Loperamide hci is an over the counter medication that is used to treat diarrhea. There is potential that loperamide can reduce stomach cramps that are associated with diarrhea.
i think it migh be stomach
Pepsin is an enzyme secreted in the stomach to break down proteins. Mucus on the other hand is produced in the nasal passages to help trap dirt and bacteria. The mucus is then transported to the back of our throats and into our stomach by the process of swallowing... mmm, tasty. *** Mucus protects the stomach from the gastric juices and hydrochloric acid (HCI). Pepsin is produced by the chief cells, and is turned into pepsinogen (by the hormone gastrin produced in the brain). Pepsinogen helps break down proteins in your stomach.
The pancreas produces hydrochloric acid and pepsinogen.
cell-->secretion-->function: 1)mucus cell-->goblet cells-->acidic mucus, 2)chief cell-->pepsinogen-->protein digesting enzyme, 3) parietal cell-->HCl and intinsic factor-->provides surface area, and 4) G cell-->gastrin(hormone)-->regulates stomach secretion.
Anti diarrheal
I do not know what you mean by 'hci'. Loperamide is an oral tablet given usually for diarrhoea. I checked the British national Formulary 2008, and it does not give , 'falling hair' as a side effect. Even I have not encountered this in my practice. You may wait for more answers.
In stomach
The acid in your stomach is HCl with a lowercase L.
i think it migh be stomach
Its in a diluted form. Therefor its much more neutralized.
Hormonal stimulus
Pepsin is the enzyme that starts the digestion of proteins in the stomach. Specifically, it acts on proteins and breaks them into polypeptides
it does actually effect the stomach lining, but DNA in your stomach lining cells learn to produce cells faster. The stomach lining keeps burning away cells, but cells keep being produced.
HCL (Hydrochloric acid, made from a ionic bonding of Hydrogen and Chlorine) in the stomach is an acid that dissolves the things you eat.
Because the antacid neutralizes the the HCl in the stomach (or at least in excess amount) to produce water and a salt, and it is good example of neutralization reaction.
It breaks down food so the digestive tract can absorb the nutrients.