Trehalose-6-Phosphate

Trehalose-6-Phosphate (T6P) is a key intermediate metabolite in the trehalose biosynthetic pathway, belonging to the class of sugar phosphate derivatives. With the molecular formula C₁₂H₂₃O₁₇P, it serves as an important sugar signaling molecule that precisely regulates the balance between plant sugar metabolism and growth and development, exhibiting physiological activities in maintaining cell homeostasis and responding to environmental signals.

With the in-depth development of precision agriculture and plant regulation technology, T6P has been widely applied in crop science, demonstrating significant efficacy in improving stress resistance and optimizing carbon allocation.

• Foliar Spraying: Spray evenly on both sides of leaves until moist but not dripping.
• Drip Irrigation/Drench Application: Absorbed through root systems, suitable for large-scale cultivation.

Dilute 500-1000 times (i.e., dilute 6% stock solution 500-1000 times) to achieve a final active ingredient concentration of 60-120 ppm.

Can be mixed with most neutral or weakly acidic foliar fertilizers, trace elements, and biological pesticides. It is recommended to conduct small-scale compatibility tests first. Avoid direct mixing with strong acids, strong alkalis, or copper-containing preparations.

Store in a sealed container in a cool, dark place. Use up promptly after opening.

• Precise Regulation & Stress Activation: As an endogenous plant signal synergist, it effectively perceives and transmits stress signals, initiates stress-resistance gene expression and metabolic reprogramming, reduces stress-induced damage to cell structures, promotes the translocation of photosynthates to key parts, extends the effective growth period of crops under stress, and enhances stress survival and recovery capabilities.
• Carbon Stabilization & Quality Enhancement: By regulating the sugar metabolism and hormone signaling network, it optimizes the source-sink relationship, promotes root development and nutrient absorption, guides the efficient allocation of photosynthates to fruits and grains, effectively improving crop yield potential and quality indicators, as well as enhancing fruit sweetness, color, and nutrient accumulation.
• Systematic Protection & Tolerance Enhancement: As a compatible solute and metabolic stabilizer, it maintains cellular osmotic balance and the function of biological macromolecules, systematically enhancing crop tolerance to multiple abiotic stresses such as drought, low temperature, salinization, and high temperature, helping crops maintain stable yields amid climate change.