Early Vasoconstriction Induced in the Isolated Rabbit's Ear by X-Radiation

Brooks, Phillips M.; Gerstner, Herbert B.; Smith, Sydney

doi:10.2307/3570381

Cited by 3 publications

(2 citation statements)

References 10 publications

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“…A number of experiments studied the effects of radiation on the microvasculature of various tissues (Brooks 1956, Willoughby 1960, Mount 1964, Song 1966, Harris 1968, Eassa 1973, Ullrich 1977, Evans 1986, Krishnan 1988, Panes 1995, Waters 1996, and Gabrys 2007. The endpoints examined in these studies were variable since experimental design and analytical approaches evolved over the years.…”

Section: Summary Of Radiation-induced Permeability Changesmentioning

confidence: 99%

“…The parameters in the MVES for which radiation perturbations could be estimated was limited by availability of data. Data on changes in fluid volumes, plasma volumes, albumin transport, fluid leakage, and protein accumulation were available for comparisons (Brooks 1956, Willoughby 1960, Mount 1964, Song 1966, Harris 1968, Eassa 1973, Ullrich 1977, Evans 1986, Krishnan 1988, Panes 1995, Waters 1996, and Gabrys 2007. Based on these data, radiationinduced perturbations were estimated for the following:…”

Section: Integration Of Radiation Perturbations In the Mvesmentioning

confidence: 99%

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An Overview of the Technical Basis of HENRE 2.0 Models

Stricklin¹,

Oldson²,

Sanchez³

et al. 2015

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DISTRIBUTION A. Approved for public release: distribution is unlimited.This report provides an overview of the technical and scientific basis of the models incorporated in the Health Effects from Nuclear and Radiological Environments (HENRE) code for casualty estimation. The approach for each new model developed for HENRE included is presented. The models from HENRE include blast injury criteria models which are included in the Basic Casualty Estimation tool and the physiologically-based mathematical models included in the Advanced Casualty Estimation tool. In the discussion of the later tool, the aim is to provide the physiological basis for the mechanistic models included in HENRE and to highlight their application and value in casualty estimation, such as in the application to understanding the pathophysiological interactions of combined injury.

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