What are the danger of silver as an antibiotic?
4 Studies suggest that even in local colloidal silver products, microscopic particles pass throughout the body and can be found in tissues and body fluids. Silver poisoning occurs when heavy metal particles attack cells and disrupt normal function. In rare cases, patients suffer from permanent organ damage and possible organ failure. These preparations usually contain colloidal silver or silver sulfadiazine. The development of a condition known as argyrie is one of the most common risk of using silver as an antibiotic. As the silver particles accumulate in visible tissue, the skin develops a brownish shade, eventually turning the color of the gray slate. Coloring can occur locally or systemically and is irreversible. Silver initially disrupts cellular breathing. The particles penetrate the cell membranes and convert oxygen into water, then into hydrogen peroxide and finally into hydroxide ions. Heavy metal particles also enter mitochondria.
In mitochondria silver particles disrupt the ability of the organelle to form adenosine triphosphate (ATP), the energy required for cell function. Studies also suggest that the use of silver as antibiotics causes damage to deoxyribonucleic acid (DNA) and inhibits cellular reproduction. The affected cells eventually die. This activity is desirable against pathogenic organisms, but silver shows the same activity against healthy cells.
Some patients with silver poisoning when metal particles accumulate in the kidneys or liver. Depending on the amount of disruption of cellular activity, tissue and disorder are damaged. Individuals who use silver sulfadiazine can also develop urinary crystals or kidney stones. Extensive damage may develop on organ failure.
The use of silver as an antibiotic in the long -term period can also cause a seizure activity. Metal particles disrupt normal communication of nerve cells through chemicalo or electrical interference. After entering the bloodstream, the study suggests that silver sulfadiazine can cause bone marrow depression and reduce the level of white blood cells and platelet levels. Patients become more susceptible to infection or experience of prolonged bleeding time.
silver also disrupts the absorption of prescription drugs, which makes these wording ineffective. Colloidal silver generally interacts with penicillin, tetracycline and chinolone antibiotics. The use of silver as an antibiotic has also reduced the effectiveness of the thyroid substitute drugs.