Product Description
Global climate change is a significant threat to the survival of natural ecosystems Climate change is a dynamic multifaceted system of alterations in environmental conditions that affect abiotic and biotic components of the world It results in alteration in environmental conditions such as heat waves the intensity of rainfall CO2 concentration and temperature that lead to rising in new pests weeds and pathogens Climate change is predicted to increase the risk of hybridizationinduced extinction of natural varieties of crops Climatic variation even for a short period adversely affects the physiological development of plants yield Efforts from researchers are required towards discovering safe single molecules which can elevate resilience in plants to withstand the uncertain climatic stress Apart from the traditional inputs like Fertilizers agrochemicals bio stimulants growth promoters there is a necessity of a product line which can precisely help plants to combat climatic stress
Carrabiitol is a Novel patented product that maintains the osmotic balance of plant cells by activating precise signaling pathways via Knockon impact Carrabiitol induces plant resilience against abiotic stress conditions thereby maintaining quality yield under adverse growth conditions
Key Benefits
- Enhances vigor and strengthens the plant under abiotic stresses
- Maintains osmotic balance of the cells
- Increases Marketable Yield under abiotic stresses
- Activates precise signaling pathway based on Knock-on Impact
- Maintains the cytosolic PH of the cells
- Prevents damage to macromolecules like proteins, Enzymes and DNA.
Stage of Application:
- Before the critical growth stage of the plants. Can also be applied as a precautionary measure based on weather forecast.
Method:
Effective on plants:
- Vegetables, Cereals, Pulses and Fruit crops
Dose:
- 1-3 Liter/hectare. Dilution 3 ml per liter of water.
Versatile Pharmaceutical IntermediateCarrabiitol A serves as a dependable intermediate in pharmaceutical synthesis, supporting a variety of applications. Its solubility in water simplifies incorporation into numerous chemical formulations. As an industrial and pharmaceutical grade reagent, it meets stringent quality standards and can be employed confidently in demanding production and research settings.
Safe Storage and Extended Shelf LifeTo ensure optimal efficacy, Carrabiitol A should be stored in a cool, dry area, shielded from direct sunlight. When these storage conditions are observed, the product maintains stability and effectiveness for up to two years. Proper handling and storage extend the reagent's shelf life, reducing waste and ensuring reliable supply.
FAQ's of Carrabiitol A:
Q: How should Carrabiitol A be stored to ensure maximum shelf life?
A: Carrabiitol A should be kept in a cool, dry environment, away from direct sunlight. Adhering to these storage conditions helps preserve its effectiveness for up to two years.
Q: What are the main uses of Carrabiitol A in pharmaceutical and chemical industries?
A: Carrabiitol A is mainly utilized as a pharmaceutical intermediate and a chemical reagent, supporting synthesis and research processes in both industrial and laboratory settings.
Q: When is Carrabiitol A typically incorporated during the pharmaceutical manufacturing process?
A: As a pharmaceutical intermediate, Carrabiitol A is typically added during early or mid-stage synthesis, depending on the specific chemical pathway and desired end product.
Q: Where is Carrabiitol A manufactured and supplied from?
A: Carrabiitol A is produced, supplied, and traded in India by a reputable manufacturer, service provider, and trader that adheres to high-quality standards.
Q: What is the process for using Carrabiitol A as a reagent in chemical reactions?
A: Carrabiitol A is introduced into chemical reactions as a water-soluble reagent. Its compatibility with aqueous solutions enables easy integration into a variety of chemical synthesis protocols.
Q: What benefits does Carrabiitol A offer for pharmaceutical applications?
A: Carrabiitol A provides consistent quality and solubility, making it suitable for precise pharmaceutical processes. Its stable shelf life and reliable performance help improve productivity and reduce quality concerns.