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A nomogram for deconvolution of single exponential fluorescence decays.

An extremely rapid technique for deconvolving single exponential luminescence decay data is described that involves essentially no mathematical manipulation of the experimental data. The method permits "real time" measurement of deconvolved luminescence lifetimes with conventional pulsed, lifetime-fluorometers and phosphorimeters. The method assumes that the true luminescence decay of the chromophore is accurately represented by a single exponential decay function.

Kinetics↗

Blood pressure nomograms for children and adolescents, by height, sex, and age, in the United States.

Because height is a more appropriate index of maturation than weight for use with normative blood pressure (BP) data, we developed normative BP levels for children, by sex, while accounting for age and height simultaneously. Eight U.S. studies used in the Report of the Second Task Force on Blood Pressure Control in Children and one additional study of BP in U.S. children were reanalyzed to develop age-sex-height-specific values for normative BP values among 56,108 children, aged 1 to 17 years, seen at 76,018 visits. Height percentiles were computed on the basis of standard National Center for Health Statistics growth charts. When height is taken into account, more short children (10th age-sex-specific height percentile) and fewer tall children (90th age-sex-specific height percentile) are likely to be classified as hypertensive than when the current age-sex-specific percentiles of BP alone are used. Tables are provided for boys and girls separately, by single year of age (1 to 17 years) and by the 90th and 95th percentiles of systolic blood pressure and diastolic blood pressure (fifth phase of Korotkoff sounds) for selected age-sex-specific height percentiles based on standard U.S. growth charts.

Adolescent↗

[Renal size in children with normal renal 99mTc-DMSA scan: building a nomogram with scintigraphic length].

AIM: The aim of this study was to evaluate renal size in children with normal 99mTc-DMSA scans and to compare it with the published ultrasonographic values. MATERIAL AND METHODS: Renal length of DMSA normal scans obtained from 253 children with history of urinary tract infection was measured. Regression analysis and length/age curves were done. Scintigraphic values were compared with published normal ultrasonographic length. RESULTS: Regression algorithm for the whole group of patients was length (cm) = 6.1727 age (yr)0,1535. In the first year of life the equation was length (cm) = 0.1524 age (month) + 4.568, and in 1-16 yr children it was length (cm) = 0.2644 age (yr) + 6.319. There were no significant differences between both genders or in regards to reference ultrasonographic data. CONCLUSION: Both renal 99mTc-DMSA scintigraphy and ultrasonography are useful tools for estimating renal size in children according age.

Adolescent↗