MULTIWEL Drops is a convenient paediatric multivitamin and multimineral nutritional formulation designed to complement daily dietary requirements. It provides broad micronutrient support for growth, energy metabolism, immunity, tissue development and overall nutritional wellness. Its easy-to-administer drop format is especially suitable for infants and young children, making it a versatile addition to the PCD Pharma Paediatric Nutrition & Wellness portfolio.
Nutritional supplementation and support where additional vitamins and minerals are required.
No, it should complement a balanced diet.
Only according to the recommended age-specific dose.
They provide convenient administration for infants and young children who may have difficulty swallowing tablets.
Administer the exact recommended quantity using the supplied dropper. Do not combine with other multivitamin preparations without checking total nutrient intake. Keep securely stored away from children. Parents should inform the doctor about other supplements or medicines and seek guidance if the child has a chronic medical condition or a medically restricted diet.
Most children tolerate multivitamin and mineral drops well at recommended doses. Possible effects include nausea, abdominal discomfort, constipation, loose stools or unpleasant taste. Excessive intake can result in toxicity from certain vitamins or minerals, especially fat-soluble vitamins. Accidental ingestion of large quantities should be treated seriously. Parents should keep the bottle out of children’s reach and follow the labelled dose carefully.
MULTIWEL: Multivitamins and multiminerals provide essential micronutrients required for numerous physiological processes including energy metabolism, tissue growth, immune function, bone development and normal neurological activity. Individual vitamins act as coenzymes in metabolic reactions, while minerals contribute to structural, enzymatic and cellular processes. The overall action is nutritional rather than pharmacological, supporting children whose dietary intake may not sufficiently meet micronutrient requirements.
