A case of ARF after chromopertubation with povidone iodine

Povidone iodine is a widely-used antiseptic agent, especially for cutaneous lesions. Despite its apparent innocuousness, some cases of acute renal failure are reportedly due to iodine toxicity. Authors report a case of an acute renal failure secondary to povidone iodine exposure in a 22-year-old woman. She underwent a hysteroscopy for diagnosis of secondary sterility with bilateral tubal block in hysterosalpingogram, and povidone iodine was used as the contrast agent. She developed acute renal failure with oliguria, later on anuria during the postoperative period. Treatment with diuretics and hemodialysis led to a favourable outcome and return of normal kidney function. Mucosal administration of povidone iodine appears to lead to greater iodine toxicity than cutaneous administration. The clinical feature of this patient suggested tubular necrosis caused by iodine, after the other possible causes of acute renal failure were ruled out. Acute renal failure secondary to povidone iodine administration is possible, especially through mucosal surfaces. Outcome is favourable after the conclusion of exposure and symptomatic treatment.

Acute Iodine Toxicity from a Suspected Oral Methamphetamine Ingestion

Background Iodine is a naturally occurring element commercially available alone or in a multitude of products. Iodine crystals and iodine tincture are used in the production of methamphetamine. Although rarely fatal, iodine toxicity from oral ingestion can produce distressing gastrointestinal symptoms and systemic symptoms, such as hypotension and tachycardia, from subsequent hypovolemia. Objective The objective of this case report is to describe a case of iodine toxicity from suspected oral methamphetamine ingestion. Case Report A male in his early 20′s presented with gastrointestinal symptoms, chills, fever, tachycardia, and tachypnea after orally ingesting a substance suspected to be methamphetamine. The patient had elevated levels of serum creatinine, liver function tests, and bands on arrival, which returned to within normal limits by day 4 of admission. Based on the patient's narrow anion gap, halogen levels were ordered on day 3 and indicated iodine toxicity. This is thought to be the first documented case of iodine toxicity secondary to suspected oral methamphetamine abuse. Conclusion Considering that the incidence of methamphetamine abuse is expected to continue to rise, clinicians should be aware of potential iodine toxicity in a patient with a history of methamphetamine abuse.

Iodine toxicity in ruminants

The inadequate intake of iodine is still a topical problem, because it contributes to a reduction in performance through the disturbed health of adult animals and their offspring. The necessity of iodine is frequently described in association with hypothyroidal state. In our work we want to assign the hidden risk of prolonged iodine feeding in ruminants. We discuss the possible sources of iodine intoxication, the clinical signs of the intoxication, its effects on production, reproduction, and thyroid functions; animal susceptibility to intoxication; laboratory and necropsy findings; diagnostic, and therapeutic possibilities.