(1) From various sites, 0 to 3 x 10(5) viable C. neoformans particles were recovered per one gram of dry excreta.
(2) All interior surfaces of the chambers which could be reached by animals or their excreta were contaminated with radiolabeled metabolites.
(3) 50 g of each diet was tube-fed to each of 24 intact and 24 caecectomised cockerels, which had been previously starved for 48 h. Excreta were collected, individually, for 48 h. The concentrations of amino acids in the diets and excreta were determined, and digestibility coefficients calculated.
(4) Elimination of the labeled toxin in excreta occurred rapidly; recovery of radioactivity accounted for 78.6, 92.1, and 98.5% of the dose by 24, 48, and 72 hr, respectively.
(5) Up to 90% of the dose administered to rabbits appeared in the excreta during 10 days.
(6) The rate of excreta production was affected by the duration of starvation prior to the feeding of coarsely ground corn, soybean meal, and meat meal.
(7) We could detect no change in the lipid excreta obtained from rabbits that developed only subclinical MGD, consisting of orifice plugging and dilation of the duct.
(8) The cat is very important in the epidemiology of toxoplasmosis, but contact with cat excreta is most uncommon.
(9) Data on the economic status, number of rooms per household, number of persons per household, type of water supply, and mode of excreta disposal revealed that the majority of the population surveyed lived with economic hardship, overcrowding and poor hygiene.
(10) An isotope-dilution technique was used to estimate endogenous manganese in excreta.
(11) Correlation between calcium retention by the whole-body-counting and the excreta-recovery methods was highly significant (r = 0.835, P less than 0.0001; N = 17).
(12) This has started to change significantly in the past 10 years, helped by new approaches of provoking people and “triggering” them to improve how they defecate, for example by calling excreta “shit”.
(13) Denitronipradilol, 4- and 5-hydroxynipradilol, and 4- and 5-hydroxydenitronipradilol were identified as major metabolites in the plasma and excreta, and the degradation compounds of the aminohydroxypropoxy side chain were also found as minor metabolites.
(14) Plateau concentrations in excreta and blood were reached after about 20 d of contamination.
(15) Fecal crude fat was higher (P less than 0.05) for chicks fed barley, and excreta dry matter was lower for barley-fed chicks.
(16) The in vivo Ca solubilization in hens was determined by subtracting Ca recovered as limestone in the excreta (by repeated washing) from Ca fed as limestone.
(17) True digestible values were determined with a 48 h excreta collection assay using conventional (CONV) and caecectomized (CEC) cockerels.
(18) This process was accompanied by the release of significant amounts of mercury which appeared in the body organs and excreta.
(19) It averaged in the order of increasing Mn supply 12.5 vs. 12.0; 7.7 vs. 8.5; 3.9 vs 4.3, and 2.0 vs 2.3% of total excreta Mn.
(20) Excreta energy (FE + UE), excreta nitrogen (FN + UN), and excreta energy corrected to zero nitrogen balance (FEn + UEn) losses were measured at 24-hr intervals as were body weights (BW) and weight losses (delta BW).
Excrete
Definition:
(v. t.) To separate and throw off; to excrete urine.
Example Sentences:
(1) The urinary excretion of PGF2 alpha was not affected by atenolol.
(2) Correction for within-person variation in urinary excretion increased this partial correlation coefficient between intake and excretion to 0.59 (95% CI = 0.03 to 0.87).
(3) Increased dietary protein intake led to increased MDA per nephron, increased urinary excretion of MDA, and increased MDA per milligram protein in subtotally nephrectomized animals, and markedly increased the glutathione redox ratio.
(4) Irrespective of the type of arthropathy, synovial fluid dialysable hydroxyproline levels correlate with urinary hydroxyproline excretion.
(5) A quantitative comparison of tissue distribution and excretion of an orally administered sublethal dose of [3H]diacetoxyscirpenol (anguidine) was made in rats and mice 90 min, 24 hr, and 7 days after treatment.
(6) Neither the plasma prolactin level nor urinary excretion of aldosterone and ADHshowed any consistent change throughout the dive.
(7) Sodium intake affects K excretion, increases in intake resulting in a higher rate of K excretion.
(8) Approximately 90% of the patients have a lambda light chain myeloma protein and almost all patients excrete Bence-Jones protein.
(9) Excretion of inactive kallikrein again correlated with urine flow rate but the regression relationship between the two variables was different for water-load-induced and frusemide-induced diuresis.
(10) YM infused at 0.01 pmol.kg-1.min-1 did not cause any changes in urinary flow rate or Na excretion.
(11) The amount of water, creatinine, electrolytes, proteins, and enzymes were higher during the day (up to three fold, p always less than 0.05), while equal amounts of amino acids were excreted in the day and the night period.
(12) GFR, urinary pH and glucose excretion were not affected by R(-)-ibuprofen.
(13) Both SAA and non-SAA enhanced ammonium excretion but only non-SAA enhanced organic anion excretion, an indicator of incomplete oxidation of organic acids.
(14) Infusion of 1 unit of 25-HCC per hour for 6 hours induced an antiphosphaturia only when administered with 0.2 units of PTH per hour, while neither agent alone changed phosphate excretion.
(15) The second agent in contrast caused elevated cell and enzyme excretion, increasing throughout the period of administration.
(16) Additionally, cats excreted the taurine conjugate of hydratropic acid.
(17) A study was conducted to determine the usefulness of self-screening of blood pressure in families as part of a school health care programme, and to study the relationship between BP and sodium excretion in school children.
(18) Urinalysis revealed a low pH, increased ketones and bilirubin excretion, dark yellowish change in color, the appearance of "leaflet-shaped" crystals and increased red blood cells and epithelial cells in the urinary sediment, increased water intake, decreased specific gravity and decreased sodium, potassium and chloride in the urine.
(19) There were significant differences in the mean erythrocyte transketolase activity of the thiaminase excreting poor animals and the thiaminase free normal animals.
(20) Diarrhea and excretion of vibrios lasted longer in animals consuming less protein.