RAMCIDES CROPSCIENCE PRIVATE LIMITED

Nathampannai, Pudukkottai, Tamil Nadu

VesoMax is a liquid fertilizer containing essential nutrients Nitrogen and Phosphorus along with micronutrient Zinc. VesoMax is a completely water soluble, efficient liquid fertilizer. VesoMax helps in new cell formation and root development. VesoMax helps in the formation of proteins and amino acids. VesoMax stimulates early root development, vegetative growth (tillering/branching) and fruit set. VesoMax helps in improving crop resistance against stress. VesoMax increases the number of flowers and fruits. Ensures the growth and high yield of all crops. Enhances the shelf life of the produce.

Helps in translocation of carbohydrates and activates enzyme action in plants. Reduces biotic and abiotic stress. VesoVit helps in sustaining the consistency of the cell wall, ensuring the fruits form and luster. Enhances the flowering process and improves flower setting. VesoVit enhances fruit size. VesoVit prevents premature bud and blossom drop. Improves fruit and floral shelf life.

Vesol Contains essential nutrients Potassium and Sulphur. Improves macro, micronutrients availability and uptake by the crop. Accelerates the process of synthesis and functioning of enzymes & Vitamins in the plant. Boosts Crop resistance to environmental stress. Provides Quickly available and extended release sulphur. Highly efficient Chloride and nitrate free liquid source of potassium and sulphur. Vesol to be sprayed at the rate of 2.5 5ml per litre of water. Vesol can be used on all crops. Foliar Application Can be sprayed 3-4 time during various stages of the crop growth

Absorption and transportation of micronutrients within the plant through chelation Stomatal functioning regulates faster penetration Enhances pollination and fruit formation Promotes more number of flowers and fruits Increases fruit weight and firmness Increases the biomass production and crop yield Enhances the shelf-life of produce Increases the tolerance of plants against biotic and abiotic stress

Enhance vegetative growth of plant Prevents pre-mature dropping of flowers and fruits. Promotes more number of flowers and fruits Enhances quality produce and yield Relieves biological and non-biological stress of plant Promotes growth of meristematic tissues in plant and enhances the photosynthetic activity

A total nitrogen fixation enabler in root nodules from atmosphere Improves root propagation An efficient pulses booster Helps the plant system to produce bold grains and no shriveled grains Increases the biomass production and crop yield Enhances the shelf-life of produce Increases stress resistance and mitigates drought

Provides extensive branching with lush green foliage Absorption and transportation of micronutrients within the plant through chelation Increases pollen germination and uniform ripening of fruits Increases the biomass production and crop yield Enhances the shelf-life of produce increases the tolerance of plants against biotic and abiotic stress

Enhances development of radicles with profuse primary and secondary root development Improves resilience to transplantation shock Acts as a natural chelator for micronutrients in soils and increases their availability to plants Enhances uptake of nutrients from rhizosphere Improves microbial activity of soil Improves microflora of soil and assimilation of nutrients Promotes budding and flowering Increases fruit weight and firmness Increases the biomass production and crop yield Enhances the shelf-life of produce Increases the tolerance of plants against biotic and abiotic stress

Rapidly absorbed by leaves, roots and seeds Translocate acropetally in xylem Long residual effect Anti-sporulant property reduces secondary spread

Depletion of thiols (particularly glutathione) from germinating fungal cells, leading to disruption of glycolysis and energy production, fungistasis Multi-site inhibitor affecting various enzymes and other metabolic processes in fungi Exerts its effect on fungi by tying up free glutathione and prevents activation (reduction) of glyceraldehyde-3-phosphate dehydrogenase, and perhaps similar other enzymes Inhibits spore germination and is toxic to fungal cell

Reacts with, and inactivates the sulfhydryl groups of amino acids and enzymes of fungal cells, resulting in disruption of lipid metabolism, respiration and production of ATP Inhibits spore germination of fungi Multi-site activity on cell wall

Applications should be made immediately after the spray solution is prepared Ensure thorough and uniform coverage For effective results, spray when first symptoms of disease are noticed.

Inhibits mitochondrial respiration by blocking electron transfer between cytochrome b and cytochrome c1 Sterol demethylation (ergosterol biosynthesis) inhibitor. Shake well before use Applications should be made immediately after the spray solution is prepared Ensure thorough and uniform coverage For effective results, spray when first symptoms of disease are noticed.

Hexaconazole has systemic action and inhibits ergosterol biosynthesis Validamycin produced by Streptomyces hygroscopicus acts as systemic and inhibits fungal trehalase resulting in dehydration of fungal spores Shake well before use Applications should be made immediately after the spray solution is prepared Ensure thorough and uniform coverage For effective results, spray after tillering at the start of panicle initiation to milk stage

Inhibits protein synthesis by interference with the synthesis of ribosomal RNA and thereby prevents growth and reproduction of fungi Disrupts lipid metabolism Applications should be made immediately after the spray solution is prepared Ensure thorough and uniform coverage For effective results, spray when first symptoms of disease are noticed.

Inhibits mitochondrial respiration by blocking electron transfer between cytochrome b and cytochrome c1 Sterol demethylation (ergosterol biosynthesis) inhibitor Inhibits cell membrane and thereby stops development of fungus Rapid uptake through plant parts and translocated through xylem and has translaminar action Inhibits spore germination.

Inhibits beta-tubulin synthesis (microtubule formation) Inhibits development of germ tubes the formation of appressoria and growth of mycelia Reacts with, and inactivates the sulfhydryl groups of amino acids and enzymes of fungal cells, resulting in disruption of lipid metabolism, respiration and production of ATP Multi-site activity on cell wall inhibits spore germination

Non-specific thiol reactant, inhibiting respiration Reduced to hydrogen sulfide, which is the active form Multi-site activity Applications should be made immediately after the spray solution is prepared Ensure thorough and uniform coverage For effective results, spray when first symptoms of disease are noticed.

Inhibits fungal trehalase resulting in dehydration of fungal spores Abnormal branching of hyphal tips followed by cessation of further development Shake well before use Applications should be made immediately after the spray solution is prepared Ensure thorough and uniform coverage For effective results, spray when first symptoms of disease are noticed.

Shake well before use Applications should be made immediately after the spray solution is prepared Ensure thorough and uniform coverage For effective results, spray when first symptoms of disease are noticed.

Inhibits cell division and thereby fungus growth Wide spectrum of activity against various pathogens Enhanced phytotonic and anti-fungal effect due to S atom Absorbed by leaves and roots Wound protectant for pruned trees Quick and long duration effect

Applications should be made immediately after the spray solution is prepared Ensure thorough and uniform coverage For effective results, spray when first symptoms of disease are noticed. Rapidly absorbed by roots and foliage translocated in the xylem and apoplast within the plant

Inhibits protein synthesis by interference with the synthesis of ribosomal RNA and thereby prevents growth and reproduction of fungi. Absorbed by leaves, stem and roots Controls air and soil borne diseases Controls pre-emergence and post-emergence damping-off

Absorbed by the plant, translocated and accumulates in leaf tissues & panicles to avoid bacterial invasion Inactivates the enzymes methyl transferase which results inhibition of phosphor-lipid biosynthesis. Hampers the cell membrane permeability and disrupts cell wall deposition Inhibits the formation of infection peg or cellulase secretion which prevents the penetration and elongation of infecting hyphae

Inhibits EPSP synthase (5-enolpyruvylshikimate 3-phosphate) enzyme in Shikimate pathway Inhibition of EPSP synthesis prevents production of amino acids & protein synthesis which leads to plants (weeds) death Method of ApplicationFoliar spray : CompatibilityCompatible with most of the products. : Packaging250 ml, 500 ml, 1 L, 5 L, 20 L : AntidoteNo specific antidote is known. Treat symptomatically. : PrecautionsUse PPE during application. Read and follow all instructions on the label and leaflet thoroughly. : Toxic LevelTriangle colour: Blue, moderately toxic Cautionary Word: Danger :

Inhibits EPSP synthase (5-enolpyruvylshikimate 3-phosphate) enzyme in Shikimate pathway Inhibition of EPSP synthesis prevents production of amino acids & protein synthesis which leads to plants (weeds) death Method of ApplicationFoliar spray : CompatibilityCompatible with most of the products. : Packaging100gm 1kg : AntidoteGastric lavage, supportive and symptomatic treatment. : PrecautionsUse PPE during application. Read and follow all instructions on the label and leaflet thoroughly. : Toxic LevelTriangle colour: Blue, moderately toxic Cautionary Word: Danger

Inhibits branched chain amino acid synthesis (ALS or AHAS) Inhibits biosynthesis of the essential amino acids valine and isoleucine and thereby stops cell division and plant growth Method of ApplicationFoliar spray : CompatibilityCompatible with most of the products. : Packaging20 g & 80 g : AntidoteGastric lavage, supportive and symptomatic treatment. : PrecautionsUse PPE during application. Read and follow all instructions on the label and leaflet thoroughly. : Toxic LevelTriangle colour: Blue, moderately toxic Cautionary Word: Danger

Acts by inhibiting Acetyl-CoA carboxylase enzyme and photosynthesis Superoxide generated during photosynthesis damages cell membrane and cytoplasm Method of ApplicationFoliar spray : CompatibilityCompatible with most of the products. : Packaging250 ml, 500 ml, 1 L, 5 L, 20 L : AntidoteNo specific antidote is known. Treat symptomatically. 500 ml of 30% suspension of sterilized bento or fullers earth may be given orally. : PrecautionsUse PPE during application. Read and follow all instructions on the label and leaflet thoroughly. : Toxic LevelTriangle colour: Yellow, Highly toxic Cautionary Word: Poison

Pre-emergence and post-emergence Pendimethalin affects plants by inhibiting cell division and cell elongation Imazethapyr Inhibits branches chain amino acid synthesis (ALS or AHAS inhibitor) Disruption of Protein and DNA synthesis Method of ApplicationFoliar spray : CompatibilityCompatible with most of the products. : Packaging250 ml, 500 ml & 1 L : AntidoteThere is no specific antidote. Treat symptomatically. : PrecautionsUse PPE during application. Read and follow all instructions on the label and leaflet thoroughly. : Toxic LevelTriangle colour: Blue, moderately toxic Cautionary Word: Danger

Inhibition of enzyme Acetolactate synthase (ALS) and Acetohydroxy acid synthase (AHAS) Inhibition of ALS leads to rapid cessation of cell division and subsequent growth processes Absorbed through the roots and foliage and translocated to the apex of the plants Method of ApplicationFoliar spray : CompatibilityCompatible with most of the products. : Packaging8 g : AntidoteNo specific antidote is known. Treat symptomatically. : PrecautionsUse PPE during application. Read and follow all instructions on the label and leaflet thoroughly. : Toxic LevelTriangle colour: Blue, moderately toxic Cautionary Word: Danger

Inhibits growth and reduces cell division Rapidly spreads on soil and disrupts cell division at the time of weed seed germination Inhibits synthesis of long chain fatty acids Method of ApplicationFoliar spray : CompatibilityCompatible with most of the products. : Packaging300 ml, 600 ml, 1.2 L & 3 L : AntidoteNo specific antidote is known. Treat symptomatically. : PrecautionsUse PPE during application. Read and follow all instructions on the label and leaflet thoroughly. : Toxic LevelTriangle colour: Green, Slightly toxic Cautionary Word: Caution :

Fatty acid synthesis inhibitor, by inhibition of acetyl CoA carboxylase (ACCase) Absorbed by leaves and rapidly translocated within the plants and accumulate in meristematic tissues Synthesis of fatty acids/lipids ceases in 48 hours Method of ApplicationFoliar spray : CompatibilityCompatible with most of the products. : Packaging120 g : AntidoteNo specific antidote is known. Treat symptomatically. : PrecautionsUse PPE during application. Read and follow all instructions on the label and leaflet thoroughly. : Toxic LevelTriangle colour: Blue, moderately toxic Cautionary Word: Danger

Inhibits ALS (Acetolactate synthase) or AHAS (Acetohydroxy Acid Synthase) which blocks branched-chain amino acid biosynthesis Controls major grasses, sedges and broad-leaved weeds of rice Offers a wide application window from 2-5 leaf stages of weeds Absorbed quickly in weeds and rain fastness after 6 hours of application

Branched chain amino acid synthesis (ALS or AHAS) inhibitor. Inhibits biosynthesis of essential amino acids valine and isoleucine leading to cessation of cell division and weed growth Absorbed by roots and leaves and translocated to symplast and apoplast Controls grassy and broad-leaved weeds Has long residual activity

Acetyl CoA carboxylase inhibitor Inhibits fatty acid biosynthesis Absorbed from leaf surface and translocated through xylem and phloem and accumulates in meristematic tissue and kills the weeds Post-emergence control of annual and perennial grassy weeds Weed leaves turn purplish/red within 5-8 days after application and within 10-15 days completely killed Rapidly translocated to subterranean stem and thereby destroys the internode and growing point and unable to regenerate