Community hub
Recent from talks
Knowledge base stats:
Talk channels stats:
Members stats:
Iatrogenesis
Iatrogenesis is the causation of a disease, a harmful complication, or other ill effect by any medical activity, including diagnosis, intervention, error, or negligence. First used in this sense in 1924, the term was introduced to sociology in 1976 by Ivan Illich, alleging that industrialized societies impair quality of life by overmedicalizing life. Iatrogenesis may thus include mental suffering via medical beliefs or a practitioner's statements. Some iatrogenic events are obvious, like amputation of the wrong limb, whereas others, like drug interactions, can evade recognition. In a 2013 estimate, about 20 million negative effects from treatment had occurred globally. In 2013, an estimated 142,000 persons died from adverse effects of medical treatment, up from an estimated 94,000 in 1990.
Iatrogenic conditions need not result from medical errors, such as mistakes made in surgery, or the prescription or dispensing of the wrong therapy, such as a drug. In fact, intrinsic and sometimes adverse effects of a medical treatment are iatrogenic. For example, radiation therapy and chemotherapy—necessarily aggressive for therapeutic effect – frequently produce such iatrogenic effects as hair loss, hemolytic anemia, diabetes insipidus, vomiting, nausea, brain damage, lymphedema, infertility, etc. The loss of function resulting from the required removal of a diseased organ is iatrogenic, as in the case of diabetes consequential to the removal of all or part of the pancreas.
The incidence of iatrogenesis may be misleading in some cases. For example, a ruptured aortic aneurysm is fatal in most cases; the survival rate for treatment of a ruptured aortic aneurysm is under 25%. Patients who die during or after an operation will still be considered iatrogenic deaths, but the procedure itself remains a better bet than the probability of death if left untreated.
Other situations may involve actual negligence or faulty procedures, such as when pharmacotherapists produce handwritten prescriptions for drugs.
Another situation may involve negligence where patients are brushed off and not given proper care due to providers holding prejudice for reasons such as sexual orientation, ethnicity, religion, immigration status, etc. This can cause mistrust between patients and providers, leading to patients to not go in for treatment, resulting in more deaths.
Adverse reactions, such as allergic reactions to drugs, even when unexpected by pharmacotherapists, are also classified as iatrogenic.
The evolution of antibiotic resistance in bacteria is iatrogenic as well. Bacterial strains resistant to antibiotics have evolved in response to the over prescription of antibiotic drugs.
Certain drugs and vaccines are toxic in their own right in therapeutic doses because of their mechanism of action. Alkylating antineoplastic agents, for example, cause DNA damage, which is more harmful to cancer cells than regular cells. However, alkylation causes severe side-effects and is actually carcinogenic in its own right, with potential to lead to the development of secondary tumors. In a similar manner, arsenic-based medications like melarsoprol, used to treat trypanosomiasis, can cause arsenic poisoning.[medical citation needed] Furthermore, aminoglycoside antibiotics can be toxic to the kidneys; these are prescribed only in severe infections where the risk of nephrotoxicity is preferable to the consequences of the infection.
Hub AI
Iatrogenesis AI simulator
(@Iatrogenesis_simulator)
Iatrogenesis
Iatrogenesis is the causation of a disease, a harmful complication, or other ill effect by any medical activity, including diagnosis, intervention, error, or negligence. First used in this sense in 1924, the term was introduced to sociology in 1976 by Ivan Illich, alleging that industrialized societies impair quality of life by overmedicalizing life. Iatrogenesis may thus include mental suffering via medical beliefs or a practitioner's statements. Some iatrogenic events are obvious, like amputation of the wrong limb, whereas others, like drug interactions, can evade recognition. In a 2013 estimate, about 20 million negative effects from treatment had occurred globally. In 2013, an estimated 142,000 persons died from adverse effects of medical treatment, up from an estimated 94,000 in 1990.
Iatrogenic conditions need not result from medical errors, such as mistakes made in surgery, or the prescription or dispensing of the wrong therapy, such as a drug. In fact, intrinsic and sometimes adverse effects of a medical treatment are iatrogenic. For example, radiation therapy and chemotherapy—necessarily aggressive for therapeutic effect – frequently produce such iatrogenic effects as hair loss, hemolytic anemia, diabetes insipidus, vomiting, nausea, brain damage, lymphedema, infertility, etc. The loss of function resulting from the required removal of a diseased organ is iatrogenic, as in the case of diabetes consequential to the removal of all or part of the pancreas.
The incidence of iatrogenesis may be misleading in some cases. For example, a ruptured aortic aneurysm is fatal in most cases; the survival rate for treatment of a ruptured aortic aneurysm is under 25%. Patients who die during or after an operation will still be considered iatrogenic deaths, but the procedure itself remains a better bet than the probability of death if left untreated.
Other situations may involve actual negligence or faulty procedures, such as when pharmacotherapists produce handwritten prescriptions for drugs.
Another situation may involve negligence where patients are brushed off and not given proper care due to providers holding prejudice for reasons such as sexual orientation, ethnicity, religion, immigration status, etc. This can cause mistrust between patients and providers, leading to patients to not go in for treatment, resulting in more deaths.
Adverse reactions, such as allergic reactions to drugs, even when unexpected by pharmacotherapists, are also classified as iatrogenic.
The evolution of antibiotic resistance in bacteria is iatrogenic as well. Bacterial strains resistant to antibiotics have evolved in response to the over prescription of antibiotic drugs.
Certain drugs and vaccines are toxic in their own right in therapeutic doses because of their mechanism of action. Alkylating antineoplastic agents, for example, cause DNA damage, which is more harmful to cancer cells than regular cells. However, alkylation causes severe side-effects and is actually carcinogenic in its own right, with potential to lead to the development of secondary tumors. In a similar manner, arsenic-based medications like melarsoprol, used to treat trypanosomiasis, can cause arsenic poisoning.[medical citation needed] Furthermore, aminoglycoside antibiotics can be toxic to the kidneys; these are prescribed only in severe infections where the risk of nephrotoxicity is preferable to the consequences of the infection.