colloidal silicic acid were compared in a double-blind study with healthy subjects.
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Reflections upon and recent insight into the mechanism of formation of hydroxyaluminosilicates and the therapeutic potential of silicic acid.
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Mavita Health is a unique mineral complex composed of ten essential natural spore- and macro elements. The most essential mineral of this is silicon. Every human being will get, despite a balanced and healthy nutrition, a lack of certain minerals as one gets older. This is caused by the fact the European soil does not contain enough spore elements.
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Hair follicle cells have a high turnover. Their active metabolism requires a good supply of nutrients and energy. A caloric deprivation or deficiency of several components, such as proteins, minerals, essential fatty acids, and vitamins, caused by inborn errors or reduced uptake can lead to structural abnormalities, pigmentation changes, or hair loss, although exact data are often lacking. Combined deficiencies are not uncommon, especially in malnutrition.
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