Hemolysis

Others suffer acute anemic reactions known as hemolysis when they come into contact with triggering substances often found in foods, medicines, and hygiene products. ❋ Randall Amster (2010)

Others suffer acute anemic reactions (known as hemolysis) when they come into contact with triggering substances often found in foods, medicines, and hygiene products. ❋ Unknown (2009)

Other symptoms are severe anemia due to hemolysis, which is destruction of the red blood cells, hemoglobinuria, which is hemoglobin in the urine, due to hemolysis, and pulmonary edema, or fluid buildup in the lungs. ❋ Unknown (2008)

No mention was made of food-related hemolysis triggers, lifestyle therapies, or other sources of useful information. ❋ Randall Amster (2010)

A number of common food-borne infectious agents (such as salmonella and E-coli) are also potential hemolysis triggers, as are certain strains of ailments such as streptococcus and influenza, suggesting that better public health and hygiene practices could ameliorate the disorder's effects. ❋ Randall Amster (2010)

Nonetheless, despite its awareness of the disorder, the Army's treatment regimen for G6PD-deficient soldiers was merely the issuance of "alert tags" warning that the anti-malarial drug primaquine should not be administered and that similar hemolysis-triggering drugs should be administered with caution. ❋ Randall Amster (2010)

Items such as soy -- an immensely widespread additive that often triggers hemolysis in G6PD sufferers -- are hidden in many products and are thus ingested by people despite their best attempts to avoid it, since even when it isn't expressly mentioned on a label it can be part of any of the additives, binders, and preservatives (the same is true for sulfites and other oxidants). ❋ Randall Amster (2010)

Essentially, when triggering substances are eliminated, hemolysis ceases and both acute and long-range implications are abated. ❋ Randall Amster (2010)

That same year, the U.S. Army issued a document from its Medical Command announcing a G6PD deficiency screening program, after determining that certain anti-malarial agents being issued to soldiers could cause "potentially life-threatening hemolysis" in afflicted individuals. ❋ Randall Amster (2010)

A number of common food-borne infectious agents such as salmonella and E-coli are also potential hemolysis triggers, as are certain strains of ailments such as streptococcus and influenza, suggesting that better public health and hygiene practices could ameliorate the disorder's effects. ❋ Randall Amster (2010)

The HELLP syndrome hemolysis, elevated liver enzymes, low platelets, which indicates blood and liver complications ❋ Penny Simkin (2010)

• The HELLP syndrome hemolysis, elevated liver enzymes, low platelets, which indicates blood and liver complications ❋ Penny Simkin (2010)

Items such as soy -- an immensely widespread additive that often triggers hemolysis in G6PD sufferers -- are hidden in many products and are thus ingested by people despite their best attempts to avoid it, since even when it isn't expressly mentioned on a label it can be part of any of the additives, binders, and preservatives the same is true for sulfites and other oxidants. ❋ Randall Amster (2010)

Army issued a document from its Medical Command announcing a G6PD deficiency screening program, after determining that certain anti-malarial agents being issued to soldiers could cause "potentially life-threatening hemolysis" in afflicted individuals. ❋ Randall Amster (2010)

Ramot studied G6PD deficiency, a genetic condition associated with hemolysis due to sulpha drugs and with a severe allergy to broad beans in some individuals. ❋ Unknown (2009)