Wheezal Ignatia Amara Dilution CM Wheezal Ignatia Amara Dilution is a homoeopathic formula obtained from Ignatia beans. It supports relaxation and emotional well-being.
Key Ingredients: Ignatia amara
Key Benefits:
The dilution is therapeutically effective in individuals with emotional complaints
It promotes relaxation
It supports healthy sleep cycles
It is also useful in the management of swollen tonsils and ulcer
Product Specifications And Features:
Product Form: Liquid drops
Net Quantity: 30 ml
Indications: For use in emotional well-being and relaxation
Product Weight Net Qty: 30 ml
Dosage: As prescribed by the physician. Can be taken along with allopathic medicines.
Directions For Use:
As prescribed by the physician.
Can be taken along with allopathic medicines.
Safety Information:
Do not exceed the recommended dosage
Read the label carefully before use
Store in a cool dry place away from direct sunlight
Keep out of reach of children
Avoid any strong smell in the mouth such as coffee, onion, hing, mint, camphor, garlic etc. while taking the medicine
Keep at least half an hour gap between food/drink/ any other medicines and allopathic medicine
Faqs:
Q. What is meant by 30 CH, 100CH, and 200CH in potency? Which one should I use? In homoeopathy, "Ch" represents the centesimal scale, a method for diluting substances to make remedies. Each "C" signifies a 1:100 dilution. So, 100C means the original substance was diluted 100 times (1 part substance to 99 parts diluent). Similarly, 200C means it was diluted 200 times. It depends upon the complaints and the intensity of the symptoms that it is prescribed. Kindly consult with your doctor before using.
Q. Can homoeopathy be used alongside conventional medicine? Yes, homoeopathy can often be used alongside conventional medicine. Many people use homoeopathy as a complementary therapy to conventional management to help manage symptoms and improve overall well-being. However, its essential to inform all healthcare providers about any homoeopathic formulas being used to avoid potential interactions.
