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Inflammation kidney

Kidney inflammation was reported in a cat (1 out of 3) that received two applications of an ointment containing 25% (w/w) 1,3-DNB over a 10-day period (White and Hay 1901). According to the investigators (White and Hay 1901), this was probably due to toxic nephritis. No further information was provided. [Pg.38]

Renal Effects. Although no adverse effects on renal function have been reported, elevated levels of urobilinogen were found in workers after inhalation exposure to an unspecified amount of 1,3-DNB (Okubo and Shigeta 1982). It took approximately 50 days for urobilinogen to return to normal levels. The only information located regarding renal toxicity in animals after exposure to 1,3-DNB was from an early study in which kidney inflammation was observed in a cat after dermal application of... [Pg.50]

Pentachloroethane given to rats by gavage during a two-year study caused chronic, diffuse kidney inflammation and renal papilla mineralization. A single dose also reduced hepatic cytochrome P450 content and microsomal epoxide hydrolase activities. Inhalation exposure of rabbits to pentachloroethane decreased their total antibody titres (lARC, 1986). [Pg.1520]

Use with caution in persons with kidney inflammation (McGuffin et al. 1997). [Pg.30]

Excessive doses of preparations made from fresh ginger have been reported to cause dry mouth, sore throat, nosebleeds, and kidney inflammation (Bensky et al. 2004). [Pg.949]

RDX Irritation of eyes, skin, and lungs CNS effects (hyperirritability, convulsions) Damage to liver, kidneys inflammation of the prostate testicular degeneration toxic to fetus. Possible human carcinogen (EPA Group C) 3E-03... [Pg.68]

Documented effects The plant is used internally to treat eczema, psoriasis, dermatitis and to normalize metabolism. In combination with other preparations, this species is used to treat gastritis, stomach and duodenal ulcers, enterocolitis, food poisoning, dysentery, kidney inflammation, and urinary incontinence. The preparation Mucaltin, which is prepared from the herb, is used as an expectorant to treat bronchitis and pneumonia (Kurochkin 1998). A methanolic extract and a decoction of the roots inhibited a variety of bacteria known to cause periodontal disease (lauk et al. 2003). An extract of the root has been shown to be a potent inhibitor of calcium mobilization associated with UVB-induced pigmentation of skin (Kobayashi et al. 2002a). [Pg.34]

Traditional use Used as diuretic to treat edema and acute catarrh of the bladder, as an astringent, to treat syphiUs, pulmonary and other diseases, as well as for kidney inflammation and jaundice (Khalmatov et al. 1984). [Pg.133]

Additional acute toxic symptoms involve cardiac abnormalities, liver dysfunction, and kidney inflammation. Agitated psychotic behavior can occur. For additional information, refer to Effects of Exposure to Toxic Gases-First Aid and Medical Treatment and Medical Management Guidelines for Acute Chemical Exposures [1,2]. [Pg.578]

China bI. (lao-long-pi) Used for indigestion, reducing inflammation, relieving pain, bums and scalds, edema due to kidney inflammation, and malnutrition in children (Hu et al. 1980 Wang and Qian 2013)... [Pg.58]

China Used for indigestion and edema from kidney inflammation (Wang and Qian 2013)... [Pg.60]

Repeated exposures of animals to high (near-lethal) concentrations of vapors result in inflammation of the respiratory tract, as weU as degenerative changes in the Hver, kidneys, and heart muscle. These effects arise at concentrations far above those causing irritation. Such effects have not been reported in humans. The low odor threshold and irritating properties of acrylates cause humans to leave a contaminated area rather than tolerate the irritation. [Pg.157]

State of deviation of plasma pH (systemic acidosis) or tissue extracellular pH (tissue or local acidosis) from normal (ca. pH 7.4) towards lower values. Deviation of 0.1 pH units is significant. Systemic acidosis can be caused by lung or kidney failure. Local acidosis can be the consequence of injury, inflammation, or tumor growth, due to disruption of blood supply. Local acidosis is normally associated with hypoxia. [Pg.12]

Selective AR agonists are undergoing clinical trials for cardiac arrhythmias and pain (Ai) cardiac imaging and inflammation (A2a) colon cancer, rheumatoid arthritis, psoriasis, and dry eye (A3). Selective AR antagonists are either in or advancing toward clinical trials for kidney disorders (Ax) Parkinson s disease (A2a) diabetes and asthma (A2B) cancer and glaucoma (A3). [Pg.27]

Other adverse reactions that may be seen with administration of the cephalosporins are headache, dizziness, nephrotoxicity (damage to the kidneys by a toxic substance), malaise, heartburn, and fever. Intramuscular (IM) administration often results in pain, tenderness, and inflammation at the injection site Intravenous (IV) administration has resulted in thrombophlebitis and phlebitis. [Pg.77]

The drugp used for gout are contraindicated in patients with known hypersensitivity. Probenecid is contraindicated in patients with blood dyscrasias or uric acid kidney stones and in children younger than 2 years. Sulfinpyrazone is contraindicated in patients with peptic ulcer disease and gastrointestinal inflammation. Colchicine is contraindicated in patients with serious gastrointestinal, renal, hepatic, or cardiac disorders and those with blood dyscrasias. [Pg.187]

Cys/tt/sUnflammation of the bladder i/reffirft/sUnflammation of the urethra Prosfaf/f/s-inflammation of the male prostate gland Pyefonephritis-inflammation of the kidney and renal pelvis... [Pg.456]

Bacteriuria, or bacteria in the urine, does not always represent infection. For this reason a number of quantitative diagnostic criteria have been created to identify the amount of bacteria in the urine that most likely represents true infection (hence the term significant bacteriuria ). These are shown in Table 76-1. Furthermore, UTIs are classified as lower tract or upper tract disease. Patients will present differently with upper versus lower tract disease, and upper tract disease is thought of as a much more severe infection, as patients are more likely to be admitted to the hospital with upper urinary tract disease than lower tract disease. An example of lower tract infection is cystitis. Cystitis refers to the syndrome associated with a UTI involving dysuria, frequency, urgency, and occasional suprapubic tenderness. An example of upper urinary tract disease is pyelonephritis. Pyelonephritis is an inflammation of the kidney usually due to infection. Frequently, patients with uncomplicated UTI are treated as outpatients, while those patients with complicated UTIs are treated as inpatients. [Pg.1151]

Glomerulonephritis Glomerular lesions that are characterized by inflammation of the capillary loops of the glomerulus. These lesions are generally caused by immunologic, vascular, or other idiopathic diseases. Glomerulonephritis can lead to high blood pressure and loss of kidney function. [Pg.1567]


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See also in sourсe #XX -- [ Pg.26 ]




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