Digene Tablet Chemical Constituents include molecules like dried aluminium hydroxide gel, magnesium hydroxide, aluminium silicate hydrate, magnesium hydroxide and Simethicone. The digene tablets are chewable. Digene tablet is an antacid medicine primarily used for hyper stomach acidity. In addition, it relives patients constipation symptoms and, gas problems. Furthermore, It is usually prescribed to patients suffering from conditions such as esophagitis, gastritis, stomach upset etc. Abbott is the major manufacturer of the digene tablets.
Digene Tablet Chemical Constituents and their uses.
The chemical composition of the Digene Tablet involves compounds or molecules like dried aluminium hydroxide gel, magnesium hydroxide, aluminium silicate hydrate, magnesium hydroxide and Simethicone. As a matter of fact, the basic nature of the digene tablets is antacid or anti-acid which acts by a simple acid base neutralization. Furthermore, the base compound present in the digene tablets neutralizes the stomach acid (usually HCL). This acid base neutralization acid relieves the patient from an upset stomach or stomach acidity, heartburns and, bloating.
Side effects of digene tablet
The side effects of the tablet include constipation, loss of appetite. Also, some patients may feel unusual tiredness and respiratory toxicity.
Precautions which patients need to take after taking digene tablets
As a matter of fact, Digene may have some mild side-effects. These side effects may again vary from person to person. Breastfeeding women should avoid taking Digiene as it might affect the child. It may also cause dehydration in some patients. In some patients, Digene may cause diarrhoea. If any such symptoms arise, patients are advised to stop using the digene tablets.
How can IB students use antacids like digene for their chemistry Internal Assessment (IA)?
In the first place, IB Diploma chemistry students can determine the concentration of different antacid compound by acid-base titration method. Furthermore, IB Chemistry Students can compare the concentration base compounds present in 5 different antacid medicines.
