210 research outputs found
Is near basal blood pressure a more accurate predictor of cardiorenal manifestations of hypertension than casual blood pressure?
Measurement of casual and near basal systolic and diastolic blood pressures were correlated with the severity of cardiorenal manifestations of hypertension in 471 patients. There was a significant association of each of the four blood pressure measurements with each other (P All four blood pressure measurements were significantly associated (r >= 0.78, P The level of blood pressure is the important correlate of these manifestations of hypertension. This is equally true whether systolic, diastolic, casual or near basal measurements are used. Near basal blood pressure does not correlate better with the cardiorenal manifestations of hypertension than casual blood pressure, neither does diastolic blood pressure correlate better with these manifestations than systolic blood pressure.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/22749/1/0000304.pd
Identified Hadron Spectra From pp, dA and AA collisions
The experimental data for identified hadron spectra from pp,d+A and AA
collisions are reviewed. Three regions with different dominant production
mechanisms are considered: soft region (pt <2 GeV/c) - with large degree of
collectivity and thermalization, hard particle production which exhibits
jet-quenching in Au+Au collisions at RHIC and intermediate region (2 < pt <5
GeV/c) with distinct baryon dynamics. Cronin effect, nuclear modification
factors and jet-like correlations are studied with the goal of understanding
the baryon dynamics at RHIC.Comment: 8 pages, 9 figures, Plenary talk at Quark Matter 2004, Oakland, Jan
11-1
Recommended from our members
Theoretical studies in tandem mirror physics
Recent developments in six areas of tandem-mirror theory are explored. Specifically, FLR terms (including electric-field drift) have been added to our 3-D paraxial MHD equilibrium code. Our low-frequency MHD stability analysis with FLR, which previously included only m/sub theta/ = 1 rigid perturbations, has been extended to incorporate moderate m/sub theta/, rotational drive, finite-beta effects on wall stabilization, and the well-digging effect of energetic electrons by using three computational techniques. In addition, we have examined the microstability of relativistic electrons with a loss-cone distribution, emphasizing the whistler and cyclotron-maser instabilities. We have also studied techniques for controlling radial transport, including the floating of segmented end plates and the tuning of transition-region coils, and have quantified the residual transport in a tandem mirror with axisymmetric throttle coils. Earlier work on the effect of ECRH on potentials in thermal-barrier cells has been extended. The transition between the weak- and strong-heating regimes has been examined using Fokker-Planck and Monte Carlo codes; an analytic model for the potentials relative to the end wall has been developed. Finally, our investigation of drift-frequency pumping of thermal-barrier ions has demonstrated that pumping is optimized when the magnetic fluctuation is perpendicular to both the unperturbed field and the thin fan, and that an adequate pumping rate is obtainable in future machines
Serum periostin levels in early in pregnancy are significantly altered in women with miscarriage
Recommended from our members
Evaluation of the Atmospheric Release Advisory Capability emergency response model for explosive sources
The Atmospheric Release Advisory Capability (ARAC) at the Lawrence Livermore National Laboratory (LLNL) uses a modeling system to calculate the impact of accidental radiological or toxic releases to the atmosphere anywhere in the world. Operated for the US Departments of Energy and Defense, ARAC has responded to over 60 incidents in the past 18 years, and conducts over 100 exercises each year. Explosions are one of the most common mechanisms by which toxic particulates are injected into the atmosphere during accidents. Automated algorithms with default assumptions have been developed to estimate the source geometry and the amount of toxic material aerosolized. The paper examines the sensitivity of ARAC`s dispersion model to the range of input values for explosive sources, and analyzes the model`s accuracy using two field measurement programs
THE ACCELERATION OF LINEAR FLOW IN THE DEEP VEINS OF THE LOWER EXTREMITY OF MAN BY LOCAL COMPRESSION 1
- …